EPA/530-SW-88-038
DRAFT
BACKGROUND DOCUMENT
SUMMARY OF DATA ON
MUNICIPAL SOLID WASTE LANDFILL
LEACHATE CHARACTERISTICS
"CRITERIA FOR MUNICIPAL SOLID WASTE LANDFILLS'
(40 CFR PART 2 58)
SUBTITLE D OF RESOURCE CONSERVATION AND
RECOVERY ACT (RCRA)
U.S. ENVIRONMENTAL PROTECTION AGENCY
OFFICE OF SOLID WASTE
JULY 1988
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ACKNOWLEDGMENTS
This document was prepared by NUS Corporation under the direction of the Waste
Management Division of the Office of Solid Waste (OSW), U.S. Environmental
Protection Agency, and under Contract No. 68-01-7310. Allen Geswein was the EPA
Work Assignment Manager and Mike Flynn was the Branch Chief.
Principal contributors included:
Rick Nace, NUS Paul Cassidy, OSW
Patricia Irle, NUS Jerry Carman, OSW
Donald Habib, NUS Susan Mooney OSW
Todd Kimmell, NUS Tom Freund, OSW
Jim Pittman.OSW
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TABLE OF CONTENTS
Section
1.0
2.0
3.0
4.0
5.0
APPENDIX A
APPENDIX B
APPENDIX C
Introduction
Objectives
Description of Data
3.1 Data Sources
3.1.1 Wisconsin Study
3.1.2 NUS Study
3.1.3 Trade Association Case Studies
3.1.4 Sobotka Study
3.1.5 Texas A&M Study
3.1.6 Waste Management Incorporated
Study
3.1.7 TRW Study
Data Base
Data Quality
3.2
3.3
Discussion
4.1
Characterization of MSWLF Leachate
Constituents
4.2 Comparison of Pre- and Post-1980 MSWLF
Leachate
4.2.1 Frequency of Detection
4.2.2 Ratio of Median Concentrations
4.3 MSWLF Leachate vs Hazardous Waste
Landfill Leachate
4.4 Comparison of MSWLF Leachate to
Standards
4.4.1 Plotted Ratios
4.4.2 Tabulated Ratios
4.4.3 Number of Sites Exceeding Standards
References
Data Used in This Report
Basic Statistical Values
Supporting Data
Page
1-1
2-1
3-1
3-1
3-1
3-1
3-3
3-3
3-3
3-4
3-4
3-4
3-4
4-1
4-1
4-3
4-3
4-5
4-7
4-7
4-7
4-9
4-11
5-1
A-1
B-1
C-1
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FIGURES
Page
Pre-1980 vs Post-1980 Median MSWLF Leachate 4-6
Concentrations
4-2 Hazardous Waste Landfill vs Median Post-1980 4-8
MSWLF Leachate Concentrations
4-3 Median MSWLF Leachate Concentrations vs 4-10
Standards
TABLES
Table
3-1 Summary of Date Sources 3-2
3-2 Description of Data Base 3-5
3-3 Constituents Common to Landfill Categories 3-5
3-4 Factors Affecting Data Quality 3-6
4-1 Description of Constituents of MSWLF Leachate 4-2
4-2 Detection Frequencies in Pre-and Post-1980 4-4
MSWLF Leachate
4-3 Comparison of Median Concentrations to 4-11
Regulatory Standards »
4-4 Number of Sites Exceeding Standards 4-12
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1.0 INTRODUCTION
The 1984 Hazardous and Solid Waste Amendments (HSWA) to the Resource
Conservation and Recovery Act (RCRA) directed EPA to revise the "Criteria for
Classification of Solid Waste Disposal Facilities and Practices" (40 CFR Part 257) for
facilities that may receive household hazardous waste or hazardous waste from
small quantity generators. Such revisions shall be those necessary to protect human
health and the environment and may take into account the "practicable capability"
of facilities to implement the Criteria (HSWA Section 302). "practicable capability"
was included in HSWA by Congress to take into account the limited economic and
technical capabilities of many owners and operators of solid waste disposal
facilities.
In carrying out this mandate, EPA has undertaken efforts to revise the current
Criteria. EPA is initially limiting the Criteria revisions to municipal solid waste
landfills (MSWLFs) because these are the facilities for which the Agency has the
most complete and reliable data as discussed in the Revised Final Draft Report to
Congress: Solid Waste Disposal in the United States, Volume I and II [EPA, 1988].
The rationale for limiting the criteria revisions to MSWLFs is further discussed in the
Background Document for Options Selection [EPA, 1986e].
The purpose of this report is to present information on the character of leachate
from MSWLFs based on a study of existing leachate data. Section 2 j briefly
discusses the objectives of this report, Section 3.0 describes the sources of the data
and its quality, and Section 4.0 presents the results of the study.
1-1
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2.0 OBJECTIVE
The purpose of this study was to investigate MSWLF leachate: to determine some of
the constituents* present, the concentrations of the constituents present relative to
human health and environmental regulatory standards, and the effect of Subtitle C
hazardous waste regulations on constituent concentrations in MSWLF leachate. To
accomplish this purpose, the following four objectives were set:
(1) Identify constituents and determine their concentrations in MSWLF leachate.
(2) Compare concentrations of constituents in leachate from MSWLFs which
began operation prior to the 1980 promulgation of the Subtitle C waste
regulations, to leachate from landfills that began operation after 1980. In this
report, landfills which began operation prior to or during 1980 are referred to
as "pre-1980" landfills. Those that began operation after 1980 are referred to
as "post-1980" landfills.
(3) Compare concentrations of constituents in MSWLF leachate to concentrations
in leachate from hazardous waste landfills.
(4) Compare concentrations of constituents in MSWLF leachate to human health
and environmental based regulatory standards, as some basis for drawing
inclusions about the potential threat of MSWLF leachate to human health
and the environment.
Constituents, as used in this report, are the parameters reported in a chemical
analysis of a lea-'" re sample. In this report constituents are subdivided into
inorganics and orgamcs, with inorganics including indicator parameters such as
pH and conductivity.
2-1
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3.0 DESCRIPTION OF DATA
3.1 Data Sources
Six independent studies were used to provide data on MSWLF leachate. These
studies provided leachate data for 83 MSWLFs; 60 landfills provided both organic
and inorganic leachate analyses, 16 landfills provided only inorganic analyses, and
seven landfills provided only organic analyses. A seventh study provided
information on leachate from 11 hazardous waste landfills. Each of these seven
studies are described below. The data are presented in Appendix A. Summary data
on the number of sites, samples, and constituents are provided in Table 3-1.
3.1.1 Wisconsin Study
The Wisconsin study provided organic and inorganic chemical analyses of leachate
at 20 landfills [McGinley, 1984]. The study provided data on waste types and either
exact ages or minimum ages of all landfills.
All 20 landfills were sampled and analyzed for inorganics; in most cases more than
once; sometimes up to 300 times. Collectively, samples were analyzed for 54
different inorganic constituents; however, not all samples were analyzed for the
same constituents. The results of the inorganic analyses were composited. Eighteen
sampling locations at nine landfills were analyzed for 114 organics. The study
provided median concentrations of all analyses for each constituent at a given
sample location.
3.1.2 NUS Study
The NUS study provided analyses of 19 leachate samples from six municipal landfills.
Two (2) of the landfills are co-disposal landfills, disposing of municipal waste with
municipal incinerator ash [EPA, 1987). Additional information on the other four
landfills was provided in case studies performed for EPA [EPA, 1986a, 1986b, 1986c,
1986d].
3-1
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TABLE 3-1
SUMMARY OF DATA USED, BY SOURCE
Landfill Study
Municipal
Wisconsin
NUS
Trade Assoc
Sobotka
Texas A&M
WMI
Subtotal
Hazardous Waste
TRW
TOTAL
Number of
Sites
20
6
6
27
1
23
83
11
94
Inorganics
Number of
Samples
20 composites
15
0
27
0
104
166
27
193
Number of
Constituents
Analyzed For*
54
46
0
46
0
50
--
46
--
Organics
Number of
Samples
24
19
6
22
1
104
176
23
199
Number of
Constituents
Analyzed For
114
210
48
48
24
204
--
32
--
Total
Number of
Samples
44
19
6
27
1
104
201
34
235
Number of
Constituents
Analyzed For
168
256
48
94
24
254
-
94
--
NJ
* Includes some constituents detected less than twice
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Each sample was analyzed for all substances listed in proposed Appendix IX of 40
CFR Part 261, including 210 organics (volatile, semivolatile, pesticide, herbicide, and
PCB) and 46 inorganics. The inorganics included 18 water quality indicators.
Concentrations of constituents detected were reported for 46 inorganic
constituents and 19 organic constituents; detection limits were not reported.
3.1.3 Trade Association Case Studies
The Trade Association Case studies provided organics analyses of leachate from case
studies performed at six MSWLFs [EPA, 1988]. Data was provided for each of the
landfills, with a single analysis per landfill. It is not known whether a single sample
was collected per analysis or whether several samples were composited [EPA, 1988].
For this report, the results were assumed to represent a single sample. Although all
constituents analyzed for is unknown, 48 constituents were identified.
3.1.4 Sobotka Study
The Sobotka study gathered organic and inorganic analyses of leachate from 44
MSWLFs in 10 states [EPA, 1986f]. Seventeen (17) of those landfills were addressed
under the Wisconsin Study; therefore, the Sobotka study provided additional
information on 27 studies. The study provided one sample analysis (possibly a
composite) for each site; the results were treated, in this report, as a single
(uncomposited) sample. The study listed 46 inorganic and 48 organic constituents
for which analyses were conducted.
3.1.5 Texas A&M Study
The Texas A&M study provided organics analysis of leachate at three MSWLFs [EPA,
1986f]. Two landfills were included in the Sobotka Study; therefore, this study
provided additional data on only one landfill. The study provided one sample
analysis with 24 constituents for this landfill [EPA, 1986f]. For this report it was
assumed the sample was not composited, although this was not verified. The
number of samples and the complete list of constituents analyzed for was not
provided.
3-3
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3.1.6 Waste Management Incorporated Study
Waste Management Incorporated (WMI) provided EPA with organic and inorganic
analyses data for leachate collected at 23 WMI MSWLFs [Baker, 1987]. The data
included analyses for 50 inorganic and 204 organic constituents. A total of 104
samples were analyzed although not all samples were analyzed for all constituents.
WMI also provided waste types disposed at the landfills.
3.1.7 TRW Study
The TRW study provided leachate data for 11 hazardous waste landfills [EPA, 1983).
Nine of the landfills were analyzed for both inorganic and organic constituents; one
was analyzed only for inorganics; and one only for organics. Twenty-seven (27)
samples from ten landfills were analyzed for 46 inorganic constituents, and 23
samples from ten landfills (nine of the previous ten plus one additional landfill)
were analyzed for 32 organic constituents. Information in the text occasionally
differed from that provided in the appendices, making it difficult to always
determine the correct value.
3.2 Data Base
Data from the above sources were compiled in a computerized data base.
Concentrations of loachate were entered in four categories - three based on the age
of the MSWLF (pre-1980, post-1980 and undated) and one from hazaic^us waste
landfills. These four categories were subdivided into organics and inorganics;
physical parameters (e.g., TDS, pH) were grouped with the inorganics. The number
of landfill sites, samples collected, and constituents analyzed for each category are
presented in Table -I-2.
The number of inorganic and organic constituents common to groups of landfill
categories are presented in Table 3-3. (The standards referred to are discussed in
Section 4.)
3-4
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TABLE 3-2
DESCRIPTION OF DATA BASE
Landfill
Categories
Municipal
Pre-1980
Post-1980
Undated
Subtotal
Hazardous
Waste
TOTAL
Inorganics
Number
of Sites
36
6
34
76
10
86
Number of
Samples
107
23
36
166
27
193
Number of
Constituents
Analyzed For
64
52
54
--
46
--
Organics
Number
of Sites
25
9
33
67
10
77
Number of
Samples
107
30
39
176
23
199
Number of
Constituents
Analyzed For
62
54
62
--
32
--
TABLE 3-3
CONSTITUENTS COMMON TO LANDFILL CATEGORIES
Landfill Categories
Pre-1980/Post-1980
Post- 1 980/Hazardous Waste
Pre/Post/Hazardous Waste
Pre-1980/Standards
Post-1 980/Standards
Hazardous Waste/Standards
Pre/Post/Hazardous/Stiindards
Number of Inorganic Constituents Detected
Indicator
Parameters
24
17
15
4
4
3
2
Other
Inorganics
14
14
14
16
16
16
11
Total
38
31
29
20
20
19
13
Number of
Organic
Constituents
Detected
13
9
8
42
27
25
5
3-5
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3.3 Data Quality
The quality of the data determines the validity of any deductions. The weaknesses
of the data used in this study should be kept in mind when interpreting the results.
Some of these weaknesses are listed in Table 3-4. The weaknesses are generally
those of sample size and sample representativeness; consistency in and quality of
methods of sampling and analysis, and in reporting; and completeness of
information provided!
The sample size is limited. Leachate data was collected for approximately one
percent of the approximately 6,000 landfills currently operating in the United
States. The sample representativeness is also questionable because the leachate
data were not selected randomly, but based on availability. Fo' example, the
Wisconsin study investigated landfills only within that state. In addition, leachate
constituents used for comparison were *hose most commonly analyzed for.
Second, sampling methods and analytical protocol differed or were not reported,
making it difficult to determine the comparability of the data. For instance, the
detection level for a given constituent may have been reported as 5 in one study, 20
in another, and simply as "not detected" in a third. The constituent may actually
have been present in two of the three studies at a level above the lowest detection
level (in this example, 5). However, this cannot be determined from the data
provided.
Third, the data is incomplete. Leachate data for a site seldom included such
information as landfill age, type of wastes disposed, or analytical procedures used.
3-6
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TABLE 3-4
FACTORS AFFECTING DATA QUALITY
Factor
Discussion
Sample Size
The number of landfills represented in this study
may not constitute a large enough sample size to
come to firm statistical conclusions.
Sample Representativeness
It is unknown how representative the samples of
MSWLF leachate collected are of the landfill and of
the time the sample was collected.
Landfill Age
Leachate is considerably more concentrated during
the early stages of landfill decomposition. The
sources are generally not detailed enough to
estimate landfill age at time of sampling .
Leachate Collection System
Leachate collection systems can vary from sophisti-
cated to crude. Most systems have a tendency to
lose the volatile component of leachates over time
and also allow chemical oxidation to occur. This can
affect the concentration of both inorganic and
organic components.
Sampling and Analytical Conditions
Data quality depends on sampling and analytical
methods and equipment. Most sources did not
contain enough detailed information to determine
whether appropriate equipment and methods were
used. Detection limits differed or were not
reported.
Target Compounds
For some sources it was not possible to determine
whether compounds were undetected or simply not
analyzed for.
QA/QC Requirements
Some sources did not provide detailed enough
QA/QC requirements or results of QA/QC check
samples (e.g., blanks, analytical controls).
Engineering Controls
Engineering controls on landfills (i.e., landfill
covers, run-on/run-off controls) can drastically
affect leachate composition. Most sources did not
report the presence or conditions of engineering
controls.
Waste Composition
Waste composition controls leachate composition.
History of wastes accepted was not available for
many landfills.
3-7
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4.0 DISCUSSION
The data were evaluated to (1) characterize MSWLF leachate; (2) determine any
differences between pre- and post-1980 MSWLF leachate; (3) determine differences
between post-1980 MSWLF leachate and hazardous waste landfill leachate; and (4)
compare the MSWLF leachate to human health and environmental based standards.
The results are presented below.
All constituents analyzed for in the leachate samples were used to characterize the
MSWLF leachate. Most of the constituents detected less than two times were
omitted from the comparisons to eliminate the constituents least likely to be
representative of the leachate. The omitted constituents are listed in Appendix B,
Table B-1.
4.1 Characterization of MSWLF Leachate Constituents
MSWLF leachate was characterized by determining the numb3r cf constituents
detected in different constituent categories. Summary information on the
constituents found in MSWLF leachate is provided in Table 4-1. Information on the
specific constituents is provided in Appendix B.
Approach - Leachate constituents were broken into two main categories:
inorganics and organics. Inorganics were broken into two subcategories: indicator
parameters (e.g., temperature, pH) and other inorganics (generally metals). Four
subcategories of organics were used: (1) pesticides, herbicides, and PCBs; (2)
volatile organics; (3) semivolatile organics; and (4) other organics. Table 4-1
provides, for each constituent category, the number of constituents analyzed for,
the number of constituents detected, the number of constituents not detected, the
total number of detections (i.e., the sum of all detections for all constituents), and
the average number of detections per constituent.
More complete information on the constituents is provided in Appendix B,
Tables B-2 through B-8. Minimum, maximum, median and average leachate
concentrations, standard deviations, and number of time constituents were
analyzed for are provided in Table B-2 through B-4 for MSWLFs (pre-1980, post-1980
and undated landfills, combined). Tables B-5 through B-8 provide minimum,
4-1
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NJ
TABLE 4-1
DESCRIPTION OF CONSTITUENTS* OF MSWLF LEACHATE
Constituent
Category
Inorganics
Indicator
parameters
Other
inorganics
Subtotal
Organics
Pesticides,
herbicides.
PCBs
Volatiles
Semivolatiles
Others
Subtotal
TOTAL
Number of
Constituents
Analyzed For
33
25
58
41
47
93
94
275
333
Constituents Detected
Number
33
22
55
6
36
22
24
89
143
Percent
100
88
95
15
77
24
24
32
43
Constituents Never Detected
Number
0
3
3
35
11
71
70
187
190
Percent
0
12
5
85
23
76
76
68
57
Total
Number of
Detections
1.140
998
2.138
29
528
173
312
1,042
3,180
Average
Number of
Detections
per
Constituent
36
40
37
1
11
2
3
4
10
All constituents analyzed for (includes Appendix B, Table B-1 constituents).
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maximum, and median leachate concentrations, and the number of sites at which
constituents were detected, for pre-1980 and post-1980 MSWLFs and for hazardous
waste landfills.
Results - Three hundred and thirty-three (333) constituents analyzed for were
detected 3,180 times, for an average of ten detections per constituent. Inorganics
were more frequently detected than organics. One hundred and ninety (190)
constituents were analyzed for but not detected: three inorganics (5 percent) and
187 organics (68 percent). Table 4-1 summarizes these results. Tables B-2 through
B-4 in Appendix B show that the standard deviations of the constituents are of the
same order of magnitude as the average and median values.
4.2 Comparison of Pre-1980 to Post-1980 MSWLF Leachate
Pre-1980 and post-1980 MSWLF leachates were compared by studying both the
frequency of which types of constituents were detected and the ratios of the
median concentrations of the constituents.
4.2.1 Frequency of Detection
Approach - Pre- and post-1980 MSWLF leachates were compared by determining the
frequency which constituents were detected in the leachate. Table 4-2a provides
the number of constituents detected based on their frequency of detection. The
information is provided for both inorganics and organics.
Table 4-2b presents the ratio of the number of times inorganic and organic
constituents were not detected versus the number of times they were detected as a
basis for comparing pre- and post-1980 leachate. These ratios are provided in
Appendix C, Tables C-1 and C-2 for individual constituents.
Results - Table 4-2a shows that over half the inorganic constituents (61 percent in
pre-1980 leachate and 68 percent post-1980 leachate) were detected more than 81
percent of the time. The table also shows that over half the organic constituents (63
percent pre-1980 and 79 percent post-1980) were detected less than 20 percent of
the time.
4-3
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TABLE 4-2
COMPARISON OF DETECTION FREQUENCIES IN PRE- AND POST-1980 MSWLF LEACHATE
Frequency of
Detection
Very low (0-20%)
Low (2 1-40%)
Moderate (41-60%)
High (6 1-80%)
Very High (81-100%)
Totals
a. Number of Constituents by Detection Frequency
Pre-1980
Inorganics"*
0
6
4
4
30
44
Organics
37
6
8
3
5
59
Total
37
12
12
7
35
103
Post- 1980
Inorganics**
7
1
1
2
30
41
Organics
42 -
2
3
4
2
53
Total
49
3
4
6
32
94
Total Constituents Not
Detected
Total Constituents Detected
Total
Ratio of Constituents Not
Detected to Constituents
Detected
b. Ratio of Constituents Detected to Those Not Detected
Pre-1980
Inorganics**
163
1,379
1.542
0.1
Organics
1.761
497
2.258
35
Total
1.924
1.876
3,800
1.0
Post- 1980
Inorganics**
50
286
336
0.2
Organics
475
72
547
66
Total
525
358
883
1.4
Does not include pH. eH or temperature as these parameters are always "detectable"
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The ratios of constituents not detected to those detected are shown below:
MSWLF leachate Inorganics Organic* Total
pre-1980 0.1 3.5 1.0
post-1980 0.2 6.6 1.4
4.2.2 Ratio of Median Concentrations
Approach - Median values of pre-1980 MSWLF leachate were compared to post-
1980 values by creating ratios of the pre to post values for each constituent for
which both common values existed (35 inorganic constituents and 13 organic
constituents; see Table 3-3). pH, eH and temperature were omitted as
inappropriate. Only constituents with values above the detection limits were used.
The ratios were grouped by powers of ten, and the results presented on a bar graph
(Figure 4-1). The incremental range around the ratio one is from log ratio -0.5 to
0.5 (1:3.15 to 3.15:1 in non-log terms). The height of the bar represents the number
of occurrences of a given ratio. The ratios of the individual constituents and the
tabulated values are provided in Appendix C, Tables C-3 and C-4.
Minimum and maximum concentrations of pre- and post-1980 constituents were
also analyzed. These results are provided in Appendix C (Figure C-1 and Tables C-5
and C-6 for the minimum concentrations; Figure C-2 and Tables C-7 and C-8 for the
maximum concentrations).
Results - As can be seen from Figure 4-1, approximately three-quarters of the
constituents found center around one, within the increment from 1/3.15 to 3.15/1.
Distributions of minimum and maximum values are similar. This result indicates
little evidence of a difference based on starting date.
4.3 Comparison of MSWLF Leachate to Hazardous Waste Landfill Leachate
MSWLF leachate was compared to hazardous waste landfill leachate by studying
ratios of their median concentrations.
4-5
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FIGURE 4-1
PRE-1980 VS POST-1980 MEDIAN MSWLF LEACHATE CONCENTRATIONS
35
30
25
20
NUMBER
OF
CONSTITUENTS
15
10
'POST-1980
CONCENTRATIONS
GREATER
PRE-1980
CONCENTRATIONS
GREATER
io-5 io-4 io-3 iq-2 10-1 1 io1 io2 io3 io4 io5
PRE-1980/POST-1980 MEDIAN CONCENTRATIONS
4-6
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Approach - Post-1980 MSWLF leachate was compared to hazardous waste landfill
leachate by comparing median concentrations of their 40 common constituents (31
inorganics and 9 organics) by creating ratios of the concentrations of each of the
constituents. These ratios were plotted on a bar graph (Figure 4-2) following the
procedure described above for Figure 4-1. The ratios of the individual constituents
and the tabulated values used in Figure 4-2 are provided in Appendix C, Tables C-9
andC-10.
Results - About half the ratios of post-1980 MSWLF versus hazardous waste landfill
leachate are near (between 1/3.15 and 3.15/1) the value of one. The number above
this increment is approximately twice that below the increment, a weak indication
that the hazardous waste leachate had higher concentrations of hazardous
constituents than the post-1980 MSWLF leachate. The result cannot be considered
strongly significant as the sample size is small.
4.4 Comparison of MSWLF Leachate to Standards
MSWLF leachate concentrations (for pre-1980, post-1980 and undated landfills
combined) were compared to regulatory standards in three ways: plotted ratios;
tabulated ratios; and number of sites exceeding standards. One of three allowable
exposure standards was used as the standard. The National Interim Primary and
Secondary Drinking Water Standards (MCLs) were used, if available. If not available,
the EPA-established human health-based criteria for systemic toxicants and
carcinogens were used. The Federal Water Quality Criteria were used if neither of
the other two standards were available. If none of these standards existed, a
comparison was not made. The standards are shown in Appendix C, Table C-13.
4.4.1 Plotted Ratios
Approach - Median MSWLF concentrations were compared to the standards by
creating ratios of the median concentration of each of the constituents to the
standard and plotting these ratios on a bar graph (Figure 4-3) following the
procedures used to create Figures 4-1 and 4-2. Sixty-two ratios were created from
the 62 constituents for which standards were available. The ratios of the individual
constituents and the tabulated values used in Figure 4-3 are provided in Appendix C,
Tables C-11 and C-12.
4-7
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FIGURE 4-2
HAZARDOUS WASTE LANDFILL VS MEDIAN POST-1980 MSWLF
LEACHATE CONCENTRATIONS
NUMBER
OF
CONSTITUENTS
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
0
POST-1980 MSWLF
CONCENTRATIONS
GREATER
HAZARDOUS
WASTE LANDFILL
CONCENTRATIONS
GREATER
TO'* 103 10-2 101 1 101 1Q2 1Q3 10*
HAZARDOUS WASTE/POST-1980 CONCENTRATIONS
4-8
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FIGURE 4-3
MEDIAN MSWLF* LEACHATE CONCENTRATIONS VS STANDARDS
NUMBER
OF
CONSTITUENTS
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
0
MEDIAN
•CONCENTRATIONS
BELOW
STANDARDS
MEDIAN
CONCENTRATIONS
ABOVE
STANDARDS
10'6 10'5 10"4 10'3 10'2 10'1 1 101 102 103 104 105
MEDIAN CONCENTRATIONS/STANDARDS
Includes pre-1980, post 1380 and undated landfills
4-9
-------
Average concentrations were compared in the same way. These results are
provided in Appendix C, Figure C-3.
Results - As can be seen from Figure 4-3, over half the constituents were found near
or greater than a concentration ratio of one, within the range of 1:31.5 to 31.5.1.
Similar results are shown for the average concentrations (Appendix C, Figure C-3).
4.4.2
Tabulated Ratios
Approach - The average concentration of each constituent was compared to its
regulatory standard by creating a ratio of concentration to standard. These ratios
were grouped by powers of ten because the results were logarithmically
distributed. The results are shown in Table 4-3. The fractions shown in Table 4-3 are
TABLE 4-3
COMPARISON OF AVERAGE MSWLF CONCENTRATIONS TO STANDARDS
Ratio of Median
Concentrations to
Standards
Less than 1
1-10
10-100
Greater than 100
Inorganics
Fraction
8/19
6/19
2/19
3/19
Percent
42
32
11
16
Organics
Fraction
18/43
8/43
13/43
4/43
Percent
42
19
30
9
Total
Fraction
26/62
14/62
15/62
7/62
Percent
42
23
24
11
the fraction of constituents with ratios within the specified range. The numerators
and denominators are the actual number of constituents. The percents in Table 4-3
correspond to the fractions. The ratios of the individual constituents are provided
in Appendix C, Table C-13.
Results - Of the 62 constituents with standards, 26 constituents (42 percent) had a
ratio of less than 1; i.e., the average concentration was less than the standard.
Fourteen constituents (23 percent) had a ratio greater than one and less than ten;
15 constituents' ratios (24 percent) fell between 10 and 100. Seven constituents (11
4-10
-------
percent) had median concentrations more than 100 times that of the standard.
One, bis (chloromethyl) ether, was over 10,000 greater than the standard.
4.4.3 Number of Sites Exceeding Standards
Approach - For each site, the number of times the concentration of a constituent
exceeded a standard and exceeded 1,000 times the standard were counted. The
value 1000 times the standard was arbitrarily selected to represent attentuation of
the leachate constituents prior to human exposure. The tabulated results were put
in one of four groups by number of standards exceeded: zero; only one; two to
four; and five or more. Sites were grouped according to pre-1980, post-1980 and
undated MSWLFs and hazardous waste landfills. The results are shown in Table 4-4,
both as fractions and as percents. The denominator of the fractions represent the
number of sites in the given landfill category. In Table 4-4a, the numerators are the
number of sites (by landfill category) with the indicated number of constituents
with concentrations exceeding the standards; in Table 4-4b, the numbers are the
number of sites with the indicated number of constituents exceeding 1000 times the
standards. The percents are the percent of sites (by landfill category) with the
indicated number of constituents exceeding standards (4-4a) or 1000 times the
standards (4-4b). Table 4-4c provides basic information about the sample size.
Tables C-14 through C-17 in Appendix C provide the breakdown by site.
Results - Pre-1980 MSWLF sites exceeded five or more standards somewhat more
frequently than either the hazardous waste landfill sites or the post-1980 sites.
Both pre- and post-1980 MSWLF sites were more likely not to exceed 1,000 times
any stancard than were hazardous waste landfill sites.
4-11
-------
TABLE 4-4
NUMBER OF SITES EXCEEDING STANDARDS
Number of
Standards
Exceeded
0
1
2-4
5 or more
a. Sites with Constituents Exceeding Standards
Fraction^
MSWLFs
Pre-
19803
0/26
2726
8/26
16/26
Post-
1980
0/8
2/8
3/8
3/8
Un-
dated
2/37
8/37
10/37
17/37
Total
2/71
12/71
21/71
36/71
Haz
Waste
Landfills
1/10
2/10
2/10
5/10
Percent2
MSWLFs
Pre-
19803
0
8
31
62
Post-
1980
0
25
38
38
Un-
dated
5
21
27
46
Average
3
17
30
51
Haz
Waste
Landfills
10
20
20
50
Number of
Standards
Exceeded
0
1
2-4
5 or more
b. Sites with Constituents Exceeding 1 000 x Standards
Fraction1
MSWLFs
Pre-
19803
21/26
3/26
2/26
0/26
Post-
1980
7/8
1/8
0/8
0/8
Un-
dated
34/37
2/37
1/37
0/37
Total
60/71
6/71
3/71
0/71
Haz
Waste
Landfills
5/10
4/10
1/10
0/10
Percent2
MSWLFs
Pre-
19803
81
12
8
0
Post-
1980
88
13
0
0
Un-
dated
92
5
3
0
Average
85
9
4
0
Haz
Waste
Landfills
50
40
10
0
Number of Sites
Average
Constituents per
Site
c. Number of Sites and Constituents per Site
MSWLFs
Pre-1980
26
34
Post- 1980
8
28
Undated
37
14
Total
71
23
Hazardous Waste
Landfills
10
13
1 Denominators are number of sites in landfill category; numerators are number of sites in
that category exceeding indicated number of standards
2 May not sum to 100 due to rounding
3 Wisconsin sites with only composite samples are not included
4-12
-------
5.0 REFERENCES
Baker, John A. Personnel communication from J. Baker (WMI) to S. Mooney (EPA);
concerning Leachatedata; December 1,1987.
McGinley, Paul M., and Peter Kmet; Formation. Characteristics. Treatment and
Disposal of Leachate from Municipal Solid Waste Landfills; Wisconsin Department
of Natural Resources; 1984.
U.S. Environmental Protection Agency; Compilation of Hazardous Waste Leachate
Data; Office of Solid Wastes; Washington, D.C.; prepared by TRW; 1983.
U.S. Environmental Protection Agency; Case Study. Short Mountain Sanitary
Landfill. Goshen, Oregon. Draft Report; Office of Solid Waste; Washington, D.C.;
unpublished; prepared by ICF Northwest, I986a.
U.S. Environmental Protection Agency; Case Study, Van-Pal Landfill, Duranqo,
Colorado. Final Report; Office of Solid Waste; Washington, D.C.; unpublished;
prepared by PEI Associates, Incorporated; 1986b.
U.S. Environmental Protection Agency; Case Study. Portage County Landfill, Stevens
Point. Wisconsin, Draft Report; Office of Solid Waste; Washington, D.C.;
unpublished; prepared by ICF Northwest; 1986c.
U.S. Environmental Protection Agency; Case Study. Franklin County Sanitary
Landfill. Greenpoint. Florida; Office of Solid Waste; Washington, D.C.;
unpublished; prepared by SRW Associates, Incorporated; 1986d.
U.S. Environmental Protection Agency; Background Document for Options
Selection; I986e.
U.S. Environmental Protection Agency; Determination of Municipal Landfill
Leachate Characteristics. Leachate Baseline Report; Office of Solid Waste;
Washington, D.C.; UT b!;shed; prepared by NUSCorporation, 1986f.
5-1
-------
U.S. Environmental Protection Agency; Characterization of Leachates from
Municipal Waste Disposal Sites and Codisposal Sites. Volume 6; Office of Solid
Waste; Washington, D.C.; prepared by NUS Corporation, 1987.
U.S. Environmental Protection Agency; Report to Congress: Solid Waste Disposal in
the United States. Volume I and II, Revised Final Draft, Office of Solid Waste;
Washington, D.C.; unpublished, April 1988.
5-2
-------
APPENDIX A
DATA USED IN THIS REPORT
NOTES
1. Concentrations 6f all inorganic constituents in parts per million unless noted
otherwise; concentrations of organic constituents in parts per billion.
2. Negative values denote reported detection limit when substance was not
detected.
3. ND = Substance was analyzed for and not detected.
4. *** NA *** = Substance was not analyzed for.
5. » UNK « = No data were reported from source; substance was either
not detected or not analyzed for.
6. Source identification is as follows:
Sobotka - Sobotka & Co., Incorporated; Case history data compiled and
reported in a July 1986 report to the U.S. EPA's Economic
Analysis Branch of the Office of Solid Waste; Washington,
D.C.; 1984.
NUS - U.S. Environmental Protection Agency; Determination of
Municipal Landfill Leach ate Characteristics, Leachate Baseline
Report; prepared by NUS Corporation; 1986.
Texas - Brown, K.W., and K.C. Donnelly; The Occurrence and
Concentration of Organic Chemicals in Hazardous and
Municipal Waste Landfill Leachate; Texas A&M University, Soil
and Crop Sciences Department, College Station, Texas;
undated.
A-1
-------
Wisconsin - McGinley, Paul M., and Peter Kmet; Formation,
Characteristics, Treatment, and Disposal of Leachate from
Municipal Solid Waste Landfills; Wisconsin Department of
Natural Resources; 1984.
Trade Assoc - Six Case Studies prepared for the National Solid Wastes
A/lanagement Association; 1987.
Waste Mgmt - Baker, John A.; personal communication to Susan Mooney,
U.S. Environmental Protection Agency, Office of Solid Waste;
December 1,1987.
7. Each Sample Analysis Number is unique and consists of a two-digit Site
Number, followed bv a hyphen, followed by a two-digit Sample Number. Each
site has been assigned a unique Site Number, and each sample at a given site
has been assigned a unique Sample Number for that site.
Samples subjected to both inorganic and organic analyses appear once in the
inorganics appendices and once in the organics appendices.
Reported inorganic analyses of samples from the Wisconsin study are
composite analyses calculated in that study. The reported values are the
medians of actual values from two or more samples. Each of the Sample
Numbers for these analyses consist of the Site Number followed by "comp,"
whi,n denotes that the reported analysis is actually a composite of several
samples.
A-2
-------
TABLES IN APPENDIX A
Table
A-1 Inorganic Analyses from MSWLFs Started During
1980 or Earlier
A-2 Organic Analyses from MSWLFs Started During
1980 or Earlier
A-3 Inorganic Analyses for MSWLFs Started After 1980
A-4 Organic Analyses from MSWLFs Started After 1980
A-5 Inorganic Analyses from MSWLFs of Unknown
Age
A-6 Organic Analyses from MSWLFs of Unknown Age
A-7 Inorganic Analyses from Hazardous Waste
Landfills
A-8 Organic Analyses from Hazardous Waste Landfills
A-3
-------
TABLE A 1
INORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER
SAHHE NUMEB
DAIE SIARIED .
OAIA SOUKE
NAIEfl OllALIIV IIDICAIORS
ALKALINlIt
AMONIA
BIOLOKICAL ODEEI DEHAND
CALCIUN
CHEMICAL OII6EN DENAND
CHLORIDE
CONDUCIIVIK lumo/ii)
tH llvl
FLUORIDE
MOSS ALPHA
6ROSS IEIA
HAIDMESS
IRON
NlItAlE
NIIRIIE
NIIHQ6EI IICJEIOAHLI
NIlROCtN IU6ANICI
NIIROUN 1101 All
OIL 1 I8EASE
pH iph iimttl
PHENUUCS, IOIAL
PHOSPHAIE
PHOSPHORUS
POIASSIUN
SODIIM
SULFAIE
SUFIOE
SURfACIANI
lENfiRAIURE IDi|. CiMigrtdtl
IOIAL DISSOLVED SOLIDS
IOIAL SUSPENDED SOLIDS
10141 OUAJIIC CARBON
IOIM OUAN1C HALOGEN
IOIAL SOLIDS
OINE8 INOt§ANICS
ALUIIINUN
ANIIBONI
ARSENIC
lARIIM
lEIIlLIIM
B080N
CAONIIM
CNRMIIM INE1AVALEN1I
CHtONIUI II01AL)
C0841I
COPPER
CtANIDE
LEAD
HAN6ANESE
HAaNESlUN
NEfiCUR*
NICtLl
OSHIUH
SELENIUM
SUVEIi
SIRONIIuH
IHAILIUM
UN
VANADIUM
imr
82-11
1975
NUS
I'll
231
ll NA M
151
IM!
4M
Ml
414
ND
li NA it
it NA tt
721
4.4
-.1
-.14
271
41
INK
ll NA H
7.8
ii NA it
UMK
3.8
217.8
574
-21
it NA ii
ll NA ll
II
2731
44
259
it NA ti
UNK
ND
NO
.11
.41
ND
ll NA li
.M2
ll NA ll
.Ml
U
ID
ND
.M9
1.68
75
ID
.13
10
NO
ND
ii NA ii
ND
NO
.123
74
12-12
1975
NUS
I7M
231
it NA u
1)4
im
Ml
m
4ft
•
<• NA ii
ll (A ll
471
1.}
-.«
2H
51
UNK
ii NA n
7.8
ll MA ll
UMK
2.1
228.7
781.7
-4
M NA il
il MA li
II
2711
32
237
ii IA ••
INK
ND
U
.M9
.34
ND
II NA II
.Ml
ll NA ll
.M5
ND
ND
ND
.115
1.67
74
ND
.13
ND
ND
ND
ii MA li
ND
NO
.124
1
12-13
1975
NUS
1711
221
•• NA ii
146
1211
661
3M
414
NO
M MA li
ii NA ii
491
4.4
- 1 1
-.14
211
41
UMK
•I NA ll
7.8
ll MA ll
UMK
2.3
199.6
1134.2
-4
it MA u
li NA il
IB
2761
76
245
it MA il
UNK
1.6
NO
.M9
.34
ND
ll NA ll
.M2
ii NA ll
.M9
ND
ND
ID
.116
1.68
77
ND
.11
ND
NO
NO
•I MA il
ND
ND
.12
14-11
IW9
NUS
1711
51
• • NA u
272
471
571
3911
411
NO
ii NA ii
ll IA ii
1311
23.2
1
-.14
73
21
IIMfc-
Uim
•• NA *•
6.96
• • MA M
UNK
1
. J
145.2
552.5
421
il NA ii
ll NA II
9.6
3131
94
138
tl NA II
ym
NO
ND
.M'
.48
NO
•I NA ll
ND
•• IA ••
.Ml
ND
NO
ND
ND
.1
189
ND
10
ID
ND
NO
il NA ii
NO
NO
.811
• 1
14-12
1979
NUS
1711
71
•1 NA II
263
521
5M
1911
411
U
ll MA il
il M* ••
1384)
21.2
". 1
-.14
III
41
UNK
ll MA II
4.98
II MA II
UNK
j
271.4
' 552.5
3M
it MA it
n IM il
1.4
3111
62
141
it M u
UMK
NO
NO
.M4
.55
ND
li MA it
ND
II MA II
.M2
ND
NO
ND
NO
.27
182
ID
.14
ID
NO
ND
• i NA ii
NO
ND
.III
IB
14-11
1979
US
ItM
79
ll NA ii
218
691
571
1911
411
ND
Ii NA II
il MA il
l!ll
22.8
.1
-.14
99
21
UMK
il IA ii
6.98
•1 IA ll
UNK
.}
268.6
411. 8
421
il NA ii
II NA II
9.6
3191
es
141
it NA ii
UNK
ND
ND
.M7
.41
U
II NA il
ND
II NA il
.Ml
ND
NO
ND
ND
.31
189
ND
.16
HA).
HI
NO
il NA n
ND
NO
.114
i
Ibtttp
1971
liuontin
5151
ii Nil ii
2ltM
1971
51451
885
8181
•i NA il
ii NA ll
ii NA ii
il NA ii
4161
119
LIB
il NA u
II NA it
ll NA ll
II NA II
ll NA ll
5.7
li IA ••
ii IA n
ll NA ll
1175
1148
155
ii NA ii
II NA ii
il NA II
16121
1411
ii NA it
II NA II
I67M
5.17
u IA ii
u NA ii
.J
li IA ••
7.13
II NA il
ll MA II
.528
ii Nil ••
.321
il NA ll
II IA il
25.9
547
il IA ••
ii NA ••
li Nil •!
li IA ii
ii 14 li
ii |A ii
u M li
li IA il
u NA II
, .
lt:up
1959
•ittoniin
ii lit ii
125.!
Ill
ii NA it
1121
•i NA ll
9MI
il MA ••
.5
•• NA ••
ii MA n^
ii MA ii*
11.3
.115
.M5
167.5
ll MA il
il NA il
ll NA ll
0.85
ii MA ii
u NA ii
.325
251
ii NA ••
II NA ••
•• MA ll
li NA ll
ll NA ••
ll NA II
53
li NA ll
il MA ll
li NA ll
n MA li
.MI5
.M9
.84
Ijtj
3.924
.M65
u NA ii
.11
ii MA ii
.12
.M4
.169
.352
•I NA ii
.Mil
. II*
•• MA ••
.1115
.M75
ii IA ii
.M9
il NA ll
•I NA II
2l[Mp
1969
liuor.iin
2415
il NA il
68BI
•• NA II
1681
2651
I86M
•I NA il
u NA II
ll NA ll
ll IA ll
1558
6.12
.55
ll NA ll
248.5
ll NA ll
II MA ll
II NA ll
6.92
II IA il
II NA II
1
II NA II
il NA ll
271.4
li IA ii
ii NA ii
ll NA li
12666
226
641
li NA li
11537
ii NA ii
.34
.115
i 1
1. 1
1.19
.121
HO
ii
. Ji
ll NA il
•14
• •"
*|
.•1
-)g
. *T
l.4i
•i hA • •
.Mil
79
. fj
ii NA ••
• Ml
.111
il Nil ll
.M/
ii HA II
ll NA II
2kup
1966
NlUUIIIi
2431
•• NA ii
533.5
ti M ii
2191
759
,,..,«HMI .
:w,V..
it M ll
li M u
ll Ml II
im
U9
ii MA ii
it NA il
•i NA li
ii NA ii
ii NA ••
ii NA ii
6.8
ll M il
II NA II
l.ll
ii M n
•• IA II
ii NA ii
• I Nil ll
II NA ll
ll NA il
II NA ll
ItSS
ii NA it
ll NA ll
ll NA il
• •'tUt ii
ii NA ll
.17
2.69
li NA ii
II NA II
'.15
ii HA li
. 1'J
• • NA n
. 3
ii NA ii
l.ll
•I NA ••
il MA il
NO
1. 't
li NA II
.19
NO
• 1 NA u
•I NA ••
ll NA II
•1 MA •.
1 M II
-------
TABLE A-1 INORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SMKE kilHIED
DUE SIADIED
OAIA SOUICE
NAIEIi OUAlIK INOICAIOfcS
AUALUIII
AMONIA
IIOLOSICAL OltSEN DEMNO
CALCIUR
CHEftlCAl OII6EN DEIUNO
CHLOIIDE
CONOUCIIVIK U«ho/[«>
•H !•>!
FLUOIIDE
(ROSS ALPHA
GROSS 1EI*
HMNgSS
IRON
NIIIAIE
NIUIIE
NIIR06EN IKJELOAHl)
NIIROSEN IOUAN1C)
NIIIOEfN 1101*11
OIL 1 SRE*SE
pH IpH until
PHENOLICS, 101*1
PHOSPHAIE
PHOSPHORUS
POIASSIW
SDIIIM
SULFAIE
SULFItt
SURFMIANI
tElUiRAIURE (Dig. Cntigftdil
' 101*1 IISSOLVEI SOLIDS
IOIAL SUSPENDED SOLIDS
101*1 OREANIC C*RMN
IOIAL ORSANIC HALOGEN
IOIAL SOLUS
OIKER.INgRiMICS
wwiiNUi
ANIIMNI
ARSENIC
8*1 IUH
KRULIUN
808 ON
CADMIUN
CHRDftlUN IHll«V*LENI>
cwomuii 1101*1.1
COMLI
COPPEt
CIANIDE
ttAO
HAN6ANESE
MfiNESlIM
nfacusr
NICKEL
OSflllM
SEilNlun
SILVfti
siaONiiun
IHALLIUH
UN
vANMiun
IINC
lie up
1971
Niicooiia
It N* II
ii M ll
il NA It
ll NA it
21*1
793
*175
ti NA n
It NA ll
II Nt II
it Nt It
1143
4*.*3
it NA II
ll NA It
II NA il
ll Nt ll
II M it
it NA II
6.6
II NA tl
II NA II
•1 NA ll
M N* tl
311.3
IM
it M ii
li NA ii
ti NA it
il NA »
ii NA ti
i HA it
ti NA tl
•I Nt U
•i NA ••
li NA ii
U Nt ll
ll Nt It
il Nt ll
ll Nt ll
ll NA ll
ii NA it
ii NA it
li Nt it
il NA it
n NA ll
it NA il
•• Nt ••
ll NA il
ll NA II
ii NA il
il NA il
ll NA II
• • NA M
•• NA ••
ll HA ••
ii NA ••
•• NA ii
ii NA ii
14cup
1971
Niuwtin
2MI
ti M ii
It NA it
131
I33M
"•
MM"
U M it
ll M li
•t M it
I9M
I4M
ll M ••
ll M it
•• Nt it
il NA it
It Nt ll
•I M ii
3.1
ll NA it
II NA II
ll M it
1*1
371
211
il NA it
il M ••
It HI II
54M
it N* it
ii li* it
it NA It
il NA it
it N* ii
ii M it
U
U
ll NA ii
3.1
ND
n NA ii
U
il M ii
ND
n Nt ii
W
22
151
U
U
•I N* ll
NO
U
il HA ii
ll NA ll
ll NA ll
II Nt II
7.4
J5to*p
1975
NlUMkll.
57851
517
51*1
ti NA ii
7171
9M
11151
n NA n
ll NA H
tl N* It
It NA ll
1591
24*
.21
.112
711
4.5
ti NA ii
it NA U
7.21
ll NA il
It NA II
2.41
II NA H
12
3M
ii NA il
tl NA II
it NA ii
12*4*
1*3
tl HI II
ii M H
II7M
it it
it it
ii il
ii ll
ii it
ii ti
ND
II Nil II
ii NA li
ii Nt ii
ND
il HA il
•• NA il
1.1
ll N* ll
ll NA II
.2
li Nt ll
•i NA il
ll NA ll
•I N* ll
•I H* II
II N* II
n HA n
1.6
^Ub«p
I97J
*iuon»in
4291
171
ii W li
2111
115M
1771
I5IM
n NA il
•• fcA II
ll »» II
•1 N* II
9311
511
ii HA n
ll NA ii
li NA il
•I N* ll
ll NA ll
ll HA ll
5.4
II NA II
II N* It
ll NA II
4M
I2M
ll HA li
n N* ll
li NA II
ii NA ii
li HA ll
ii NA li
li NA il
ll M ll
li NA li
•i NA ii
n N* li
•• HA li
ii NA ii
ii NA ii
li NA il
•l NA ii
•i HA ll
ll HA II
•I NA ll
ii NA ll
ll HA II
•• NA il
ll NA il
781
ll NA li
•• Nt il
M W li
II NA ii
ll NA ••
ll HA il
II NA il
•• NA II
il NA il
ll NA il
17cup
1976
Niuutin
4391
2M
ii kt ••
it HA it
3221
tl NA ll
6MI
tl M It
it N* tl
•l HI It
•1 Nt il
it Nt li
It NA ll
ND
Nt
213
ll NA ll
it HA tl
ll NA it
7.1
II Nt it
it W It
4.*
11
It NA it
ll NA II
It NA it
•1 NA II
ll NA ll
ll NA it
II NA ll
It NA it
It M ll
*1M
li NA li
li NA ll
HI
it NA li
n NA it
M NA ll
.M9
ll NA n
.1*
ll NA ii
.12
n NA il
.25
ii NA li
ii MA il
.Ml]
ii NA ii
li NA M
ll N* ••
H NA it
ll NA it
•l Nt il
ii NA tl
1.11
Ifecoip
I9lb
HlUOIIill)
II NA il
•• N* II
VM
ll NA ii
9521
IN
9251
II Nt II
ll N* ll
II W II
II Nt ll
II HI It
151
II HA ••
II HI II
II HA II
II NA II
II Nt II
•1 Nt ll
6.15
II Nt il
ti NA II
• N* II
II Nt II
II HA II
2M
II HA U
li NA ll
II Nt ••
ll NA il
2115
tl Nt ll
II NA II
25471
.11
ND
.Ml
5
ND
II Nt ll
.17
ii M il
.15
ll NA II
.19
.Ml
.17
1.15
ii k* ii
il NA II
.12
Hi*"
li Nt ll
ll NA H
il N! II
.11
II N* II
U N* U
14
48-11
1975
NUi
4IM
5M
ll NA ••
152
24M
I6M
IMM
8*4
NO
ll NA II
ll NA II
IIM
16.1
-.14
661
81
UNI.
II NA ll
7.15
ll N* ll
ijMjj
12
171. 1
1291
-4
M NA ii
li Nt II
25
4261
166
IMI
ii NA ii
UNt
5.4
NO
.121
.41
U
•l Nt ••
.M6
ii M ii
.112
NO
U
NO
1.15}
l.ll
125
NO
NO
NO
.116
*0
ii N* ii
kO
NO
.119
7.17
4B-IJ
IV/5
kUS
47M
56l
li NA ll
342
2411
I6M
IlilA
imv
814
NO
ll HA ll
il H* ll
IIM '
17.6
-.14
661
IM
UNK
ll N* ll
7.15
ii NA ••
UNK
12
744
1228.4
221
n NA n
li NA il
7*
£J
6181
161
921
ll H* II
UNK
50
.0
NO
.119
.46
NO
il N* II
• M5
ll H* il
.112
ND
NO
NO
.115
1.14
117
NO
ID
NO
.M6
NO
•I NA il
NC
NO
.III
1 S«
4t-J]
1975
NUS
47<|
551
II DA ll
!l9
2411
I6ll
IMtJ
IMM
814
NO
ll NA ll
n HA ll
IMI
16.4
-. 1
-.14
651
IM
UNK
li NA li
7.15
n NA ll
UNK
U
II*.*
1511.5
-4
n NA ll
•• Nt II
25
5661
114
111
M NA ••
UNK
5
12 J
NO
•• NA ti
•ill
.M/
•• NA ••
.11
NO
.lol
i i
i . i
NO
NO
NO
NO
|| £, ||
ND
NO
.171
*» i«
Al-ll
I»M
itau n(.i
it NA *•
44. J
AU
•• IM • •
IM
m
, • &fa^^
•jWSR.
.2f
it NA it
ii HA it
it NA it
11 i
.11
it NA li
41.7
ll NA il
U HA il
li NA ll
6.65
I.MII3
ii M ii
ii M it
•i HI it
221
IM
ll HA ii
ii HA it
ii NA il
li NA II
12.'
1*8
1.113
•l Nt ii
ii NA ••
-.*l
UQ
• NT
.2*
«ff
.Uj
•• HA II
-.115
ll N* il
• l 1
.91 j
•• NA ii
.1?.'
- tit
.mi
.112
?.?
•• HA ll
•.IN*
W->
.
*• NA ••
Ul
.H/
-.11
•• NA ••
•
"3
•I NA il
*• NA • •
-------
TABLE A-1
.MORGAN* ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
....
SAMPLE NUIUE8
BAIE SIMIED
DAIA SOURCE
»*ii*.9!!*tiJ! iNJicAiws
ALKALINlll
AIMONIA
•IOLOMCAL OIIEEN DEMND
CALCIUH
CHEMICAL OIIEEN DEMAND
CHLORIDE
CONDUCIIVHl lufco/t.)
*M ll.l
FLUORIDE
GMSS AlPHA
EROSS IE It
HARDNESS
IRON
NIIRAIE
NIIRIIE
NIIR06EN lUElDAHll
NIIRDEEN IOREANIO
NIIROEEN 1 101*11
OIL I SREASE
pM ipH unilt)
PHENOL ICS, IOIAL
PHOSPHAIE
PHOSPHORUS
POIASSIUH
SODIUH
SULFAIE
SULFIDE
SURfACIANI
lEHPEtAlURE iDtg. C.nUjrid.l
IOIAL DISSOLVED SOLIDS
IOIAL SUSPENDED SOLIDS
IOIAL OREANIC CARDON
IOIAL OREANIC HALOEEN
IOIAL SOLIDS
OlHfl .INOREANICS
ALUMINUM
ANIIMONI
ARSENIC
MRIUM
8ERILLIUH
IORON
CADMIUH
CHROnlUII IHEIAVALENII
CHROnlUII I [DIAL)
COIAll
com*
ClANIDE
LEAD
MNGAHESE
NAENESIUH
HERCUfil
NIUEl
osniun
SEitNlun
SlLVEft
SIRGNIIUII
inAitlun
IIH
VANADIUM
1INC
61-82
1971
H*ttl Nfl
•1 NA It
7S.98
IK1
it Nt tt
979
528
4128
ti M M
.24
it NA »
•t M it
it Nt tl
II. 2
.88
•i NA it
88.4}
tl NA ii
n M ii
it NA it
4.B7
8.8U28
n NA li
ii NA it
ii NA n
4U.2
114
ll NA it
ll NA ll
it NA il
li NA il
276
444
8.21
li NA ll
ll NA ll
li NA H
.811
1.11
it HA ii
ll NA ll
-.81
ii NA ii
.Kl
ii NA n
.882
ii Nt li
.811
4.7
ii HA ••
-.8U5
.184
ii HA ll
.882
-.82
ii NA ii
ii NA M
ii NA il
li NA II
2.?8
41-81
1971
» Null ngtl
il NA it
14.1
44
II Nt tt
246
144
17U
". It NA ii
•t NA it
•t NA it
n NA it
ll Nt tl
15.4
.n
ll NA tt
14.41
tt NA ii
ll NA tt
•i NA tt
7.2
8.8UI2
ii NA ii
ti NA n
n NA it
281.77
U
H NA it
ll NA it
tl NA ll
H NA ll
89
74
•I NA it
•i NA tt
ll NA il
» NA il
.81
-.82
il NA ii
•I NA ii
-.11
ll NA ii
-.15
• i NA ii
.127
•I NA il
-.11
Ql
.Tl
il NA ii
.UK
.111
•i NA II
-.U2
-.82
II NA li
ll NA II
ll HA II
ll NA II
.47
62-81
1971
Null flgil
ll NA ll
ll HA ll
tl NA II
II HA It
II NA II
•1 NA II
168U
. ii NA ii
U HA ii
it NA It
It NA ll
It NA ll
ll NA ll
it HA It
•• NA it
ll NA II
It NA ll
•I NA it
ll NA it
5.77
ll NA ll
H NA li
•• NA il
•• NA ll
li NA ll
II NA II
II NA II
tl NA ti
it NA il
tl NA ll
it NA ii
H NA it
it NA ii
ll NA ll
ii HA ll
-188
.81
ll HA ii
ii NA il
U Nt ii
-.81
•i NA n
.117
ii NA ii
ii NA n
-.82
.818
ii NA ii
li NA il
-.UK
2.227
II NA II
ll NA ii
ll NA ii
ll HA il
ll NA ii
•I NA li
•I NA il
ll M H
62-84
1971
Null ftgll
ll NA II
ll NA il
n NA ii
ii NA li
il NA il
•i NA il
97U
II HA II
•• NA II
II NA It
II NA II
II NA II
ii NA ll
•• NA ll
•1 NA tl
ll HA ll
tl NA it
II NA II
II NA II
6.8
• i HA ll
il HA ll
•I NA H
•• NA ll
li NA tl
•• NA ll
li NA it
ll NA tl
H NA ll
n HA ll
il NA ll
II NA tl
II HA It
•I HA II
II NA II
-III
.MS
il NA II
ii NA li
ll NA II
-.11
n NA ii
-.15
i> NA ii
II HA il
-.12
.III
ll U|| it
•• HA II
-.IU5
.194
•• HA ii
•I Nh ••
il NA ••
il NA il
ll NA ll
II NA il
ll NA ll
ll NA II
61-81
1979
Null Njll
II HA II
IIU
ll NA li
it NA ••
Ii NA il
IIU
18448
tt NA n
.18
ti NA n
ti NA ii
il NA ii
2288
ii NA ii
it NA ii
ii NA n
ll NA li
it NA ll
5.44
1.819
It NA li
tl NA ll
ll NA tl
«81
I4U
It NA ii
ll NA ll
•I NA ll
ll NA ll
it NA ll
IUM
1.459
it NA ii
it HA n
•• NA ii
.11
.15
•• NA il
ti NA ll
.12
U NA ii
1.784
II NA ••
II NA ll
tl NA II
| I
. 1 J
Jf
'• HA t»
-.882
•• NA li
il NA li
- AK
• 9ij
ll M il
ll NA ll
ll NA ii
ll NA n
II NA il
6M2
1979
•til • ftgit
U NA II
II HA II
It NA II
II NA II
II NA It
ISM
II NA II
II NA II
II NA ll
II HA II
II HA II
II NA II
ll NA ll
li NA ll
ii NA ll
•• NA ii
il NA ii
ii NA it
2.8
5.59
II Nt li
ll HA ll
II HA II
•• NA ii
II HA ll
IIU
II NA li
•• NA ll
ii NA ll
ll NA il
78
li NA ll
ll NA ll
n NA il
U NA II
li HA n
II NA ll
•I NA II
•• NA il
• I NA M
-.815
15
.76
li NA ii
.84
-.81
.21
•• NA ••
il HA II
-.8U4
• I NA ii
. II HA ••
li NA ii
•• NA il
ll NA il
ll NA II
• • NA M
ll HA il
24
•1-81 •
l«79
Hull Dgil
•• NA ii
141
•• NA ii
ll NA ii
li NA li
651
82U
ll NA ll
•• NA II
U NA ll
ii NA ii
li NA n
196
.87
ll HA ll
II NA II
II NA ll
•1 HA II
•I HA il
6.16
8.812
ll NA ll
•• HA il
ll NA ll
711
628
II NA li
•I NA li
li NA ll
ll NA ll
n NA li
4688
It NA li
ll NA II
II HA il
li NA ll
.K
1.2
ll NA ii
ii NA li
-.11
il NA ii
.S62
ll NA ii
•• NA il
•I NA li
. in
47.4
ii U, ii
-.8881
>l NA ii
ii NA li
-.«!.'
.lib
'I NA >•
II NA II
M U ii
H NA il
II KA ll
6M4
1979
Nitli flgit
ii NA ii
1118
• I M il
•• Nt ••
424M
1188
ii NA il
ll NA li
•• NA II
II HA II
•1 NA II .
It Nil II
I7U
•• HA U
ii HA il
il HA li
ll NA II
•• HA II
li NA II
5.68
8.117
.19
ii NA ii
ii NA li
•i HA ii
IIU
8.88625
•I NA ll
il NA II
II HA II
818
I4U
ll NA li
ll HA il
ii NA ii
ll NA II
.:i;
II HA II
II NA ll
II HA ll
•i NA II
n HA ll
.69
ii NA ii
.A]
-.81
1
57
ii hA ii
li NA ll
.4!
II Nil II
-.• NA li
li NA ii
•• HA ii
ii NA ll
Ii Nt il
61-86
1979
Null ft|il
•• NA li
14
1158
it NA it
17U
158
•:•'•*•* "
• ' •' UNA ii
tl NA it
ll NA ll
•t NA li
•l NA ••
ia
. II NA li
ll NA li
it NA ti
il NA il
•i NA li
ii NA it
5.79
8.8U71
1.2
• I NA n
•I NA ll
il NA ll
268
-J..MMI
•i NA ii
ll NA il
•I NA li
1:1
IIU
•• NA li
ll NA ll
" •• HA ii
•• HA ll
.12
•I HA II
ii NA U
ll NA II
li NA ll
•i NA li
.85
ii NA ii
-.41
-.11
• .K
2?
II «n II
•1 M II
.8»
•i HA ••
-.81
II NA II
il NA li
li NA ii
ll NA ll
•I NA ll
-------
TABLE A-1 INORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SMIHE NUIUtll
MIE SIUIEI
Dill SOlMCE
•(ft If 6 DuAl ll¥ 1 MTi irAinfaQ
•HICR WUHL 1 1 1 IRUILMIUIIj
~~ALt:M*iiim
IMONll
IIDIOEICAL OII6U DEIIAMD
CMCIUM
CHEMICAL OIIGEM DEMMD
CHLORIDE
COMMICMVIII luifco/til
fH !•«!
FLUQ8IDE
EfcOSS ALPHA
MOSS IEIA
HMDMESS
IKON
NIIIAIE
MIIIIIE
NlltOEEN UJElDAHU
MII80EEN IOHEAMIC)
MIIIOCfH IIOIMI
OIL I 68EASE
pH IpH upilsl
PHENOL ICS, IOIAL
PHOSPHAIE
PHOSPHOKUS
POIISSIIfl
SODIUM
SUIFAIE
SULFIDE
SUtlKIAMI
lEHPEIAIUU IDi|. Cnli|r M ••
M M II
•l M ii
ll M ii
ll M ll
14.2
ll M ii
•i HI il
ll Ml il
ll M li
n MA ll
/.21
I.IM/I
li Ml n
ll HI ll
ll Ml II
I5M
41
•i HI n
ii ii
ll ll
ii ii
li ii
665
ii ii
li li
li HA ii
li NA il
.114
.14
ii MA ii
ll HA ll
-.81
ll HA ll
.841
ii HA n
ii M ii
II HI M
-.125
4.45
ii MA ii
-.IM3
ii HA ii
ii MA ii
-.825
-.816
•I HA ll
il MA n
li NA ii
n HA M
ii nl ii
64-83
14/8
Mill* Dgit
ll Ml II
358
il NA ll
II Ml II
I8M
173.5
18582
•• HI ii
il HI n
•• M n
•i HI il
• i M li
n HI ll
li HI n
•l HI II
ii HA M
ll Ml ll
ll HI II
ll HI II
1.52
II Ml n
li HI ll
ll HI II
ll HI ll
ll HI ••
2M
II HI II
n M n
ii HI n
ll HI II
li Ml ll
385.8
II HI II
ll HI ll
il HA il
ll NA n
ll NA ll
ii HI II
ll Ml ll
li HI ll
ll M II
ii HI ••
•i NA il
n Ml il
ii HI n
ii Ml li
li HI il
ll HA ll
•l NA ••
n HA ll
II MA il
li NA ••
ii MA ll
ll NA ll
li MA li
ll Ml II
II MA H
li N» II
11 wa ii
04-84
1478
Matll "t«t
ii NA ••
121
li HA II
li MA II
418
141
I147/ •
ll NA ii
li Ml H
ii MA il
il MA il
li HI ll
•l HI H
ll Ml ••
ll HI ll
•I MA ll
•l IA ll
ii MA il
ll MA li
12.5
ll MA il
li MA il
ll Ml ll
ii MA ••
li HA ll
141
II HI II
•l HA ll
H HI II
ll HA ll
ll Ml ll
124
ll MA ll
ii MA n
il NA n
ll NA ll
•• NA II
ii HA ii
il HA ll
ll NA ll
•• MA il
li HA ll
ii MA il
ii MA H
il NA II
il HA ll
•• MA ll
li NA II
•• MA il
II HH II
•i MA ii
ii HA ••
ii HA il
ii HA li
ii HA il
li MA ii
Ii HA ll
•• MA II
•• UA II
61-11
14/1
Hikll flgit
il NA il
ii HI ii
4UU
ll HA n
I2CM
641
74U
ii HI n
•I HI ll
ii M ••
ll M ll
ll Ml ••
321
ii HA ii
ll HI ••
ll HI ll
Ii HI il
ll HI ii
II Ml ••
5.;
8.88298
li HI n
II HI ll
ll HI ll
•I HI II
841
II HI II
•• M ••
ii M n
6955
•I HI II
ll HI II
•• HA ••
ii M II
n M* il
.4
.982
11 HI ii
-.81
n H* •'
.15
n M ii
.24
ii M ii
.25
.12
.42
13.5
• I Ml II
.M2»
.48
n HA li
-.15
-.82
ii Ml ••
.4
-1
•l Ml II
II
65-12
1471
lull (Igil
II MA ll
184
4218
II MA ll
I16M
35
•1 HA il
II HA ll
II Ml II
ll Ml II
II MA II
II MA II
1121
ll MA ii
ii Ml ii
ii IA ii
ii MA ii
li MA il
II MA n
II HA II
I.M334
II MA ll
II MA II
ii MA ii
II Ml II
11:1
II MA II
II MA II
II HI II
4361
6478
•• MA II
II MA II
ii M il
li HI ii
ll HA ii
•i HA ii
ll MA ii
ll MA ll
• C
. 13
•t M ••
Ig
.T
ii MA **
j
t
.24
I.2S
j«
it MA it
.M12
1.8
4* 'HA ••
•• MA il
•• MA !•
li HA ll
li Ml il
2
ti HA ll
71
o5-83
1971
•nit flgn
li HA il
ll HA n
2U8
n MA ii
2241
155
1968
II MA II
.11
II MA II
II MA II
n MA II
2i<
-.15
ll HA II
II MA II
il MA il
ll MA ll
ll MA n
6.2 12
8.1189
ii HA ii
II MA ll
ii HA ii
128
11.5
ll |A ii
il MA ii
li Ml ii
2245
13/8
638
II HA ••
li HA ll
il MA ••
ii m ii
II MA ll
1.4
li MA ii
il NA II
-.81
ll MA ll
.86
ii NA li
. i
. l
T 7
J. I
.11;
.261
ll n^ ii
II M£ ii
ll HA li
- j
li MA n
45-84
19/1
lull ngit
ll HA il
II HA ll
2741
II NA ll
5848
478
5451
li HA li
ii MA li
ll NA ii
• l HA |l
il MA ll
191
ii MA ii
II MA ll
ii MA it
il NA il
Ii NA ll
il NA ii
5.85
I.H:
II Ml il
II MA ll
II NA ll
il HI II
114
II NA ll
ll MA II
li HA ii
4641
288
1718
ii HA ii
ii NA it
•i MA it
ll HA ll
ll MA ll
II NA II
II MA ll
II MA ll
.81
II Ml II
.89
ll NA il
.85
.82
-.8i
6.2
II HA II
.8113
1.4
ii HH ••
ii MA il
II HH n
" MA II
ll MA ll
" 1
•l NA il
6}-|i
1*71
Hitti flgil
• i HA n
•i HA il
6:ll
ii HA ll
6788
ill
4621 ft
II MA II 'jj1
II NA II
ii HA ll
ll MA ll
il MA II
185
ii HA ••
• i MA n
ii HA il
il MA ii
•i MA ii
• i MA n
5.92
8.1123
ll MA il
•• NA ii
II MA II
II MA II
151
il NA II
II Ml n
ll NA li
4641
498
1781
II MA II
II HA ll
ll MA il
M MA il
il MA ll
ll NA ll
il MA ll
ll MA li
.11
li MA il
.III
•• MA il
.K
.13
.15
6.2
ii MA ii
-.III
.278
ii HA II
ii MA ii
ii HA it
•i HA li
li MA ii
-|
•• HA il
65-84
14/1
iutti fljii
•i HA ll
•• MA II
48M
II HI II
4/61
$HL
ii M ii
» HI ii
il HI ••
ll HI ll
2M '
ll HI n
li Ml ll
ll HI ll
•l NA II
II Ml II
li Ml ll
6. 1/
I.(MI2
ll MA ll
•• HA II
•l Ml ll
ll Ml ii
44
•1 NA II
•l MA ii
II Ml ll
Sill
9/1
4816
li NA ii
ii NA li
ll NA li
•i NA il
il MA li
•l NA ii
li NA II
•• NA il
-.11
ii NA II
.I/
•1 MA il
.17
-.12
.85
5./
ii NA ii
-.M2
.1-38
ii MA n
ii Ml it
•• M ii
il HA li
ii Ml ll
-1
ii HI ll
-------
TABLE A-1 INORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SAHPIE NJMER
DAIE SIARIED
DAIA SOURCE
!!4!^.9^n)f-!!f$J^$iQ^§
" Ankiiiii
AIMONIA
I10LOGICAL DHGEN DEMW)
CAICIUN
CHENICAl OIIGEN OEMND
CHLORIDE
CDUUCIIV1II lutfio/ti)
(H !•>!
FLUORIDE
GIOSS ALPHA
GKOSS 8EIA
HARDNESS
IRON
NIIRAIE
NIIRIIE
NIIRO&EN II.JELOAHLI
NIIROGEN (ORGANIC)
NIIR06EN IIOIAL)
OIL 1 GREASE
pH IpH unittl
PHENOLICS, IOIAL
PHOSPHAIE
PHOSPHORUS
POIASSIUH
SOOIIM
SULFAIE
SULFIDE
SURFACIANI
IEHPERAIURE IDtg. Ctotigrrit)
IOIAL DISSOLVED SOLIDS
IOIAL SUSPENDED SOLIDS
IOIAL ORGANIC CAR80N
IOIAL ORGANIC HALOGEN
IOIAL SOLIDS
DlHEN INORGANICS
Al (MINIM
ANllHON*
ARSENIC
IARIIM
8EN1LLIIM
RORON
CADDIUII
CHRMIIM IHEIAVALENII
CHRWIUH IIOIAL i
CORAL 1
COPPER
ClANIDE
LEAD
MANGANESE
MUiNESIUI
IttHCURl
NIOEl
osniuii
SElENlun
SUvEh
SlhONIIUH
iHALLIUfl
UN
VANADIUJI
ntr
65-67
1971
Hutu ftgil
ii NA H
ll NA ll
6666
ii IM n
AIM
154
46J4
il NA H
•I IM II
•• NA ll
ll NA ll
ll IM ll
281
n NA ii
ll NA ll
H NA ll
ll NA il
ii NA ll
ii NA ll
4.25
6.11161
ii NA ii
•i IM ii
n NA n
ii NA ii
75
li NA ll
•l NA ll
II IM n
1416
(ill
2646
ll NA il
ii NA li
ii NA ii
li NA ii
H Nil II
II NA II
ll NA ll
li NA ii
-.65
li NA ••
-.25
•• NA ii
-.25
.62
-.25
1.6
ll NA ••
.6198
-.25
ii NA M
ii NA il
ii IM ii
ii NA ii
ii ft) ll
-5
M NA ll
7.6
65-68
1971
Null Rglt
ll NA li
ll NA il
DIM
•• 11 n
1711
14*
M6
ll M ii
H IM ii
li NA il
li M n
li HI il
221
n M ii
•l IM n
ii M ll
n NA n
ll NA ll
ll NA H
6.17
6.66291
ll IM ll
ll NA ll
ii NA il
ll NA ll
121
ii NA ii
li NA ii
il NA ll
5125
816
2221
ii NA ii
ll NA ll
ii NA n
ii NA ii
n NA ii
n NA ll
il NA ii
ii M ii
-.61
ii NA ii
.69
ii NA ii
.66
-.62
-.65
5.4
ll *>> ll
.68617
.16
n Hi) li
li NA ll
•l NA ll
il NA ll
ll NA II
-1
n IM n
fit
65-69
1971
Hitll Hflt
II NA II
II NA II
ii NA li
• l NA n
n NA ll
li NA il
II NA ll
ll NA II
ll NA it
ll NA ii
ll NA ll
ll NA ••
ll NA ll
ll NA ll
il NA ll
ll NA n
ll NA ll
M NA n
ll NA ll
ll NA il
ll NA ll
•1 NA ll
ll NA li
•l NA ll
li NA ll
•l NA ll
ll NA ii
ll NA ll
ll NA ll
n NA ll
ll NA il
li NA ll
M NA ii
ii NA n
ii NA ll
ii NA il
il NA ii
ll NA ••
ii NA il
li NA ll
li NA ii
ii NA ll
ii NA ii
li NA ii
li NA ii
•• NA ii
ii NA ii
ii NA ii
ii NA ii
il NA ll
ll NA ii
II NA li
ll NA ll
li NA li
ii NA il
il NA li
li NA II
li NA II
si-ll
1971
kiilt Kg>l
ii NA ii
ll NA il
18166
II NA II
7196
177
5896
ii ft) ii
ii NA n
ii NA ll
ii NA ii
•• NA ll
256
ii NA ii
II NA II
Ii NA II
II NA II
II NA II
•1 NA II
6.28
6.66215
ii NA ii
II NA II
ll NA II
•l NA ll
15
ll NA ll
•l NA li
n NA il
5166
256
2641
ii NA il
ii NA ii
ii IM ii
•l NA ll
il NA ll
ii NA II
II NA II
•• NA ll
-.11
ll NA ll
.11
ii NA ••
.17
-.12
-.15
5
il M ii
-.1111
.18
il M ll
• 1 NA n
ii NA ii
il NA ll
ii NA il
.|
ii W n
65-11
1971
Nikll Ngtt
II NA ll
ii MA ll
5111
ii NA n
9161
421
4424
II M II
II NA II
ll M II
ll IM ll
ii IM ii
581
ll M ll
ii IM il
n M* li
ii NA il
•i M ii
ll N* n
4.41
6.6(199
il M ll
il NA il
•i M ll
ii IM il
12
•i HA ii
n HA li
ii M ii
51(1
I78M
I8M
ll N* il
n M ii
ii NA il
ii NA ii
M N* II
II W) II
•l N* ll
II N* II
.(!
ii H) ii
.45
II nn ||
.61
-.82
.29
II
li NA •!
-.III
.55
•l NA li
ll ft) il
li NA ii
•1 NA II
ll N* II
il NA II
ii
65-12
1971
Null Dg«l
ii W n
il NH ll
ll NA ll
II NA II
-21
441
2411
II NA ll
II M II
li NA ll
II NA II
ll ft) II
271
ii u) it
•• NA ••
•• NA ••
ll NA II
ll NA II
Ii NA ••
6.16
6.66295
n NA n
ii NA ll
u NA ii
•l NA ii
li NA ii
ii NA u
li NA il
ii NA u
5268
656
ll NA II
II M II
II NA II
ll NA II
ll NA il
II NA Ii
II NA ll
II NA II
II NA u
- 61
ll NA II
.652
ii NH ii
UB
.•49
-.62
-.65
5.4
•• MA il
-.6815
.III
' il NA ii
ll NA ••
ll NA ••
•1 NA il
ll NA il
-|
li NA II
65-11
1971
Hitit fljii
li NA ••
u NA il
951
ii tA ii
1616
146
1768
ii W ii
ll NA ll
•l NA II
•l NA II
li M ll
116
il NA ll
ll NA ••
ll NA ll
II NA II
ll ft) ll
ll NA ll
6.19
6.MI61
ii NA ii
li NA n
u NA ii
ii NA ii
55
u NA ll
•l NA ••
ll NA II
1916
456
ll M ••
•• NA ••
II NA II
n NA ii
ll NA ll
ll NA ll
•I NA ll
II NA il
ll NA ll
-.61
u NA II
- •*.
.•j
ii NA ••
.167
- B7
.•/
- riS
. BJ
2.6
ii IM ii
-.life
.id
ii it^ ii
il NA il
•• NA II
•i NA ll
ll NA n
n NA ll
65-14
1971
Mill Ityll
ii NA ••
ll ft) ii
1141
u NA M
2116
121
1176
u ft) ii
•l NA ll
ll NA il
• 1 NA W
ii NA ll
52
n NA ii
il NA ll
li NA ii
ii NA il
Ii ft) ll
li NA ••
5.79
1.16642
•l NA ll
II NA II
ll NA II
li ft) li
148
ll ft) ii
ll NA ll
ii NA it
1761
116
il NA ll
ll NA il
n NA ll
ii NA il
li NA ii
ll NA u
ll NA il
ll NA ll
•l NA ii
-.11
II NA li
-.15
n NA il
-.15
-.12
-.15
2.5
ii w) ••
.1615
.III
•• ft) ii
ii hA ••
•i Hk ii
n Ml ii
ii M n
-1
ll |M ii
ti-15
1971
•uU djll
ii NA n
ii NA il
:'cii
ii NA it
1941
211
nil
•• NA ••
• • M ii
il M ii
u NA ll
li NA II
141
•l NA ll
n NA il
n kA ii
ii NA ii
ii NA li
n NA H
6.24
1.16626
II NA II
II NA u
ll NA ll
•• NA II
15
II NA II
•1 NA II
ll NA II
1266
718
•• NA ii
li NA li
• I NA n
ii ft) li
ll NA li
ll NA ll
ll NA il
il NA II
n ft) il
.645
li NA ll
.45
li MA li
-.65
.62
-.65
4.6
•• Ml II
.8685
.12
ii NA II
li NA il
ii NA ii
ii NA ii
ii NA il
ll NA II
i5-!6
1971
lUttl Ngit
•I NA ll
•• NA II
24M
ii NA ii
1IM
$#to-
'!{ MM ••
•i U ii
• • NA ••
•• N* il
ii NA ii
in
0 NA ••
•• NH ii
•l NA ••
ii NA ll
II M ll
il NA II
5.9
6.66:18
li NA ll
• l NA M
II NA ll
il NA ••
-16
ii NA il
ll NA ll
ll NA ll
5666
251
ii NA ii
•• NA ii
li NA ii
•• NA ii
•l NA ll
•• NA il
Ii NA ll
li NA il
•l NA ll
-.81
•l NA il
-.85
•• NA il
-.85
-.62
.K
J.4
Ii Ui ii
-.116(5
.14
•• NA it
•• NA ••
ll NA li
li NA Ii
H NA n
-1
II NA II
-------
TABLE A-1 INOKGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SAMPLE NUMER
DAIE SIIRIED
DAIA SOURCE
ALKALININ
AMONIA
8IOLOEICAL OII6EN DEMAND
CALCIUM
CHEMICAL OII6EN DEMAND
CNLOHIDE
CONObCIIVIII lurto/tll
iH It.)
FLUORIDE
GROSS ALPHA
MOSS 8EIA
HARBNESS
I80N
NIIMIE
NIIII1E
NIIROGEN IkJELDAHll
NllROGfN (ORGANIC)
NIIROGEH 1101*11
OIL 1 SREISE
pH IpH unittl
PHENOLICS, 10IAL
PHOSPNA1E
PHOSPHORUS
POIASSIM
SOOIIM
SULFAIE
SULFIDC
SURFACItNl
1ERPUAIUU • NA >t
*.ll
1 1 U it
.11
65-24
1971
Hot* flgil
ii Hi) ii
ii NA il
24*8
li HA II
188
11
2298
II NA II
ll Nl ll
ll Nl ll
ll Nl II >
II Nt'tl
114
ii NA il
•l NA ii
ll NA II
II Nt ll
ll Nl ll
ll Nt ••
7.81
8.88187
ll Nl ll
li Nl H
II Nl II
•l HA II
-64
il NA II
II NA ll
•l NA II
1888
258
li HA ii
ii M ii
ii NA ii
n NA ii
ll Nl U
II Nl II
li Nl ll
•1 Nl ••
II NA n
-.81
II Nl II
-.81
ll NA ll
-.82
-.82
.81
4.81
ii HA 'i
-.IM1
.251
ii HA ii
II HA ••
ii HA il
ll NA ii
ii Nl ll
- m
.•l
•i HA li
i.i4
61-25
19/i
milt *(ii
•1 MA ii
II H* il
1978
n NA ii
:688
415
IU8 :;£).
II NA ll *lW
.1 HA II " '
li NA II
ll NA II
•l NA II
98.2
ii NA n
0 NA n
ll Nt ll
ii NA ll
li NA ll
il Nl ••
6.5
8.MI2
ll N* il
ll Nl ll
il M ii
ii Nl li
II*
•• NA ii
ii NA ii
ii HA il
14M
258
li Nt ll
il NA n
II W II
ll NA II
li HA il
ll NA II
ii NA n
II HA n
II NA ••
-.81
ii HA ii
-.81
li HA ll
-.82
-.82
.81
3.1J
M HI ii
-.8M1
.881
ii W ii
•i NA il
•i NA ii
ii HA il
•i NA ii
-.85
ii HA ll
l.il
65-26
1971
Hltlf Nf*t
li NA ii
•• Nt II
2IM
II Nt II
11M
feSu
•1 M li
ll M ii
il M n
•i IM li
1)1
.11 Nt li
il M ii
•1 Nt n
il Nt li
•• M ii
II Nt II
4.M
t.MUl
li Nl ii
ii Nt n
ll M II
• i M li
158
•i Nl il
•l Nl II
ii Nl il
198
548
II Nl II
II N* il
ll N* II
"n NA II
il NA ll
ll NA ••
•• N* ••
it Nl ll
•l Nl ll
-.81
II N* il
-.85
ii M ii
.»:<,
-.82
.148
1.15
ii Nl ii
-.8M1
.258
ll N* il
II Nl ll
II Nl II
li Nl il
II Nt Ii
-.81
ii Nt ii
• t
-------
TABLE A 1
INORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SAMPLE NLUUER
OAIE STARTED
DAIA SOURCE
NAIE8 DUALITY INDICATORS
ALKALINIII
AMMONIA
IIOLUICAL OIISEN DEMAND
CALCIUM
CHEMICAL OlItEN DEMAND
CHLORIDE
CONDUCT IVI II luMo/ct)
tN U«l
FLUORIDE
EROSS ALPHA
MOSS Kit
MIRINESS
IU1N
NIIKAIE
NIIRIIE
NIIROttN IKJEIOAHLI
HIIROKN IORSANIC)
MIIR06EN ItOIAll
OIL 1 tREASE
pM IpH wilt)
PHENOIICS, IOIAL
PHOSPHATE
PHOSPHORUS
POTASSIUM
SODIUM
SULFAIE
SULFIDC
SURFACIAMI
lEMftllUkE IDt|. Ctnlii/ulfl
'TOTAL DISSOLVED SOLIDS
TOTAL SUSPENDED SOLIDS
IOIAL ORSAtIC CARIQM
IOIAL ORSIHIC HALOSCN
TOTAL SOL IIS
0!H|«.i!!ORSMICS
ALUMINUM
AMllMOMt
ARSENIC
IARIIM
URtLlllM
IOROM
CADMIUM
CHROMIUM IHEIAVALENM
CHROMIUM IIOIAL)
COIALI
COPPER
CIANIDE
LEAD
HAN6ANESE
MAGNESIUM
NERCURV
MIClEl
osniun
Sf.if.mufl
SUVER
SIRONIIUH
iHALLIUIt
UN
VANAIIILUI
n«r
65-27
1971
Null Hjlt
•l NA ll
li NA ll
2MI
ii Ml n
21*1
491
4175
it Ml ii
it MA tt
li It tt
It Ml II
tl HI tt
17.9
u MA li
It HI n
•l Ml tl
it M tl
ll NA il
Ii MA It
6.44
I.IM9I
tl NA II
ll NA ll
• NA n
ll M it
-II
It NA li
ll Ml It
ll Ml ll
42H
141
>• M II
ll Ml ll
II HI II
li MA ll
ii MA ll
ll NA ll
ll HI li
ii NA ll
ll MA H
-.11
ii MA H
-.U
ll HA H
.111
u NA il
-.85
6.3
ii NA il
-.1115
.157
ii NA ii
li NA ll
u NA II
li MA ••
•l NA -i
.11
li HA II
11
65-28
1971
Mtllt Nglt
It MA It
II HA It
47U
li Ml it
AIM
'*••»
It MA li
tt it
H It
It tl
2*1
it tt
it it
tt it
it it
ii it
ll Ml It
t.67
I.M2SI
n W it
it MA n
ii Ml li
li HI ii
II
il HA it
u MA it
ii Ml tt
S6U
151
ii NA ti
ll Ml ••
tl Ml u
ll NA ll
•i M tt
ii N* li
li NA u
il HA ll
ll MA ii
-.11
li MA li
-.U
ii NA ii
.141
-.12
-.15
7.94
ii NA ii
-.IH5
.168
ll NA ll
ii NA ii
li NA ii
il MA ii
li NA n
-.11
II NA II
u
65-29
1971
Null Dgtl
II NA II
ll NA II
1961
ll NA u
2711
211
2975
ii NA ii
ll NA il
tl Ml II
II Ml ll
ll Ml n
116
II HI ll
tt Ml it
tl HI it
tt MA tl
tl Ml ll
it Ml u
6.15
I.MI1
tl NA ii
it M it
tt MA n
ii Ml it
97
II Ml II
II W II
ll Ml ll
29M
II
li NA ii
tt NA ll
ll Ml II
ii NA it
•• NA ll
•l NA ii
ll NA tl
ii MA ll
n MA li
-.11
ll NA ll
-.15
ii NA ii
.121
-.12
-.15
5.12
il NA ii
-.UK
.195
n MA ii
li NA il
ll NA ll
il MA ll
n HA il
-.11
n NA ll
t1
oi-ll
1971
lltlt "Jit
ii NA il
n NA ii
•i NA il
ii NA ii
n NA li
ii NA li
• l NA u
ii MA u
ll NA ••
ii NA u
ii NA n
ii MA u
ll HA ll
li MA ll
ll NA ii
II NA II
ll HA il
ll MA li
ll NA it
li NA ll
•l NA li
ll MA il
li MA ll
li NA ll
il MA il
ll NA ll
tl MA u
u NA ll
li MA il
n NA ll
ll MA ll
• i MA n
• l MA n
ll MA ll
li MA ii
ii NA li
ll NA ll
II NA II
II NA ••
II NA II
ll NA II
II NA II
il NA il
u NA li
il NA ii
ii NA li
ii MA it
ii NA ii
ii NA ii
li NA II
ll NA il
li NA ii
ii NA il
il NA ••
ll NA ll
li NA ll
ll NA il
li NA II
..... .
68-11
1979
Mult M|ll
II MA II
U
II NA II
214
191
271
281*
ll Ml ii
it HA ii
•l Ml u
it Ml II
•t M It
7.44
-.12
it NA ••
W4C
.n
It MA II
it MA ii
it NA il
7.21
It Ml ••
It N* li
ll Ml ll
It Ml ll
158
IN
ll NA ii
•1 N* ll
It Ml H
2111
n Ml li
III
ll NA it
ii MA It
ii MA ll
H Ml ll
-.11
ii NA ti
u Ml ii
il MA ll
il NA li
ll NA li
ii N* ii
u NA ii
ll MA ll
-.11
-.11
•l NA tt
II MA II
ii HA li
ii NA tl
li NA ll
il MA il
ii NA tt
•l Ml II
n NA li
ii NA il
H NA ll
.....
68-12
1979
N41II fljlt
II NA II
112
ll NA n
ll HA ii
•• NA ii
619
4211
ll NA ll
V)
. }/
ii HA ii
II NA II
ii Ml it
II
ll MA M
il MA ii
•l MA ••
• l MA II
ll NA n
•l NA il
7.15
I.IH8
li NA ii
li NA il
•• HA ii
441
II NA II
II MA ll
II HA ••
II MA Ii
•• HA II
ll MA ll
1441
I.UI5
II Ml II
II MA u
II NA II
II HA II
.67
II NA il
Ii NA II
II NA II
•1 NA ••
.122
•l NA ••
II NA ll
II HA H
II HA II
.57
ll NA ii
li NA li
ll IA ||
H MA il
ll MA ••
li MA il
•l NA il
ii Ml il
ll NA II
II NA li
46-11
1979
Ullt Mgtt
II NA ll
177.7
it kA ii
it NA u
ll NA ll
676
3195
II NA ll
.27
II NA ll
ii NA ii
ii MA ii
96.5
-.11
II NA II
il NA li
ii NA ii
ll NA ii
ll NA II
7.4
I.U24I
ll NA ll
II NA il
II NA II
728.9
2k
•i NA il
ll NA ••
il NA H
ll NA ll
•• NA ••
1791
1.19
il Nii u
n NA ii
ll NA II
.129
ll NA u
II MA ••
-.11
ll NA ll
.117
|| |JA ||
ti MA ••
ii UA ||
Il2
6 a*.
. NW
•• NA ii
-.IMS
li NA ii
-.117
.125
ii NA >i
il NA ii
|| Jj£ ||
II NA M
68-14
1979
•Hit Ngtl
•l NA ii
151. B5
ll NA il
II NA li
il NA u
882
7911
II NA il
ii NA n
u NA li
il MA i«
ii MA ll
11.11
.11
ll NA ll
il HA II
•1 NA II
II NA II
II NA ll
7.77
l.lllll
•I NA ll
•l MA ll
ll NA II
515.64
-II
ll NA ll
II NA II
ll NA II
•1 NA II
il MA ll
Itt
•1 NA II
II NA II
•i MA il
ii NA ii
.117
.85
•l NA ll
u NA II
-.811
•l NA il
-.151
•• NA ii
•l NA il
ii NA ii
-.11
.22
•• MA ••
-IMi
ii MA ii
li Mil il
~.U2
- •?
.•/
•i MA ••
ii MA il
•i MA il
1 1 MA '1
o9-»l
I9tl
Milt fljll
ii NA ii
il NA il
ii NA ll
il NA il
il NA II
II NA II i
ll NA il 'l
li NA ••
li NA II
ll NA II
il NA II
S9.B
.55
il NA ll
•• NA il
ii NA ii
il NA ii
ii NA ll
il NA u
1. 11575
li NA ii
H NA li
II MA II
714
111
•• NA il
II NA M
•l NA ll
ll NA ii
•i NA ii
ll NA il
ii NA ii
• i HA u
ii NA ii
ii NA il
1.116
.15
ll NA ii
ll NA il
-.11
li NA il
.171
•i NA ii
li NA il
•• NA ••
.142
1.91
ll NA ii
.1115
•• NA ii
ii NA il
-.112
-.11
|| ||£ ||
ll NA ••
•i NA il
• • NA II
71-11
1961
•<»ll ftflt
II NA II
1.6
It Ml It
tt Ml tt
ti M* it
|i.ttflte
pro.
tt M tt
tt M tt
ii Ml it
ii Ml it
64.4
.5
II NA il
ll HA ll
II NA ll
II NA II
II NA II
6.87
I.IU56
ll NA il
•• MA ii
II NA II
776
94
•l kA II
ll HA ll
ll NA ll
•• NA II
II NA il
711
ii NA il
u MA ll
ii M it
•i NA ii
.125
.21
ii «A ii
ll NA ll
-.M5
ll MA ll
.142
ii MA n
il NA ii
li MA II
-.11
5.12
il MA ll
-.IM1
ii MA ii
II MA II
-.IK
-.11
ll NA II
ii MA M
II MA ii
il HA ll
-------
TABLE A-1 INORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SAMPLE NUHUI
DAIE SIAIIED
DAIA SflUtCE
MAIEI JUALII* INDICATORS
ALCALIMIH
ANUNIA
IIOLOiKAi OltSEN DEMN1
CALCIUM
CHEMICAL OII61M KMNl
CHLttlBE
COUUCIIVIII luMo/tl)
•H lul
FLUOIIK
MOSS ALPHA
SUSS KIA
MAMKSS
IUN
NITRATE
MIIIIIE
NIIUMEN IKJELDAHLI
NIIROKN (ORGANIC)
MIIIOtEM IIOIAL)
OIL 1 (KASf
pN IpH until
PHENOLIC!, IOIAL
PNOSPHAIE
PHOSPHORUS
POTASSIUM
SODIUM
SULfAlE
SULFIK
SURFACTANT
TEMPERATURE ID*|. CMliirutl
IOIAL IISSOLVEO SOLIDS
IOIAL SUSPENKO SOL IK
IOIAL OUAJIC CARUM
IOIAL OUMIC NALOEEM
IOIM. SOIIIS
miAnsmi®
ALUMINUM
AMIIMQII
AISUIC
IAIIUM
KRILLIUN
UHH
CAONIUN
CMUMIUN IMEIAVALEMII
CNRONIUN IIOIAL)
COULI
COPPER
CIAMIK
LEU
MMtANESE
MttfSIM
iCRURr
NICCEL
OSIIIM
SElEMIUH
SILVER
SlfUHIIUD
INAtllUII
IIM
VAMADIIM
IIMC
72-11
1977
liitl Ngi
ll it
ll ll
li tl
il II
It II
•t II
H II
It II
II n
H tl
H tl
ti ll
•l ll
H II
tl II
ll H
tt ll
it II
H H
ll il
il ll
it it
ll it
ll ll
•t ii
il ll
il it
•1 ll
It ll
it ll
ll H
ii ll
ll H
H tt
il it
ll II
.121
.56
» MA n
n MA n
-.12
ii MA ii
.491
n MA n
•l M U
li M it
.KS
ll MA ll
II MA ll
-.Mil
ii MA ii
II MA II
-.IK
-.K
li M ••
ll MA ll
ii MA n
ll MA il
II HA ll
72-12
1977
it Hut* Mpt
H MA ll
•t IM li
II IM ll
ll M n
II M U
Itit
JIM
*jmwm
MM ii
N M II
MM tt
n IM n
HM It
M.4
-.1
H M n
ll M n
ll M it
n M »
ll M it
7.2t
I.U2I2
•i MA ll
•l M It
It MA ll
IKI
n
n MA H
n MA it
II MA tl
tl MA ll
n M tl
iai
n M tt
II M II
•i MA tt
tl IM n
.124
.H
ll MA n
li MA il
-.MS
ii MA it
.171
ll MA ii
n M n
•i M ll
.MS
1. 14
ll MA U
.M)9
li MA n
•• MA II
-.MS
-.11)
U MA ii
ll MA ll
ll MA il
•I MA ll
ll MA ll
73-11
197)
Nitti Atil
it MA U
)9I
•• MA tl
n MA n
mi
IISI
9AAM
*•••
•I M II
I.I
II M n
•1 M it
n IM ii
J5
.IS
II MA n
It M U
II M H
H M it
HM II
7.1
I.MMA
tl M H
It MA II
ll MA It
171
57
H M II
it M it
H M ••
U M H
IM
4N
(.71
•1 M H
•I MA n
n M n
-.M2
.7
ll MA II
ll MA ll
-.11
ll MA II
-.K
il MA ii
•i MA n
-.12
-.K
.61
II MA II
-.MK
ii MA ii
II MA II
-.112
.112
ll MA li
li M ll
U MA H
ll MA ll
ll MA il
71-12
1971
IMltl M|tt
•l MA ll
li MA II
Ull
ll MA it
1)41
I2U
I7SI
II MA ll
•I IM il
ll M it
ll MA n
•i MA n
» MA ii
ll MA ll
n M U
ll M it
ll M ll
n MA il
7.K
*•§••!
• •••M
II II
• 1 II
II II
n n
n n
n n
49M
441
n MA li
it MA n
•i MA it
ti IM it
-.25
-.11
ii M 11
-.MS
ii MA ••
-.11
it MA n
-.K
it MA It
-.K
-.12
.K9
.61
it MA ii
- AMS
.•••J
.21
ll MA II
•l MA ii
ll MA il
li MA l
ll MA ll
-.11
ll MA II
o . •»
71-17
197)
Mill! fl|!l
II MA II
II MA II
I44M
ii MA ii
9111
421
5IU
•• MA ii
ll MA ll
ll MA II
li MA U
ll MA ll
477
tl MA ll
•l MA ll
ll MA It
II MA M
ll MA ll
li MA II
6.45
I.M26
ii MA it
ll MA II
ii MA n
ll MA ll
2M
ii MA ii
•• MA ll
li MA U
65M
148
H MA ll
U MA ii
tl MA II
•l MA ll
H MA II
U MA ll
ll MA ll
ll MA ll
ll MA ll
-.11
il MA ii
ii MA n
ll MA ll
.121
-.12
.12
16.1
ii MA il
-.UK
.419
• • M il
il M ll
li MA ll
II MA ll
ll MA II
.21
II MA II
71-M
197)
Nult M|
ii NA it
ll M It
IIM
tl M H
IMS
u MA •*
It MM li
r^br:
• 1 M It
ti IM n
n MA ••
ii MA it
71.1
tl MA tt
il MA it
tt MA it
it MA it
ii MA II
n MA ••
ll MA ll
I.MKA
•t MA it
ll MA ll
II MA II
ll MA II
ll MA M
I.U9
ii MA n
ll MA ii
n MA it
15 Ji
ll MA ll
H MA ll
ii MA it
ii MA it
-.K
-.MS
ll MA ll
-.IK
ii MA ii
-.IK
-.11
-.11
ii MA it
.16)
ii MA ii
.11
•i MA ••
li MA ••
-.MI2
.171
ii MA il
-.IK
-.11
il MA ll
-.11
il MA ll
ti MA ••
-------
TABLE A-1
INORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SAHKE NUHBEfl
DAIE SIARIED
DAIA SOURCE
RAIER OUALIIV INOICAIQRS
"AUAiiiim ~"
AMIONIA
IIOLOGICAL OIIGEN DEMAND
CALCIUR
CREHICAL OIIGER UIIAND
CHLORIDE
CONDUCIIVIK lotto/til
•H li.l
FLUORIDE
GROSS ALPHA
GUSS Kit
HAMNESS
IUR
NltRAIE
NIIRIIE
NIIRDGEN IUUDAMLI
RIIROGER IORGAR1C)
NlltOGER IIOIALI
OIL I GREISE
pH Iph Wllttl
PHENOL ICS, IOIAL
PH05PHAIE
PHOSPHORUS
POIASSIUR
SODIUM
SULFAIE
SULMH
SUUACIARI
IEHPCRAIUU (Dig. Cnti|ri4i)
IOIAL IISSOLVED SOLIDS
ioi AL SUSPENDO SOLUS
IOIAL CHUNK CUf&N
IOIAL ORGANIC HALOGEN
IOIAL SOLIDS
OIHER IRORGARICS
ALUHIRUR
ARIIRON«
ARSER1C
RARIUR
lERtLLlUR
IOROR
CAORIUR
CHRORIUD IHEIAVALERII
CHROHIUR IIOIALI
COMU
COPKR
CVAAIDE
LEAD
HARfiARESf
M6MSIUH
RERCUR*
RIClEL
OSHIU/I
SELERIUN
SILVER
SlhURIIUfl
IHALL1UH
UN
VARADIUR
1IRC
7J-I9
1973
lltll R|it
•l RA ll
321
ll NA ll
ll NA ll
41M
921
JIM
u NA ••
ll NA li
ll NA II
li Nl ll
H M ••
17.}
.M
ii NA il
H NA ll
ii Nt u
ii Nt ii
ii NA ii
6.65
I.MI
ll NA ii
li NA ii
li RA ll
591
72
n NA ••
ll Nl II
ll M li
AIM
IU
ISM
n RA ii
ii NA n
ii NA ii
ll NA ll
.IU
-.1
II Nt ••
li NA ll
-.11
ll NA ii
:K
ii NA il
.148
-.12
-.K
.7
ii NA ii
IMS
.18
li NA ll
-.RI2
-.11
ii RA ii
•l RA II
-.11
II RA II
.68
73-11
1973
- Null Hgit
ll Nl ii
il NA ii
AM
ll RA u
2HA
.•< •• M ••
!>i« "» "
• •;«* Nl ii
II M ••
•• M ll
ll W ••
ll NA ll
S7.9
ll Nl H
» HI il
19.1
ll Nl II
li NA ll
II NA il
li NA ll
•i NA il
li NA ll
•l M ••
ll RA Ii
•• Nl ••
•i RA II
ll Nl ll
ll Nt ii
ll RA il
ll HA H
1M
ll Nl ll
II Nl u
II Nl II
li Nl il
.16
-.11
il Nl ll
.115
ll RA u
-.115
ii NA II
.145
•i Nt ••
-.825
ll Nl ll
.139
II Nl II
II RA II
-.RM2
.172
II NA il
.115
-.11
ii NA ii
-.11
II NA II
ll NA U
.9
73-11
1971
Riiu mil
ii Nt H
li Nl ll
"1
• l Nl »
641
411
)1M
• l Nl H
•I Nl ll
ll Nl ••
ll M II
ii NA »
U.A
ii NA li
•i RA II
il NA ll
li NA H
ll NA ii
u NA H
1.9
I.IM21
n NA ii
il NR ••
•i NA II
•1 Nl ll
17
li Nl li
ii Nl ll
•• RA ll
2MI
91
•l M ll
U Nl u
• i Nl n
ii RA u
ii RA ii
ll NA il
ll NA ll
li NA ll
ll Nl ll
-.11
ll NA ll
ll NA ll
ll NA ll
.12!
-.12
-.15
1.91
ll RA II
-.8M5
ll NA ll
ii NA n
• • RA n
li RA ii
ll Nl ll
-II
ll Nl ll
«l.
75-11
l«59
Null ngit
II RA II
II NA II
ii RA il
ll NA it
ll RA il
il RA ii
ll RA il
ll RA il
» NA u
ii NA ll
ll NA ll
ii NA u
•1 NA ll
ll NA u
ll NA ll
ll NA ll
•l NA ll
H NA ll
il NA ll
ii NA u
il NA ll
ll NA li
ll NA il
II NA ii
II NA II
ii NA ll
•1 NA li
li NA ii
ll NA H
•• NA n
n NA ll
II NA ll
II NA H
ll NA ll
ii RA ii
li RA ll
il NA ii
n NA ii
ll NA il
ll NA li
ll NA ll
li Nl ll
il NA ll
il NA ll
ii RA ii
ll RA II
II NA ll
u NA II
il RA il
ll RA II
li RA il
li M ll
ii RA il
u RA ii
•i RA il
•• RA il
ii RA ll
•l NA II
•l NA II
75-12
1959
Null Hgi!
II NA il
ll M li
ll NA il
ll NA ll
•• NA ••
•1 NA il
ii NA ii
•• NA ii
u NA u
li NA ••
ii NA ll
u NA u
il N* ii
•1 NA u
ii NA n
il NA ll
il NA ll
ii HA ii
H NA ••
u NA H
il NA li
•l NA ll
il NA u
•1 NA II
II Nl ll
•1 NA II
II HI II
II NA II
II NA ll
li Nl ii
•• Nl ••
II Nl ll
li Nl n
u N* n
• i Nl n
» NA il
ll NA ii
ll NA ll
ll N* il
ii NA M
•i NA ii
ii NA n
li NA i
H NA ll
ii M u
ii Nl n
ii NA ii
li M ll
il NA u
li NA li
ii NA ll
•i NA it
ii NA il
•• NA ••
il Nl ii
H M u
u NA n
ll NA li
II NA ii
75-13
1959
Null Agit
II RA n
II NA II
II NA u
II NA n
ll RA u
ll NA ii
il RA il
H Nl ll
ll NA ll
ll Nl ll
ll Nl u
u Nl ll
ll NA ll
II M ll
ll NA li
ll Nl ll
ll NA ll
u RA ••
II NA il
ll NA ••
ll NA H
ll RA li
ll RA ll
ii Nt Ii
li NA II
•l NA ll
ll NA ll
ll NA II
ll NA II
ii NA n
II NA ll
ll NA U
ii Nt il
ll Nl ll
u NA ii
ll NA li
il NA n
•• NA ll
ii NA ii
ll NA ll
u RA ll
li NA li
ll NA II
ll HI ll
li M il
ll NA il
li NA il
ii RA ii
ii NA il
n NA ll
II Rt il
ll RA li
li NA ii
• • M ii
II Nl II
II NA ll
ll NA II
M RA II
ii NA ii
))-!!
1*65
•it It ngit
ii RA ii
ll M li
ii M ii
1)1
il NA ii
u RA n
1932
ll Rt il
ll NA il
-1.13
113
li Nl ii
51.2
n RA ii
n RA ii
ii RA ii
H NA u
ll RA li
ll RA ii
6.54
•l RA II
ii M il
ii NA it
17.1
221
ll RA ii
ll RA ii
u Rt ll
li RA li
II Nt ll
ll RA II
li M ii
n Nt li
u Rl H
1.6
-II
.117
I 1
). t
-.115
II NA II
.115
• • RA II
.822
-.15
-.82
•• RA ll
.172
34.6
121
-.1112
.IU
ll M ii
•.M?
- 1)
ii IU n
.15
-.11
-.15
M
78-11
1962
lull Rgil
II NA II
ii NA ii
II RA ll
ll RA li
531
•l RA ••
6158
ll RA li
li NA il
ll M ll
ii NAii
u NA il
il NA u
il NA ii
u RA ii
ll RA ll
ll RA ll
li RA ll
ii RA H
6.69
A.AIBB1
li NA ••
li NA II
li NA ••
ll NA ll
li NA ll
ll NA ••
ii NA ll
ll Nl ll
ll M II
II
ii NA ll
ll Nl n
•I Nl il
ii NA ii
•• NA il
.113
•I NA II
II NA n
u NA II
.12
il NA II
.86
.67
-.82
- n
• 91
•.K.
ll IU il
ii RA il
II NA ll
it
. 1 j
II Hi II
-.165
• • RA u
• i Nil ll
• • IU H
ii NA ••
•• NA II
(0
76 -62
1962
Rim H|it
ii M il
il RA il
n M ll
•• Nt li
::i
II Nt II
3951 J$£
•l Nl II V
•l RA ll
•l NA ll
il NA ll
ii RA H
ii RA II
•i RA il
u RA ll
ll RA II
ii RA ll
ll Nt ii
ll NA ll
6.47
I.8M8I
•• RA ii
n RA ii
ii RA ll
ii NA it
li RA n
ll NA il
ll NA ll
•• NA It
II NA ll
53
il RA tl
il RA II
ll RA ll
ii NA il
•• NA ll
.889
ll NA ll
• l RA li
•I RA ll
-.61
ii RA ll
-.62
.18
-.12
-.82
-.R5
ll DA ii
il NA ii
ii IA ll
• tti
ll IU ll
-.615
•• IU ii
li RA il
II RA ll
•• RA il
li RA II
• >
71-63
1962
lull Ngil
ii NA ii
•• NA ii
II NA ll
ll Nl ll
Ml
>• IB ••
u • ••
II Nl II
n M ll
il M ll
il Nl ll
'•1 Nl ••
•i RA ii
li NA ii
li NA ••
ii NA ••
ii NA u
6.69
I.MUI
li it
•i li
ll ii
ii il
ii ii
ii ii
• • ll
ii NA u
ii NA ii
68
•I NA ••
ll RA II
ii NA it
•• RA ii
•i NA ii
.lit
il NA II
ll RA il
ii RA ii
-.61
• • RA n
-.62
-.12
.62
.6:
-.K
ii RA ii
ll NA ll
II NA II
.16
II NA il
.661
II NA li
il NA it
•• NA it
II Nl II
ll Nt ll
-------
TABLE A-1
INORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SMPlt MMUR
OIIE SltllCt
MIISOMCE
U»IEB (UM.il* l*flC»IO»§
MUM. Ill II
MMttlt
IIOUKICM OKSEI DEMU
CMCIW
CHEIICM OUSEI OEMIt
CHLMIK
COUUCIIVIK luto/cD
ll l«l
FLUHIK
MOSS M.PH*
SUSS Kit
HMMESS
1101
IIIUIE
IIIIIIE
IIIIOGCI IUaOtm.1
IMUSfl lOttUIC)
IIIROCEI IIOIM)
Oil 1 fitttSE
pH IpH uiiUI
PNEIOLICS, IOIM
PHBSMMIE
PNOSPIOUIS
raitssiu
SOklUH
SULFIIE
SULFiK
SUUICIMI
IEIKUIUU i
ii 1
1 il
-.MB
,(J
ll M U
-.M9 -.MS
•i M n
n M it
n M n
•i M it
ii IM it
-.12
ii •
.14
t it
ll W ll
n W ll
78-11
na
lull Itgil
U tt ii
» M ii
ll tt ii
ii M ii
4fl
II tt II
74U
ii tt ii
ll W II
ll M ll
ll M ll
ll M ••
ll tt ll
ll W ll
ll tt ii
ll tt ll
ll tt ll
ll W ll
•1 tt ll
4.75
I.IMII
ii tt ii
•i tt ii
ll tt il
ll M ll
ii M ii
ll M ll
ll W ii
ii tt n
ll W ll
52
ll M li
•l M ll
ll tt ll
ll M ll
ll tt II
.117
il M ll
ll tt il
il tt II
.12
li tt ii
-.12
n tt it
.12
-.12
.21
ll IM ii
ll tt ii
li tt ll
.14
li M n
-.115
ii W ii
ii M il
li M n
M M M
li M II
-------
TABLE A-1
INORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SAMPLE NLIIUEK
DAIE SIABIED
DAIA SOIttCE
NAIER DuALIIy INOICAIDHS
AUAllNIII
AMONIA
tlOlOBICAL OII6EN DEMND
CALCIUM
CHEMICAL OIIGEN DEMAND
CHLUIIDE
CONDUCIIVIII luifto/ii)
(H ll»l
FLUORIDE
6IOSS ALPHA
SUSS IEIA
HMDNESS
IKON
NIINAIE
NlltllE
NIIR06EN IkJELDAHLI
NMBOGEN IOH6ANIO
NlltOtfN IIOIALI
OIL 1 HIASf
pM ipn until
PHENOLICS, IOIAL
PHOSPHAIE
PHOSPHOHUS
POIASSIIM
SODIUM
SULfAlE
SULFIDE
SURF AC IAN)
lENPEkAlUHE IDtg. CerUijradH
IOIAL DISSOLVED SOLIDS
IOIAL SUSPENDED SOLIDS
IOIAL ORGANIC CAR80N
IQIAL ORiANlC HAL06EN
IOIAL SOLIDS
OjHEI.INOtGANICS
ALUMINUM
ANUNONV
ARSENIC
IMIUH
BERtLllUN
kORON
CADMIUM
CHROMIUM IHEIAVALENII
CHROMIUM IIOIALI
COIALI
COPPEH
CYANIDE
LEAD
MANGANESE
MAGNESIUM
BWllKl
MICHEL
osnlun
SELENIUM
SIlVEfc
SINbNIIUM
IHALLIUM
UN
VANADIUM
I INC
22toip
1971
NIMOHIIH
6845
557
292M
II NA ••
I59H
2271
13751
ll M Ii
.2
il NA U
il NA II
1313
111
.12
ND
1471
ll NA ll
ll IM ll
li NA ll
4.58
li NA ll
li NA ll
5.35
7M
1611
2M
2.41
H NA ii
ii NA li
•i NA ll
791
5891
ll NA il
13151
ii NA ll
.166
.225
1.1
.M45
12.3
.139
ii NA ll
.34
ii NA ll
.19
.12
.46
2.B3
II NA Ii
.MI6
1.65
ll NA II
.N6
.124
li NA il
.KB
ii U ii
ii NA ii
28.9
23cup
1981
NiiCMiia
ii IM n
III
21*1
ll IM il
2641
li ii
II li
ll ••
ll ii
li ii
ll ii
ll ii
li M ii
.11
.11
439.5
il M li
• • M il
il IM n
it NA ii
n M ii
ll NA U
117.11
117.5
ii NA ii
ii NA ii
li NA ii
ll NA ••
ll NA il
•l NA li
275
ii M ii
ii IM ii
ii IM ii
li NA n
.U9
.115
.6
.Ml
4.15
.115
ii NA ii
.11
ii NA ii
.151
.125
.13
1.795
ii NA it
.111
.23
ii NA ii
.112
.we
•l NA ii
.114
ii NA ll
li NA II
1.96
24cup
1969
Hiiconun
2651
34
741
2M
1521
351
1541
H NA H
ll NA ll
H NA H
ll IM ••
1411
2.1
1.4
•• NA il
ii IM n
ll M H
ll NA ii
•l NA il
6.5
ii NA ii
li NA ll
.52
75
•i NA li
112
II NA II
•l NA ll
•l NA ll
21U
21
427
ll NA il
ll NA ll
•• NA il
ll NA il
ND
II NA II
li NA il
•• NA ll
ND
II NA II
ND
•l NA ll
ND
II NA li
ND
.13
121
ND
ND
II NA ii
ll NA ••
ll NA il
ll NA n
li NA II
ll NA n
ii NA it
ND
^coip
I9?l
•itcofliin
II HA II
ll NA II
631
II NA II
1156
ll NA ll
5814
ll Nn ll
n NA il
•l NA li
ii NA ••
•• NA il
•1 NA II
•i NA il
•l NA ll
li NA ll
li NA ll
ll NA II
il NA li
6.32
ll NA ll
ii NA ii
ii NA ll
n NA li
NA
li NA li
ii NA ll
ii NA ll
li NA il
ii NA ll
141
ll NA ll
ii NA ii
•i NA li
ll HA il
.56
.MI2
II NA II
.MB
•1 NA II
.115
HO
.159
il NA II
.129
M5
. )
ll NA II
ii NA ii
.1114
.14
n NA ii
HD
.119
il HA il
.1
il HA il
II NA U
ll NA il
26toip
1976
Niicuitin
•I NA II
•• NA II
I2IM
ii NA n
ll NA il
ii NA li
ll NA ll
li NA il
ll NA il
ll NA il
• l M ii
il NA ll
IU
il NA ii
ll NA ll
•• NA ll
li M ll
II NA ll
91
6.3
ll NA il
ll NA n
ii NA ll
ll NA il
ll NA ll
M NA ll
M NA il
n NA ll
ii NA li
ll HA ll
451
li NA it
ll NA li
Ii NA ll
•• IM ll
li M ll
ll M il
M N* ii
ll M il
• • M ll
.16
NO
,|
ii NA ii
ND
ND
ii NA li
il NA li
ii NA ii
1.25
ll NA li
ll NA ll
ii NA li
ii NA li
ll NA II
ll M II
ll NA ll
II
ItLblp
1975
litconiin
63GI
336
1645
121
2118
I4M
15415
il NA n
il NA il
il NA ll
il NA ll
2241
15.85
ND
il NA il
319
il NA ii
ll NA li
li NA ll
7.11
II HA ll
ll NA ll
1.88
561
II NA ii
255
II NA ii
li NA il
II NA n
7676
268
486
il NA il
ll NA ll
il H| ii
ll NA ti
ND
ND
ll NA il
ll NA II
ND
II NA il
ll NA II
1
. 1
ll NA li
1.4
211
ND
.18
• i M ii
ND
ND
II NA li
ii NA ii
ii NA ll
•• NA II
2
29coip
1978
liiCOAtin
96*
24.18
1151
ll NA ll
2bi5
181
284*
li NA ••
li NA ii
li HA ll
ii NA ll
1781
66.2
.75
ii Nil li
48.61
ll NA ii
ii NA ii
II NA ll
6.61
II NA ii
ll k/» II
II NA II
•l NA II
ll NA ll
141
ii NA ii
II Nil ll
il NA il
II NA Ii
ll NA il
li NA ll
II NA II
II NA II
i
II NA II
M
ND
II HA il
il NA II
HD
n NA ii
ii HA ii
n HA ii
.115
li NA li
ll Ml ii
ND
ND
ii IU ii
II HA II
U HA ••
li HA ii
li HA li
il IU ii
n HA il
.1!
ilcoip
1*69
Niicoftiin
2875
ll NA ••
!MI
ii NA il
5718
92!
IMI5
II NA II
il NA II
li NA ii
ll NA II
21*6 .
211
.125
ll HA il
4'.:
•• NA ii
II NA II
ii NA ii
6.7
II HA II
•l NA il
3.8
n NA il
771.4
8.4
it HA ii
li HA ll
ii NA ii
ii NA li
331
1123
il NA H
•l NA H
. 31
li NA ii
.112
.225
ii NA ii
li NA li
.15
li NA n
.64
ll NA H
.17
.25
.11
.5
ll HA ••
MI2
1.18
•• HA •>
§1
.
.11(8
li M) il
16
il NA It
JUoip
19M
Hiitonsin
1514
ll NA il
;i«6
ii HA ••
;.'65
841
41*1
ll HA ii , |S,
•1 NA II ';'
ii NA U
•l NA ll
1825
4
il NA li
li NA li
ll NA II
II NA II
ll NA ll
•l NA II
6.4
ii NA ii
li NA il
ll NA il
ll NA U
321
•l NA il
• l NA n
li NA il
ii HA ii
4178
n M it
ii M it
ii NA ii
ii NA n
ll NA ii
ll NA ll
il NA ii
ii NA il
il NA il
li NA ll
il NA li
•i NA il
ii IM ii
•• NA ii
• i HA M
II HA il
it HA ii
it NA ii
ii HA ii
•i HA ii
•• NA il
ii NA n
ii HA ii
•• NA li
•i NA ii
•• HA ii
il HA ll
ii M ii
il NA il
12cup
1976
•mooi.n
2771
221
1216
123
1511
IM
JUS
II N* ••
• • H ••
ii M ii
ii NA it
1671
29.5
ND
'll NA ll
•• kA ii
II NA II
ll NA II
• i M ll
6.45
ii NA ii
•• NA ll
l.ll
U.5
5M
•i NA ii
ii NA II
•l NA ll
ii NA ii
9!M
156
II NA li
il NA il
3161
-HD
Ii NA M
•l NA II
•• NA li
•i NA ii
ll NA ii
ND
ii NA n
ND
Ii NA ii
ND
•• NA ii
HD
2.87
211.5
•• NA it
• li
HU
II NA il
li NA ii
•• NA ii
•i HA ll
II NA ll
II NA ll
ll NA il
.42
-------
TABLE A 2 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER
SANPLE NUNICR
DAIE &IAMED
DMA SOURCE
ACEIQNE
ACROLEIN
6EN2ENE
8MMONEIHANE
8UIANOL
1-bUIMiOL
2-bUIANONE IHEk)
»UW BENIN. PHENOL
CARbON lEISACHlONlOE
CHLOROkENlENl
CHlOROUHANE
IISI2-CHU»OEIH01»I«£IHANE
2-CHLOROEIHU VINH EIHER
CHLOkOFORH
CHIOROHEIHANE
IISICHLORONEIHVLIEIHER
2-CHLORDNAPHIHALENE
P-CBESOi
2,4-0
4,4-ODI
OI8RONOHE1HANE
OI-N-IUm PHIHALAIE
1,2-DICHLOROIENIENE
1,4-DICNLOROIENJENE
DICHLORODIFLUOROHEIHANE
I,I-OICHLO«DEIHANE
I,2-DICNLOROE(HAN£
CIS-I.I-BICHLMOEIHIIENE
lftANS-l,2-DICHLORO{IH«LENE
1,2-OU.HLOROPMM>A«
I,3-OICHIMOP«OPEN£
DIEIHIL PHIHAIAIE
2,4-DINEIHrLPHENOL
OlftEIHN PNINALAIE
ENOIlIN
ElHANOl
EIH11 AtEttlE
E1HIL bENJENE
8lSl2-EIHIlKEmiHtlHALAIE
2-HEIANONE
ISOPHORIM
LINOME
HllHUttf tHLWIOE
12-11
1975
NUS
III
NO
ND
NO
MI NA MI
Ml NA Ml
291
Ml NA Ml
NO
Ml NA Ml
NO
NO
NO
NO .
NO
Ml NA Ml
IM NA Ml
54
121
.11
ND
ND
ND
NO
NO
ND
NO
ttt NA tit
NO
ND
ND
NO
ND
ND
ND
IM NA Ml
Ml NA Ml
ND
ND
6
ND
ND
ND
2
12-12
1975
NUt
•r fr
151 '
M
Nl
M
Ml NA Ml
Ml NA Ml
411
Ml NA Ml
ND
ttt NA ttt
ND
NO
ND
NO
NO
Ml NA Ml
Ml NA Ml
51
19
.ISA
NO
ND
NO
M
ND
ND
NO
Ml NA Mt
ND
ND
ND
ND
ND
NO
NO
Ml NA Ml
Mt NA MI
NO
ND
ND
ND
ND
ND
1
12-11
1975
NUS
291
NO
ND
NO
Ml NA IM
Mt NA Ml
441
Ml NA Ml
Nl
•M NA ttt
NO
ND
NO
M
NO
III NA Ml
Ml NA Mt
71
NO
.142
NO
NO
ND
NO
ND
NO
ND
Ml NA Ml
NO
ND
ND
ND
ND
NO
ND
ttt NA Ml
MI NA tit
ND
ND
12
ND
ND
ND
1
19-11
1959
Nmantin
Ml NA Mi
-III
271
-II
Ml NA Ml
Mt NA Ml
IM NA Ml
-II
NO
-II
-11
-II
-II
-II
-II
-II
-II
til NA Mt
til NA ttt
NO
Ml NA Ml
-II
-II
1
-II
-II
-II
ttt NA Mt
-II
-11
-II
-II
-25
-II
ND
Ml NA IM
•M NA IM
-II
-11
• M NA •••
-II
Ml NA IM
Ml NA Ml
-11
19-12
Niitoatia
Ml NA Ml
-IM
A7
-11
Mt NA •'•
Mt NA Ml
Mt NA Ml
-II
ND
4
-II
-11
-II
-II
-II
-II
-II
III NA Ml
ttt NA ttt
M
Mt NA tit
-II
-II
-II
-II
-11
-II
tit NA Ml
24
-II
-11
-II
-25
-II
»
Ml NA Ml
Mi NA Ml
245
-II
Ml NA Ml
-II
ill NA IM
IM NA •••
-II
21-11
1969
Niicoaiin
Ml NA Mt
-I5M
-251
-251
Ml NA Ml
IM NA Ml
••• NA MI
125
ND
-251
-251
-III
-J2I
-2.1
-251
-5M
-IM
Ml NA Ml
IM NA Ml
NO
Ml NA IM
IM
-IM
-IM
-251
-251
-251
• M NA Ml
-251
-251
-251
2M
-25
-IM
ND
• M NA Ml
Ml NA Ml
-251
151
in NA IM
4 Ml
ill NA Mi
Mi NA Ml
2MM
21-12
1969
bitcofiiin
MI NA MI
-IM
111
-II
Ml NA Ml
Ml NA Ml
IM NA MI
-II
NO
-II
-II
-II
-II
-II
-II
-II
-II
Ml NA Ml
Ml NA Ml
ND
Ml NA Ml
-II
-II
-II
-11
-II
-II
ill NA MI
-II
-II
-II
71
-25
-II
Nft
IM NA Ml
IM NA MI
-II
-II
Ml NA Ml
4
Ml NA Ml
MI NA it*
(51
21-11
1969
kiiton&in
Ml NA Mt
-III
471 , '
-II
Ml NA Ml
IM NA MI
Ml NA Ml
-II
ND
-11
-II
25
-II
-II
-II
-II
-11
Ml M Ml
ill NA tit
ND
Ml NA Ml
-II
-II
17
-II
5
-II
ill NA MI
-II
-II
-II
3
-25
-11
ND
Ml NA IM
• •i NA IM
-II
-II
in NA M*
-11
Ml NA Ml
Ml NA Ml
-II
22-11
1978
NiiCOfttii
4y
Ml M M» h
-15M
-151
-251
Ml NA Ml
Ml NA Ml
Ml NA Ml
-21
ND
-251
-251
-51
-411
-251
-251
-511
-21
Ml NA Ml
Mt NA IM
ND
M> NA Mt
-21
-21
-21
-251
511
-251
Ml NA Ml
2211
-251
-251
Ml
-75
II
ND
Ml NA IM
Ml NA Ml
151
51
Ml NA Ml
I6IM
Ml NA Ml
IM NA •••
2811
22-12
1978
^v^~
r'' "' Mt U
-IM
4M
-II
Ml NA
tit NA
til NA
-II
ND
-II
861
-II
2
-II
-II
-II
-II
• M NA
IM NA
NO
Ml NA
-II
11
-II
451
-II
-II
IM NA
I1M
-II
-II
5M
II
-11
ND
• •• NA
•M NA
5M
-11
•M NA
5M
Ml NA
MI NA
ISM
III
ttt
Ml
Ml
Ml
III
Mt
III
• M
Ml
IM
III
Ml
Ml
-------
TABLE A-2 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SAItHE NUftKk
ftAlE SIAMEO
DA1A SOUItE
NftPHlHAiENE
NIlUlttNlENE
4-NIIIIOPHENOl
KNIACHlOUlhlENU.
PHENOL
l-PROFANOl
i-nanaoi
1,1,2,2-IEIIACHLOIOEIHANt
lEISACHlQIiOEimENE
(ElflAHVMOFIMAN
(OlUENf
IOIAPHENE
1,1,1-IRICHLOROEIHANE
1,1,2-lNICHlOtOEIHANE
IBICHIOKOUHKIEW
IHCHlWlOfLUOW«IHW<£
1,2,1-IklCHlOliOHiaPANl
VINU CHLOtlDE
n-11LEN£
IRENES
12-11
1975
NUS
ND
ND
NO
ND
41
Ml NA Ml
IM NA Ml
NO
NO
Ml NA IM
NO
NO
IM NA in
ND
NO
ND
NO
NO
Ml NA Ml
NO
12-12
1975
MS ,
ND
NO
ND
HI
45
HI NA MI
Ml NA Ml
NO
NO
ill NA Ml
ND
NO
ill NA MI
ND
NO
NO
NO
NO
IM HA ill
ND
12-11
1975
NUS
ND
NO
NO
ND
;B
III NA Ml
Ml NA Ml
ND
NO
Ml NA MI
NO
ND
Ml NA Ml
ND
ND
ND
ND
ND
Ml NA Ml
NO
Nittsntkn
1!
-11
-25
-25
-25
• M NA MI
MI NA Ml
-II
-II
Ml NA Ml
191
ND
-II
-II
-II
-II
ill NA Mi
-11
Ml NA Ml
Ml NA Ml
19-12
1959
-II
-11
-25
-25
If
Ml NA III
III NA ill
-11
-II
MI NA ill
461
NO
-II
-II
-II
-II
Ml NA ill
-II
MI NA III
ill NA in
21-11
1969
-III
-111
-25
-25
-25
Ml NA Ml
Mi NA MI
-251
-251
IM NA MI
291
NO
-251
-251
-251
-251
Ml NA Ml
-251
Ml NA Ml
Ml NA Ml
21-12
-11
-II
-25
-25
I!
Ml NA Ml
Ml NA Ml
-II
-II
Ml NA Ml
e
ND
-II
-II
-II
74
Ml NA ••«
-II
MI NA in
Ml NA Ml
21-11
1969
MliCDliin
-II
-11
-25 *
-25
-25
Ml NA Ml
IM NA IM
-II
-II
MI NA Ml
-11
NO
-II
-II
-II
-II
IM NA MI
-II
IM NA Ml
IM NA IM
12-11
I9?b
-51
r.i
-75
-75
5791
• M NA Ml
Ml M Ml
-251
61
Ml NA Ml
1411
NO
-251
-251
ill
-251
Ml NA Ml
-251
MI KA MI
Ml NA MI
22-12
19)1
, ( jfiKantin
-II
-II
-25
-25 ,
1>M
Ml NA Ml
Ml NA Ml
-II
-II
111 NA in
I9M
ND
-II
-II
171
-II
• M NA Ml
-II
IM NA Ml
IM NA IM
-------
TABLE A 2 ORGANIC ANALYSES OF LEACH ATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SAMPLE NUJIlER
DAIE MANIEO
DAIA SCRMCE
ACEIONE
ACHU.EIN
KN7.ENE
IKOMMEIHANE
IUIANOL
I-IUIANDL
2-BUIANIWE IflEH
IUl»l IEN1U PHENOL
CAftMM lElKACHLMlOE
CHLONOIEN7.ENE
CHLOftOEIHANE
BISl2-CNLQiaEIHOI«INElHAIIE
2-CmWOEIMU VINII EIHEN
CHLOftOFOM
CHLUOKIHANE
BISICM.UONEIHILIEIHEI)
2-CW.MONAPHlHALEIC
P-CtfSO.
2.4-B
4,4-001
OIUOMMEIHANE
OI-M-BUIVL PHIHALAIE
1,2-OICHLONOBENIENE
1,4-OICHltNOIEIlENE
OICHLOftOOIFlUHMEIHANE
1,1-DIUtOROflHANE
1,2 DICHIQROEIHANE
ClS-l,2-8ICHiaiOEIH(LENE
IRANS-I ,2-OICHLMOEIHtlENE
l,2-DICHLONaf>ROPAIf
Ll-DICHLOftOPIOPENE
OIEINKL PHIHALAIE
2,4-OIKIHHPHENOl
OIHEIHVL PNIMALArE
ENONIN
EINANOl
EIHK ACEIAIE
ElHfl BEN1ENE
BISI2-ElH(LHEiniPHIHALAIE
2-HEIANONE
ISOPHOfUMf
UNDUE
4-H£IHVl-2-f£NIAIilJII£
HEIHULENE CHLODIIIE
22-81
1971
Nitciwiin
•M M lit
-IM
5M
-II
Ml NA Ml
IM NA Itl
Ml M Ml
-II
NO
-II
-II
-II
Illl
-II
-II
-II
-II
lit IA tit
lit NA tit
NO
ill NA Mt
-II
-II
-II
-II
64
-II
Mt NA Ml
-II
-II
-II
171
-25
-II
NO
MI NA •••
•M NA Ml
-11
-II
•M NA Ml
211
• M NA Ml
IM NA Ml
411
22-14
1971
N*K*t»u
;j^_
it* in in
-IM
IBM
-II
tit NA Hi
III M III
tit NA lit
21
NO
-II
-II
-II
-II
-II
-II
-II
-II
Itl NA Ml
Ml IA Mt
NI
Itl NA ttt
49
-II
-.11
-II
-II
-II
MI NA tit
-II
-II
-II
111
-25
-II
NO
Ml NA Ml
Ml NA Ml
-II
-II
IM NA Ml
161
• M NA Ml
IM NA MI
4911
22-15
'< -
Niuaotia
Ml M Ml
-IM
DI
!*•
-II
tti NA in
lit NA HI
Itl M Ml
-II
NO
j
-II
-II
-II
-IN
!•
-II
-II
-II
ttt NA MI
Ml IU Ml
NO
lit NA tit
-II
9
5
-II
419
-II
Ml NA Ml
1621
2
-II
254
-25
-II
NO
lit NA IM
Ml NA Ml
B9B
-IB
Ml NA IM
224
Ml NA Ml
Ml NA Ml
815
22-16
1978
Nittoatin
MI NA Mi
-IM
-IB
• it NA Ml
• M NA Ml
• M NA lit
-II
!•
NO
i
i
-IB
-II
-II
-II
-11
-II
Ml NA MI
Mt NA lit
NO
Ml NA Ml
-II
-II
4
-II
264
-II
• it NA MI
06
4
-18
-IB
-25
-IB
NO
Ml |A Ml
Ml NA Ml
38
-18
III NA Ml
76
Ml NA Ml
• •I NA IM
1521
22-87
1978
liuonsii)
ill IU lit
-IM
46
-U
III IU Mt
III |M Ml
IM MA Ml
*ll
1
If
II
-11
It
II
-11
It
li
•II
-111
Iff
*•• NA •••
••• NA »•«
• M IA III
-II
|M
II
If
II
114
-II
Itl IA Ml
161
if
II
-II
IV
-25
-II
II
Mi NA lit
IM NA til
2U
-II
MI NA HI
-II
Ml IA til
IM NA ttt
7
22-18
1978
•itiantin
IM NA Ml
-IBB
IM
-IB
Ml NA Ml
Ml NA Ml
Ml NA Ml
-II
NO
7
27
-IB
-IB
-IB
-IB
-IB
46
IM IA Ml
IM NA IM
•0
MI NA MI
-IB
9
B
-IB
72B
-IA
!•
M* ttt l.»
T}»»
*/oi
U
31
117
-M
tJ
• 111
19
Ml NA Ml
IM NA Mi
1271
-IA
tm
ill NA t*»
5*51
3*1
rti-tA MI
Ml NA Ml
I4BI
23-11
It8l
NltCOOiin
Ml NA Mt
278
-258
-258
Ml NA in
Ml NA Ml
IM NA MI
158
10
-251
-251
111
-328
-258
-258
-511
-III
IM IA Ml
• M NA Ml
NO
in NA MI
158
-IBB
-IBB
-258
-258
-258
IM NA Ml
96
-258
-258
158
-25
-IM
NO
IM NA Ml
• M NA IM
-258
itM
131
• •• DA in
t*it
/ji
in IA m
in NA in
Illi
21-82
1968
iiscoiuin
IM NA Ml
-188
448 «
-II
Ml NA Ml
Ml M IM
• M NA in
-11
10
-11
-II
-II
-II
-II
-II
-II
-II
Ml NA IM
Ml NA Ml
NO
• M HA IM
-11
-II
-II
-II
161
-II
•M NA Ml
-II
-II
-II
28
-25
-II
ND
Ml NA Ml
Ml NA Ml
-II
-II
IM NA Ml
-II
Ml IA III
iii NA MI
1911
2M3
H6I
IlitMtlt ,
<_«iJ
f
Ml NA Ml
-188
388
-IB
Ml NA Ml
III NA Ml
MI NA i"
-IB
NO
-IB
-IB
IB
-IB
-IB
-IB
-IB
-IB
IM NA III
Ml NA Ml
NO
Ml NA Ml
-IB
-II
1
-II
-II
-II
IM NA MI
-II
-II
-II
62
-2i
-II
ND
IM NA ni
in NA IM
-li
-II
• M NA MI
161
Ml NA III
Ml NA HI
-II
21-M
I9M
tuO*i?t""*"t
•HK^W
W*F^F~
• It M Ml
-IM
IB
-'1 .
til NA MI
IM NA •••
IM NA Ml
-IB
NO
-II
-IB
-II
-II
-II
-II
Ml NA Ml
-II
IM NA IM
•M NA Ml
NO
•M iA Ml
-II
-II
-II
Ml NA Ml
-1*
-11
Ml NA Ml
26
-II
-II
-II
-25
-II
NO
Ml NA Ml
•M NA Ml
67
-II
Ml M Ml
15
Ml 111 IM
Ml NA Ml
n
-------
TABLE A-2 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SUlHt Hiinblk
DAIE ilAMED
DAIA UllMCE
M*HiH*lEKE
NllkOBENJENE
4-;.lll(OfH£«fll
eENlACHiakOPHUDL
PHTNOl
l-fkOfANOL
2-PkOfWUl
1,1,2,2-IEUHCHlOkOElHANE
lEIKACHLOMlElHnENE
IEIMHVONOFIMAN
lOlUENt
lOlAPHttf
1,1,1-IRICHLOROEIHANE
1,1,2-lBICHlOSQEIhANi
IftlCHLIMOEIHVLENE
UICHLOMIHUOSOIIEIHAME
I^.J-UICHLMOMWAItt
VINKL CHIDI10E
R-IUENE
IlLtNtS
22-IJ
Niuooiin
8
-II
-25
-25
1211
Ml NA IM
III M Ml
-II
-II
Mt NA Ml
-II
Nfi
-II
-II
-II
-II
ttt M MI
-II
ill NA IM
Ml NA Ml
22 -M
KlKIUIl
-II
-II
-25
-25
1811
Ml NA Ml
Ml NA Mt
-II
215
IM NA Ml
1741
W)
441
-II
41
-II
tit NA Mt
-II
Ml NA Ml
Ml M IM
2M5
1978
biicansin
41
-II
-25
-25
IUM
Ml NA Ml
IM NA IM
-II
141
MI NA M<
7U
U
14
XI
542
54
Ml NA Mt
-II
Ml NA Mt
Mt NA Ml
Niuoimn
-11
-II
-25
-25
1181
Ml NA IM
Ml NA Mt
-II
212
Ml NA Ml
41*
KB
198
11
54
III
Ml NA Ml
-II
Ml NA MI
Ml NA Mt
lt?8
Nitcontin
-II
-II
-25
-25
51
Ml Nfc Ml
III M Ml
-II
2
Ml NA Ml
791
til
-II
-II
14
-II
ttt NA tit
-II
•M NA in
IM HI •••
1978
Nitconiin
48
-11
-25
-25
III5I
•ii NA '••
in NA >M
-II
121
Ml NA Ml
1411
ND
III
-II
1121
-II
ill NA Ml
47
MI NA IM
Ml NA Ml
25-11
1VBI
-lit
-111
-:5
-:5
29!
in NA »•
Ml NA Ml
-251
-251
• il NA MI
421
NO
-25*
-251
-251
-251
Ml NA Ml
-251
HI NA MI
Ml NA Ml
21-12
1981
,
-II
-25 ,
-25
J9
Ml DA Ml
iti NA IM
-II
-II
Ml NA Ml
721
M
-II
-II
181
-II
Ml NA Ml
-II
Ml NA III
Ml NA Ml
mi
•iscui.nn
Ii
-II
-:s
-25
!'l
HI Hi, •••
in NA MI
-II
-II
in kA MI
391
M)
-II
-11
-II
-II
in NA •••
-II
••• NA •••
III NA Ml
mu
-II
II
2i
4i
-25
in
in
-;i
il
•••
Cl
NO
-II
-il
-11
-11
in
-11
in
«••
14
anna
1
M •••
NA Ml
NA •••
kA MI
NA MI
NA MI
-------
TABLE A-2 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SWICU NUIUEI
DAIE SIARIED
OAIA SOURCE
ACEIONE
AtfcOUIN
BEN1ENE
BNOHOME1HANE
IUIANOL
I-IUIANUL
2-NUIANONE IHEK)
lUlU MNlti. PHENOL
CARIDN lEIHACHlOaittE
CHlOROIENIENE
CHLMOE INANE
IISI2-CHLUKIHOUIKINANE
2-CHLMOUHU VlNU EINtt
CHIORUFORN
LHLOfiOHETHANE
BISlCHUMOHEIHVLlEIHtll
2-CHLORONAPH1HALENE
P-CNlSd
2,4-0
4,4-ODI
oiBKOHOiiE INANE
DI-N-Mim PHIHAIAIE
1,2-DICm.OROIENIENE
1,4-OlCN.OiOlENlENi
DICHLORUilFlUORanEIHANE
1,1-DICHlOiOEIHAItE
1,2-OICHLORttlHANe
CIS-I,2-OICHLORQE1HIUNE
HlANS-l,2-OICNlOIO£IHW.ENE
1,2-tlCHLOIM'tWANE
(.l-DICMMOPHVEIIE
OIEIHVL PHIHAUIE
2,4-DlHElHVlPHENUl
OlltHHH PNIHALAIE
ENM1N
E1NAMUL
EIHU ACEIAIE
EIHU fcENIENE
llSl2-EIN»lHEIVLlPHIrtAUIE
2-HEIANUNE
ISOPHMONE
LINDANE
4-H£lM»L-:!-KNIANONt
BEIHIUNE Oil OS IDt
23-15
1981
Niicaatin
lit NA in
-1U
-II
-II
III NA in
in NA in
in NA HI
-II
ND
-II
-II
-II
-II
-II
-II
ill NA in
-II
ill NA in
in NA in
ND
in NA Hi
-II
-II
-II
in NA HI
-II
-11
in NA in
-II
-II
-II
II
28
-II
ND
i>< NA m
in NA •••
4fU
52
i>i NA m
-II
in NA '•'
•II NA •••
-II
21-16
I«U
• NlUMflN
III NA in
-SIN
-5M
-911
in NA •••
HI NA •••
III NA "I
-II
NO
-HI
4M
-II
-Ml
-511
-SM
Hi NA HI
-II
III NA in
in NA in
ND
ill NA in
-II
-II
-41
in NA in
KM
-HI
Hi NA "I
I4H
-Ml
-3M
121
-KM
-II
ID
ill NA Hi
in NA in
ill
-II
til NA iti
-II
in NA "I
•it NA til
2*11
24-11
196V
Nitconun
lit NA in
III NA >••
in ill
ill III
in III
III III
ill in
lit lit
III Ml
III HI
ill ill
ill ill
III NA in
14.1
in NA in
ill NA I"
in NA ill
in NA in
in NA in
in NA in
in NA Hi
III NA in
ill M •••
ill NA ill
ill NA in
in NA m
in NA in
III NA Ml
in NA in
in NA •••
in NA in
in NA in
in NA in
lit NA Hi
in NA in
IM NA MI
lit NA in
in NA Hi
in NA in
ill NA Hi
in NA HI
lit NA in
ill NA I"
116
Jl-ll
m?
NittiMiin
lit NA lit
-II
19
111
in NA in
ill NA in
• •• NA in
-II
ND
-II
171
-II
-II
71
171
251
-II
ill NA in
in NA "I
ND
in NA in
12
-II
-II
181
6111
13
in NA in
1311
54
18
4}
-25
55
ND
in NA in
in NA tit
251
54
in NA til
-II
HI NA m
111 NA in
2311
31-11
1*77
Uiuaniin
lit NA in
-II
4
-1
HI NA iti
HI NA m
in NA lit
-51
ND
-51
16
-1
-1
27
-1
-1
-51
in NA in
in NA nt
ND
in NA ill
-51
-51
-51
-1
III
I
ill NA til
17
5
-1
69
-51
-51
ND
in NA in
in NA Hi
6
-51
in NA •••
-51
in NA ••»
• ii NA in
541
3i-ll
1976
Nist until)
• it NA in
-II
4
-1
in NA in
in NA Hi
in NA ill
-51
ND
-51
21
-1
-1
31
-1
-1
-51
in kA in
tit NA in
ND
tit NA lit
-51
-51
-51
-1
61
-I
•it NA ill
55
3
-1
-51
-51
-51
ND
in NA in
in NA •••
7
-51
in NA •••
-51
ill NA MI
• •• NA in
781
38-11
I«7B
Niuoasin
in tH, •••
-II
-III
-III
in NA in
in NA m
in NA in
-51
ND
-III
til NA in
-II
-III
1311
-III
til NA in
-II
nt NA tit
in NA in
ND
lit NA ttt
-II
-21
-21
-III
571
UIU
in NA MI
lit NA in
-III
-III
;i
-ii
-tt
ND
111 NA in
• M NA in
IM
III
in NA in
-II
III NA in
Ml NA til
TM
53-11
1979
\ittt Attoc
>• UNk <(
• > UNI a
741 «
.•> UN* U
» UM «
>• UNI > uw «
:•; UM «
» UK UNK «
>' UNK «
» UNk M
:• UM «
). UM «
), UNk •:>
» UN* u
:•> UNX i<
)• UM <(
» UNk «
» UM «
» UNk «
» (M «
)> UNK <<.
'» UM «
>; UM (v
» UM v<
V UM «
» UM vv
.>> UM \\
>• UM \'.
.-.- UNk \*
)- UNK v.
» UNk UNk t\
:•• UM \\
:•• UM u
» UNk :(.
.•; UNk tv
.' UNk '.'
>' UNk >,
61-11
It73
(Mill N|ll
K .
IT-
in NA in
-III
•;l
-II
ill Hi, m
ill NA til
in NA in
lit NA til
-II
-II
-11
-II
-II
-II
-II
-II
-II
ill NA in
-51
-II
in NA in
-II
-II
-II
-II
77
-It
in NA in
75
-14
-21
-II
-25
-II
11
in NA III
III N« in
.' j
-II
III NA in
-II
-i
•<• KA III
M:'
61-12
l»73
Null Hf*t
.». — »|fi
in NA •••
lit NA •••
in NA •••
in NA in
in U •••
in NA in
• it NA m
nt NA MI
in NA in
lit NA in
tit NA in
in NA in
tn NA ni
in NA ill
in NA in
in NA in
in NA in
in M i><
in NA in
III NA III
ill NA m
in NA in
MI NA in
ill NA in
ill NA lit
ill Nii in
til NA til
lit NA in
in NA lit
ill NA in
ttt NA in
1" NA MI
IM NA Hi
III NA Ml
til NA MI
iti NA «•
MI NA IM
Ml NA Ml
Ml NA Ml
Ml NA Ml
lit NA MI
MI NA Ml
IM NA MI
Ml NA Ml
-------
TABLE A-2 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SWIKI NUIttER
BAH SIARKB
0*1* SOlMtt
NAPHIHAllNl
NIIROKNHNE
4-NllROWNOl
PEMUCmOWtfttMOl
PHENOL
l-PROPANOI.
2-PROPAMOl
I,I,2,2-IEIMCHIOW)EIHAN£
HlkACHlOkOEIHHINE
lEINAHflMtfURAN
lUtUENE
I01APHENE
1,1,1-IRICMlOROEIHANE
l.l.J-lfiltHUMlflEIHAMt
IRICHLOIlOUHVLENE
IfUCHlfUiUuUOMMEIHANE
l,2.J-IRICHlOROPR(iPAN£
VINtL CHLOtlK
H-IfUKt
HUMES
2J-I5
mt
Nitcootin
-II
-II
-23
471
-25
in M in
III HA ill
-II
-II
in NA in
2»
Ml
-II
-II -
-II
-II
III NA lit
-II
ill M 1*1
in M in
2J-I4
ttH
MlUMt^*
-II
-II
-23M
-2SM
-29M
in M in
in M in
-3M
-SM
in U ill
1211
M
ill
-ill
-511
" -511
in HA ni
-ill
ill M Hi
III MA in
24-11 31-11 31-11 32-11 2B-II 3J-II 0| || 61-12
i«« \ibt iw 1476 i*>» iw is?;. i«n
•ittontin Minooiin liuoatin Huconiin Hitcootin \nti Aitoc M»II Hut JMlt ftMt
Sli^nf
'JffT1""^
in KA tn 19 -it -SI -11 ,. uM U -14 «n M «••
Ml M in 41 -31 -SI -21 /: UNk « . -II in M ••
ill M in -23 -31 -31 17 » UUt^v -23 in «A ••
} -23 -31 -31 -II » UM <> -23 in KA M
in MA in 221 3M III -I) ;>UW>i, -23 . in HA ••
ill M ill III MA MI HI HA MI MI MA MI MI MA MI : : UMl <( MI MA MI i I MA M
Ml M in in NA MI MI M in MI NA MI MI M MI :•; UNI. U MI kA MI I i MA ••
ill M III -II -1 -1 211 » UMk « -II i i MA M
in MA in ?6 II 2S -111 '/• UN*. (• -II i i M M
III MA in in MA MI MI MA in MI MA MI MI M Ml /) UMK •.(. MI MA MI • » M ••
III MA IM Ull 36 11 m :•> UMK \ -II i i MA M
in MA in in NA IM MI MA m MI NA ••• MI MA IM » UNk « MI MA •» • « NA n
III NA Mt 61 -1 -1 -III » UNk it 23 i i MA M
MI NA Ml ill NA MI MI MA ««• MI MA IM MI MA ««« 1:1 -II i i NA it
til NA in Iti NA Ml Hi NA til MI MA Ml Ml MA MI 7| IM NA MI i i MA it
-------
TABLE A-2 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SAUHE MIMED
OAIE SIAHlEO
DAIA SOURCE
ACEIONE
AWOLEIN
IEN1EHE
ttOMItHHANE
IUIANOL
1 -MIAUL
2-&UIANONE I«U
8Ul»L lENm PHENOL
CAHfeON lElftACHlONlU
CHLOftOUNiENE
CHLDNOEIHANE
IISl2-CHlOHO£JHOHIft£lHANE
2-Cm.OROEtim. VINU. E1HER
CHLOKWDRl)
CUOAOIIEINANE
tlSlCHLOROIIElHUIElHEl)
2-CHLODDNAPHIHAlEkf
l>-CfeESi.M»LPHENQl.
DlftEIHVl PH1HALAIE
ENDNIN
EIHAMU
EIHfl ACEIME
EIrilL BENllNE
BISl2-£lHUhEIH)MlHALAH
2-HEIANQNE
ISOPHWidkf
LINbAkE
4-nllHiL-: : PlklMU'Nf
nUHHlkt irliUilDt
61-13
1973
Nut* Sit
• t« NA IK
MI NA «i
in NA in
in NA HI
in NA in
• ii MA in
in NA •••
in NA ill
in NA in
ill NA in
MI NA in
in NA HI
in NA in
in NA in
in NA m
in NA in
in NA in
ill NA in
in NA in
ill NA in
HI KA in
III NA Hi
in NA •••
in NA •••
in NA •••
in NA in
in NA •••
in NA •••
i« NA ••!
in NA »i
in NA in
in NA •••
ill NA in
til NA in
in NA in
Hi NA in
in NA in
in NA •••
lit NA in
in NA in
in KM in
in HA m
in NA i>i
in NA •"
62-1}
I97J
tt»l*vlMl
Hi NA HI
-tlM
-441
-IIM
in NA in
in MA in
2111
in NA in
-281
-tU
-III)
•M NA in
-IN*
-141
-in*
ill NA m
in NA in
-211
-2M
••I NA ill
•it NA ill
ill NA ill
-19
-44
in NA ill
491
-281
in NA ill
-161
ill
-ISM
MI NA in
-54
IM NA in
• M NA MI
in NA MI
• •• NA in
-721
••• NA Ml
• M NA in
Ml NA Ml
Ml NA Ml
Ml NA IM
57IM
65 -»4
IWJ
lu&tt Dgit
MI NA in
-2111
-88
-211
-2IUI
-IUN
2H
MI NA nt
-56
-121
-2M
ill NA in
-211
-J2
-211
iti NA ill
in NA in
45.2
-111
• M NA Ml
ttl gA Ml
• it NA MI
21. 9
IJ.B
nt NA in
526
-54
in NA MI
919
-121
-in
in NA MI
-5.4
Ml NA Ml
IM NA Ml
-Illll
Ml NA Ml
321
Ml NA Ml
Ml NA Ml
Ml NA Ml
111 NA MI
Ml NA IM
t>m
63-*l
IW4
Httit njii
Ml NA Ml
Ml NA •••
Ml NA Ml
IM NA MI
• M NA IM
IM NA in
Hi NA MI
Ml NA IM
Ml NA Ml
Ml HA Ml
Ml M) Ml
Ml NA Ml
IM NA III
ill NA Ml
MI NA IM
• •I NA Mi
Ml NA Ml
IM NA Ml
-51
in NA MI
tit NA MI
Ml NA Ml
MI NA IM
Ml NA Ml
Ml NA Ml
IM NA Ml
Ml NA Ml
• M NA Ml
• M NA >M
• M NA •!•
IM NA MI
Ml NA Ml
IM NA Ml
Mi NA m
-.1
ill NA Ml
IM HA IM
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA IM
-2
Ml NA IM
III M Ml
63-M
IW
Njitt ngil
Ml NM Ml
ill NA IM
ill NA ill
III M Ml
in mi in
IK M in
• •• NA Mi
MI NA •••
Ml NA IM
<•• NA MI
IM NA MI
Ml NA Ml
Hi NA IM
Ml NA Ml
Mi HA MI
IM HA Ml
Ml M Ml
Ml IM III
IM IM IM
ill HA MI
MI HA til
IM HA MI
Ml NA Ml
MI NA MI
in mi i|t
ill NA MI
Ml HA Ml
ill NA IM
• M NA Ml
MI HA ii <
Ml HA Ml
IM HA IM
ill NA M.
Ml HA Ml
IM HA Ml
MI NA ill
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA IM
IM NA IM
Ml NA Ml
IM NA Ml
6J-I5
1*79
iMttt njii
Ml NA Ml
Ml NA IM
Ml NA IM
Ml NA Ml
III HA m
Ml NA *M
IM NA Ml
Ml NA Ml
Ml NA Ml
Ml NA IM
Ml NA Ml
III NA Ml
1*1 NA ill
111 NA IM
IM NA Ml
IM NA IM
Ml NA Ml
IM NA ill
IM NA IM
ill NA •••
IM kA Ml
III NA Ml
IM NA MI
IM NA ill
tit NA tit
IM NA MI
Ml NA Ml
IM NA Ml
IM NA Ml
ill NA MI
Ml NA Ml
ill NA MI
IM NA Ml
Ml NA Ml
IM NA MI
Ml NA Ml
IM NA M*
111 NA MI
111 kA MI
Ml NA Ml
Ml NA Ml
III NA Ml
Ml NA IM
IM NA Ml
63-*4
1*79
tillt Hgtt
'.It
IM NA IM
-51
-III
• ii NA in
Ml kA III
-251
• II NA Ml
-51
-51
-51
Hi NA MI
-51
-51
-III
Ml N« Ml
Ml NA Ml
Ml NA Ml
IM NA Ml
IM NA MI
Ml NA Ml
Mi NA MI
IM NA MI
IM NA Ml
tn NA * • '
211
-51
in NA MI
161
-51
-III
Ml NA Ml
IM NA !••
111 NA >•!
Ml NA Ml
IM NA III
MI NA ill
2;
II* NA Ml
-:;i
III N» •••
• M NA •••
••• NA •••
1511
6M5
IS/9
Kill "9«l
-151
III J,h Ml
IM NA Ml
IM NA Ml
111 u£ 111
IM NA MI
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
ill NA IM
• M NA MI
Ml NA Ml
• M NA Ml
Ml NA Ml
IM NA Ml
• M NA Ml
Ml M III
?2I
-3.1
IM NA Ml
IM NA lit
Ml NA Ml
Ml NA Ml
tti NA itt
IM NA Ml
Ml NA IM
Ml NA Ml
IM NA Ml
IM NA MI
IM NA MI
Ml NA Ml
• M NA Ml
Ml NA Ml
-II
• M kA MI
• It NA Ml
IM NA Mi
MI NA ••• .
Ml kA III
111 tin 111
111 kA •••
in kA IM
in MA MI
6Mt
\?)i
*"lt KMl, ,.
"&•/? 1
T-T
Ml Nil Ml
• It hA Ml
-It
-41
Ml NA Ml
2811
Ml KA •••
-31
-SI
-31
Ml DA Ml
-31
-Jl
-61
Mi NA MI
ill NH MI
Ml NA Ml
• •• KA MI
• M NA •••
Ml NA IM
• M NA Ml
Ml kA Ml
Ml NA IM
7J
-11
MI kA m
•11
-31
-it
Ml kA Ml
• M MA IM
III kA Ml
Ml NA Ml
••• NA IM
• •> Nk IM
-!<
Ml M. »•
-151
III kit •»•
Ml Nil IM
• •• kA MI
18*11
44-il
1971
.Mltl Ngtl
lit NA m
Ml NA M*
Ml NA Ml
Ml NA' Ml
Ml NA IM
• M NA IM
IM NA ill
Ml NA Ml
IM kA Ml
IM NA Ml
• M NA Ml
IM NA IM
• M kA •>•
III NA Ml
Ml NA Ml
Ml NA Ml
Ml NA It!
• M NA Ml
Ml NA Ml
Ml kA III
Ml NA IM
• M NA Ml
IM kA Ml
IM NA Ml
Ml NA Ml
iii NA IM
• M NA Ml
MI NA MI
IM NA Ml
Ml NA Ml
Ml NA Ml
• M NA IM
• M NA Ml
•M llA Ml
Ml kA Ml
•M NA Ml
•M NA Ml
• M NA Ml
Ml N« IM
MI NA •••
Ml NA •••
Ml Nil IM
-------
TABLE A-2 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SAIKU Nim&tll
DAIE SIM'fO
OAIA SOltttE
KAPHlHAt.ni
NlUOkENJENE
VMlMtfHUU.
PEKIACHlUOFHEMU.
PHEiOl
l-nUUUL
2-fWANDl
1,1,2,2-IEIkAtMOHIttlHANE
lEHACHlOkOElHVUNE
UlMHfDRIVUilAN
IDllKNE
101»HEN£
1,1,1-IBICtU.OHOEIHANf
1,1,2-nilCHlQSOllHANf
HJICHUMOUHVlUi
IfUCNIOIORUOMMUHUtf
I^.J-lNlCHllttflPSOI'ANt
VINIL CHLORIDE
n -UUtf
mEtfS
41-13
1973
Null Hjit
IK HA Ml
»i M "I
in M n>
ill NA III
in M in
in M m
in M in
in M tu
in HA in
in M* IM
in M in
ill M t»
in M MI
in M tit
in M tit
lit M tit
in U lit
in U in
ill M lit
ill U tit
c.2-11
1973
Hillt Ntit
174
-l»
-48
-72
1761
-IUU
•IMII
-691
-411
in NA lit
mil
~SU1U
-Ml
-Ml
-191
-IHI
-IIN
-IUI
lit M tit
tti NA in
42-W
197}
lUttt flgit
212
-J.B
-4.1
-72
6321
tit U lit
in U in
-141
-82
•It NA in
3391
-5A8IM
-76
-IN
214
-211
-211
-211
lit U tit
tit NA tit
4j-»l
1*79
Nitit ng«i
MI NA in
ill NA in
Hi NA in
in NA in
til NA in
til NA in
ill NA in
in NA in
in NA in
til NA in
in NA Hi
-5
tit NA lit
Ml NA Ml
tit M m
lit NA III
tit NA ill
til NA ill
lit NA lit
tit NA ill
6l-*2
1979
Null Nytt
III NA Hi
•It NA nt
ill NA tit
tit NA tit
in NA in
til NA Hi
in NA in
• n NA in
in NA •"
in NA Hi
in NA tu
tit NA tit
tit NA in
III NA tit
lit NA tu
tit NA tit
•U NA til
tit NA ttt
tu NA til
lit NA III
63-»S
1974
Niilt «gil
111 NA 111
III NA lit
111 NA i>i
in NA in
Hi NA in
in NA Hi
in NA in
in NA in
in NA in
• n NA in
in NA in
in NA Hi
in NA HI
in NA in
in NA in
in NA MI
MI NA HI
Ml NA MI
MI NA in
in HA MI
6S-M
19)9
Ibilt ngu
III NA III
in NA MI
in NA in
III NA Ml
MI NA in
IM NA MI
MI NA m
-51
-58
1311
45i
III NA IM
-31
51
-SI
Ml NA Ml
III NA IM
-III
Ml NA Ml
71
6MS
197?
Hti.lt Hgit
Ml NA Ml
IM NA IM
Ml NA>MI '
IM NA lit
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
ill NA MI
Ml NA Ml
111 NA MI
till*
MI NA lit
MI NA nt
Ml NA •!•
IM NA in
MI NA IM
Ml NA Ml
MI NA in
MI NA MI
o:-it
1*79
lusu nj«i
IM NA Ml
Ml NA Ml
Ml NA Ml
MI NA MI
MI NA in
Ml NA Ml
Ml NA Ml
-:i
42
mi
391
III M Ml
281
-11
31
lit NA MI
in NA MI
-61
• M NA in
68
64-lt
1471
«MU Hftl
•it NA •••
• it M MI
lit M ill
tit HA MI
lit NA I'M
IM NA m
MI NA MI
MI NA in
MI NA IM
Ml NA Ml
Ml NA Ml
Ml NA Ml
•M NA MI
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml HA III
• M NA Ml
in NA MI
IM NA Ml
-------
TABLE A 2 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SAHPIE NuuEft
DA1E SIAklEt
OAIA SOUkCE
ACE ID*
ACRQUIN
UN1ENE
BNOIUHEIIiAliE
WIANOl
I-8UIANUI
2-BuiANONt intkt
sum lENm PHENOL
CARBON IEIHACHLOI1IDE
CHLMOeENltNE
CHLOflOElHANE
IISI2-CHLOROEIHQHIIIEIHANE
2-CHLOiiOEIHn V1NIL EIHEH
CHlONOFDNIt
CttORQftUHANE
llSICHLWUIEIHaiHHEt
2-CHLONONAPHlHAlEME
P-CRESOL
2,4-0
4,4-ODt
DIBfiOIUlHElHANE
DI-N-H1IIL PHIHALAIE
1,2'DlCHlMOBiNUKi
1.4-Bl£«.l»I»£NKNE
OICHLOROOIFLUUHMEIUAHE
1,1-DICHl.ONDElHANE
1,2-OICHi.OBOtlHAME
CIS-I,2-I)ICHICRKIH«UN£
IkANS-|,2-DICHLMOEIHTLEllE
l,2-DICHLMlOPM)PAME
1,5-BICHlMlOPSOPEME
DIE1HHL PHIHAIAIE
1,4-OlttlHTimNOl
OIHHHU PrilHALAlE
ENDRIN
ElHANfi
ElHtl i
EIHIl ttn.Lki
8ISl2-EIHn.HEUllPMIHALAIE
2-HEIANQNl
\WnWQ*i
lIN&ANf
4-H£Iim-2-KklMiGKE
nllHrUMt ChlUnlOf
44-12
1971
Mutt Hg*t
in NA in
-lill
-44
-111
MI NA i"
III NA Hi
tit M tit
lit MA Ml
-28
61
-III
ill NA in
-III
-16
-III
-III
til NA itt
Ml M M>
Ml NA Ml
MI NA •••
III M Ml
Ml NA Ml
tit NA Ml
tit NA til
-III
-47
-28
Mi NA MI
-16
-61
-151
MI NA MI
III M IM
MI NA MI
lit NA tti
Ml NA Ml
•M NA Ml
11
Ml NA Ml
Ml NA Ml
MI NA MI
Ml NA Ml
MI NA ill
-28
64-11
I»7I
Null Npt
Ml NA III
-IIM
»5I
-IIM
Ml NA Ml
Ml M III
Mt MA tit
Ml NA Ml
-281
6i5
-IIM
Ml NA Ml
-IIM
-161
-IIM
-IIM
lit NA Ml
Ml M Ml
IM NA in
Ml NA Ml
IM NA Ml
Ml Mt Ml
Ml NA Ml
Ml NA Ml
Ml kA Ml
III NA Ml
• M HA !•!
tu NA IM
111 NA MI
Ml NA Ml
111 NA MI
ill NA MI
Ml NA •••
IM NA IM
MI NA MI
in NA MI
Mi NA MI
Ml NA Ml
MI NA MI
IM NA MI
Ml NA Ml
IM NA Ml
IM NA MI
IM NA MI
IM NA MI
IM NA Ml
IM NA Ml
Ml NA Ml
III NA Ml
ill NA MI
Ml NA Ml
IM NA MI
III NA Ml
111 NA MI
Ml NA Ml
Ml NA Ml
111 NA MI
IM NA MI
Ml NA Ml
Ml NA Ml
111 NA ill
III Nk III
•II NA III
ill NA in
in NA MI
65-15
1971
Witt Itgit
MI NA m
MI NA MI
in ||A in'
Ml NA Ml
Ml NA Ml
in NA MI
in NA tit
in NA Mt
ill NA IM
Ml NA Ml
IM NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
IM NA MI
MI NA ttt
Ml NA Ml
IM NA Ml
ill NA IM
Ml NA Ml
Ml NA Ml
111 NA MI
Ml NA Ml
III NA Ml
Mt NA Mt
Ml NA Ml
IM NA MI
in NA Ml
Ml NA Ml
Ml NA Ml
ill NA MI
Ml NA Ml
IM NA MI
Ml NA Ml
111 NA in
MI NA IM
MI NA IM
IM NA Ml
IM NA in
MI NA in
MI NA in
IM NA in
tit NA IM
oi-16
19/1
luile Rg»l
III Hk "I
ill NA •••
Ml NA Ml
Ml NA Ml
111 NA Mi
• M NC Ml
IM NA Mt
Ml M Mt
MI NA IM
IM NA MI
Ml NA Ml
111 NA IM
MI NA MI
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
IM NA IM
111 NA MI
Ml NA Ml
IM NA MI
Ml NA Ml
IM NA Ml
Ml NA Ml
Ml kA Ml
111 NA IM
Ml kA IK
Ml NA IM
IM NA •••
tu kA 111
ll> NA MI
Ml Nil Ml
III kA IK
Ml Nit Ml
ill NA MI
MI NA IM
MI NA in
IK kA i"
• •• NA IM
• K Nli IK
IK NA IK
KI NA •••
• M HA Ml
6J-I7
1971
luttt Hgit
T
Ml kA Ml
ill NA MI
IM M Ml
Mt NA IM
Ml NA*MI
Mt NA IM
Mt NA Mt
Mt NA IM
Mt MA Ml
Ml MA ill
Ml MA IM
IM MA Ml
IM NA Ml
Ml NA Ml
Ml NA IM
Ml NA IM
Ml NA Ml
Ml NA Ml
IM NA ill
Ml NA IM
Ml NA IM
IK NA Ml
111 NA MI
IM NA IM
IM NA IM
Ml NA IM
IM NA Ml
MI NA IM
ill NA MI
IK NA IM
111 NA MI
Ml NA Ml
• K kn IM
• K NA IM
Ml NA Ml
IK k« IM
IK NA MI
IM NA MI
MI NA IM
••• NA til
ill NA IM
IM NA MI
• M NA MI
Ml HA Ml
-------
TABLE A-2 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SiWU HURIU
U1E SIMIEI
Mil SUMCf
HVHIHALEHE
HlliakEHlEHE
4-NiiRWHEiiu.
PENlACNUMOPHEHQl
PNENH.
I-PSOPINOL
• -norwoi
1,1,2,2-IEIUCMLOROEIIMIi
lEIMCHLMOEninEtf
lEIUOTMtfURM
HHUEHE
ItUPNENE
1,1,1-lilirtlMOEIHIHE
1,1,2-lfilCHLttOElHIK
matoBBiNnENE
lllCNLOtQaUOUKTWUC
1,2,1-ttiaH.UOPRtfME
VIHIL CM.OHIK
R-IILEIE
ItLEHES
44-U
1971
Hull Hut
III HI Ml
Ml HI Ml
Ml M IM
Ml HI Ml
Ml HI Ml
Ml IM Ml
lit Ik ttt
-49
-41
lit HI Ml
494
IM M Ml
-U
-31
-19
-IM
Ml HI Ml
-IM
Ml M IM
Ml M Itl
44-U
1971
Butt HMi
Ml til
III ttl
III ttt
Ml Ml
Itl III
ttl Itl
til Mt
-491
-411
Ml Ml ttl
5941
IM M ttt
-IM
-3M
-191
-IM
Ml HI Ml
-IM
Ml HI IM
III M Ml
44-M
1971
Hull Hgil
Ml III
Ml III
Itl tit
III tit
III ttt
ttl ttl
ttt Itl
-4.9
-4.1
III M Ml
-4
tit M m
-I.I
-J
-1.9
-II
Ml W Ml
-II
IM HI Mt
Itl IM Ml
ti-ll
1971
Null A|t!
-II
-II
-tut
-9MI
-MM
Ml HI Ml
ttt W ttt
-II
-II
III Ml Ml
M
-II
41
-II
-II
-II
Ml HI MI
-21
Ml HI IM
Itl M Ml
45-12
1971
Null Nflt
Ml HI IM
Ml HI IM
III IM tit
Ml
Ml
Ml
ttt
Itl
III
Itl
Itl
Ml
IM
lit
Ml
IM
III
III
lit
Mt
ttt
tit
lit
ttt
ttt
III
tit
III
ttl
ttl
tit
•M
•II
•tl
ttt
Mt
tit
1971
Null R|lt
Ml HI III
Ml HI IM
Ml HI Ml
lit HI IM
Ml HI IM
III HI Ml
ttt U ttt
Ml HI IM
Mt HI Ml
Ml HI IM
Ml HI IM
IM HA IM
Ml HI IM
Ml HI IM
Ml HI Ml
Ml HI IM
IM HI Ml
Ml HI Ml
Ml HI Ml
IM HI IM
45 It
1971
Ml HI Ml
III HI Ml
Ml HI IM
Ml HI III
Ml HI Ml
III HI Ml
lit M ttt
III HI III
III HI IM
III HI Ml
Ml HI III
Ml HI IM
IM M IM
ill HI III
III HI Ml
III HI Ml
Ml HI Ml
IM HI Ml
Ml HI Ml
III HI IM
65-15
1971
Null H|tt
Ml HI Ml
Ml HI IM
ill HI. IM '
Ml HI Mt
Ml HI IM
Ml HI Ml
ttt M tit
III HI Ml
MI HI Ml
Ml HI Mt
• M HI Ml
IM HI Ml
IM HI Ml
IM HI Ml
IM HI Ml
Ml HI Ml
• M HI III
Ml HI Ml
Ml HI Ml
IM HI Ml
65-ti
1971
Null Bui
Ml HI Ml
Ml HI IM
Ml HI Ml
III HI Ml
Ml M Ml
Ml HI Ml
ttl M tit
Ml HI Mt
Ml HI Ml
Ml HI Ml
IM HI ill
Ml HI Ml
III HI Ml
III HI Ml
III HI Ml
III HI Ml
ill U IM
III HI Ml
III HI Ml
III HI IM
45-1?
1971
NUtt Hut
ttt M Ml
Ml M Mt
Ml IM Ml
IM HI IM
Ml HI IM
Ml M Ml
ttt tt ttt
III HI IM
III HI IM
Ml Ml
III Ml
III Ml
Ml Ml
III Itl
Ml Ml
Ml Ml
III U III
• M HI Ml
IM HI IM
Ml HI Ml
-------
TABLE A-2 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SANPLE NUIUER
BAIE SIARIED
BA1A SOURCE
ACEIONE
ACNOLEIN
BENiENE
BMWMEIHANE
IUIANOL
1-BUlANOL
2-BUlANONE INEK)
BUIYL BEN7.VL PHENOL
CARtON IEINACM.URIOE
CHLONOtENUNE
CHLORDEIHANE
BISI2-CHLOROEIHOI«INE1HANE
2-CMLQROCIHfl V1NU UHlN
CHLONOFOR*
CHIOROHETHANE
BISICHLOROKETHYUEIHER
2-CHLDRONAPHIHALENE
P-CRESOl
2.4-fl
4,4-BW
OlMKIMUIEIHANt
BI-N-Hlin PHIHAIAIE
I,2-BICHLOROIEN2ENE
1,4-BICNLOROBENiENE
BICHLORODIFLUOROKiHANE
1,1-IICM.OflOEINANE
1,3-BICHMIOEIKANE
CIS-|,2-BICNLOROEIHUENE
IRANS-l,2-DICHlOROEIH»LEN£
1,2-BltHLOkOPNliPANE
(.l-DICHLOROPROHNf
ilEIHtL PHIHAIAIE
2,4-BIHHHUPHENm
DIRE U). rnlHALAU
ENUIN
ElHANOL
EIHVL ACEIiUE
EIHU BEN1EHE
BISI2-EIHUHEIVDPH1HALA1E
2-HE1ANONE
ISOPMllhOtf
LINlAkE
4-H£IH»l-2-PEIilAM)NE
Mln .M LnlOhlOE
65-18
1971
IM NA ill
Ml NA MI
Ml NA Ml
lit NA tit
Ml M Ml
in NA lit
Ml NA III
• it NA MI
Ml NA Ml
Ml NA IM
III NA IM
Mt NA Ml
Ml NA III
Ml NA M*
Ml NA Ml
Mi NA tit
lit NA Ml
lit NA III
lit NA tit
tti NA lit
Ml M lit
III NA III
in NA Ml
III NA tit
Ml NA Ml
IM NA lit
Ml NA tit
Mi NA MI
III NA Ml
III NA tit
Mt NA Ml
IM NA Ml
Ml NA Ml
Mi NA IM
Ml NA MI
Mi NA Ml
• M NA Ml
Ml NA Ml
IM NA Mi
Ml NA Ml
Ml NA IM
IM NA MI
Ml NA Ml
IM NA MI
45-19
1*71
MMUtJiat
•ti NA lit
-III
4)
-II
in NA lit
III NA Mt
IM NA tit
MI NA tit
-II
-II
56
-II
-II
-II
-II
-II
-II
lit NA Ml
III NA III
-II
lit NA til
-II
-II
-II
-11
252
-II
MI NA MI
421
-II
-21
21
-125
-II
-II
Ml NA Ml
IM NA MI
64
-II
Ml NA Ml
116
MI NA MI
in NA Mi
111*
65-11
1971
NitU ngtt
Ml NA •••
tit NA Ml
tit NA lit
lit NA MI
tit NA in
lit tit
Ml Ml
in tit
til in
lit tit
IM ill
III Ml
Ml NA Ml
in NA MI
III NA III
in NA "I
tit NA in
ill NA "I
lit NA ill
lit NA in
ttt NA MI
lit NA lit
lit NA tit
in M in
Ml NA Ml
IM NA MI
Ml NA Ml
Mi NA MI
IM NA MI
Ml NA Ml
Ml NA Ml
Ml NA Mt
Ml NA Ml
til NA MI
Ml NA Ml
MI NA •••
III NA MI
Ml NA.MI
IM NA Ml
Ml NA IM
Ml NA Ml
Ml NA MI
Ml NA Ml
in NA MI
65-11
1971
Null fljil
Ml NA Ml
Ml NA Ml
ill NA MI
III NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
IM NA MI
Ml NA Ml
MI NA ill
ill NA Ml
ill NA Ml
'ill NA MI
III NA in
III NA Ml
ill NA Mt
III NA lit
ill NA in
Ml NA Ml
ill NA Ml
IM NA Mi
III NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
ill NA MI
111 NA MI
Ml NA Ml
IM NA Ml
Ml NA Ml
ill NA MI
IM NA •••
Ml NA Ml
III NA Ml
111 NA MI
III NA Ml
IM NA MI
in NA MI
Ml NA MI
Ml NA Ml
Ml NA Ml
Ml NA Ml
65-12
I97|
Niitt Itgit
Ml NA Ml
-511
-51
-SI
MI NA m
Ml NA Ml
III NA til
ill NA Ml
-51
-SI
-51
-II
-SI
-SI
-si
-SI
-II
ill NA tit
ttt NA til
-II
tit HA til
-II
-II
-II
-51
261
-SI
Ml NA Ml
197
-51
-IM
-II
-25M
-II
-II
Ml NA Ml
MI NA lit
-51
-11
Ml NA Ml
19
•M NA MI
Ml NA Ml
1215
65-11
1971
ktttt "Jit
in NA MI
Ml NA Ml
in NA Ml
Ml NA Ml
MI NA Ml
ill NA MI
Ml NA Ml
MI NA MI
Ml NA MI
Ml NA MI
Ml NA Ml
Ml NA Ml
III NA MI
Ml NA Ml
•II NA III
Ml NA Ml
III NA Mi
•M NA MI
Ml NA Ml
lit NA MI
III NA Ml
ill NA Ml
Ml NA Mi
Mt NA Ml
Ml NA •••
Ml NA Ml
Ml NA Ml
• M NA Ml
IM NA Ml
MI NA IM
IM NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
IM NA IM
Mt NA Ml
IM NA MI
Ml NA Ml
Ml NA IM
ill NA Ml
ill NA •••
• M NA Ml
MI NA •••
in NA MI
65-14
1971
•tin flgit
Ml NA Ml
Ml NA Ml
III NA MI
•M NA Ml
Ml NA IM
IM NA MI
Ml NA IM
IM NA Ml
IM NA MI
Ml NA Ml
IM NA MI
IM NA I"
III NA IM
Hi NA •••
Ml NA Ml
•M NA MI
Ml NA Ml
IM NA Ml
Ml NA IM
•M NA IM
Mt NA MI
Ml NA MI
Ml NA Ml
• M NA Ml
111 NA •••
Mi NA MI
MI NA MI
• M NA Ml
Mi NA Mt
Ml NA Ml
Ml NA Ml
in NA MI
Ml NA Ml
III NA Ml
Mt NA MI
• M NA •••
Ml NA Ml
Mt NA MI
III NA IM
in NA in
MI NA •••
in NA tn
in NA in
in NA MI
65-15
1971
Niitt "git
Ml NA Ml
IM NA MI .
Ml N) III
ill NA MI
Ml NA Ml
• M NA Ml
IM NA IM
IM NA Ml
Mt NA Ml
IM NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Mt
IM NA MI
Ml NA Ml
IM NA MI
ill NA MI
IM NA Ml
ill NA MI
Ml NA Ml
ill NA Ml
Ml NA Ml
•M NA Ml
Ml NA Ml
IM NA Ml
IM NA MI
lit NA IM
Ml NA Ml
Mt NA Ml
111 NA MI
MI NA in
Ml NA Ml
IM NA Ml
III NA III
IM NA MI
Ml NA Ml
MI NA in
Ml NA Ml
111 NA MI
Ml NA Ml
111 NA MI
MI NA in
in NA in
in NA MI
65-16
1971
Hist t ngtt
i.
Ml NA Ml
IM NA MI
111 NA MI
Ml NA Ml
Ml NA Ml
Mi NA MI
Mt NA Ml
tn NA MI
Ml NA Ml
ill NA MI
• M NA in
Ml NA Ml
Ml NA i»
Ml NA Ml
Ml NA Ml
IM NA Ml
Ml NA Ml
IM NA Ml
Ml NA Ml
IM NA IM
Mt NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA IM
Ml NA Ml
IM NA IM
111 NA •••
• M NA III
MI NA ill
MI NA •••
IM NA Ml
IM NA 111
IM kti Ml
111 NA i>t
ill NA Ml
ill NA ill
Ml NA Ml
MI NA ill
111 NA >M
MI NA ill
• M NA Ml
•?
-IB
-IB
• M NA Ml
IM NA IM
46.4
-IB
Ml NA •••
67
i«i kA •••
• M NA Ml
IB6B
-------
TABLE A-2 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SMhi NUMER
DAH SIARIED
MIA SOU1CE
NAfHlHALENE
NUfcQKNlENE
4-NllftOPHENOL
PENIACHIORIVHENU.
PHENOL
\-fWWl
2-P80PANOL
1,1,2,2-lEIMCHlDIOEIHANE
IEIRACHKUQEIHVLENE
lEIfcAMITMOfUflAN
IOLUEKE
(OlAPHENE
1,1,1-JlilCHI.IWOEIHANE
1,1,2-UUCHlOKOEIHANE
iNlCHllttOEIimENE
IIICHLOltfLUOJUMElHAHE
I,2,J-INICMIO«I«IOPAH£
VIHM. LI., mitt
R-mENE
HLINK
45-M
1971
Null Hg*t
til NA ««•
•« M MI
Ml NA III
m M "1
in M in
III U in
in HA in
Ml HA III
III M Ml
Ml HA Ml
Ml NA l»
in NA ill
Ml M Ml
Ml HA IM
Ml U III
IM M Ml
Ml W IM
IM U III
Ml IM Ml
IM HA Ml
65-W
1971
Hull Npt
-II
Ml
-125
-125
221
Ml HA IM
III W Ml
-II
-II
ill NA MI
1221
-IMM
17
-II
71
-II
Ml U III
St
Ml HA Ml
IM M Ml
«5-ll
l«7i
Niiti Hgit
IM M III
«<« HA Ml
• M HA Ml
Ml HA Ml
Ml M III
IM NA MI
Ml HA Ml
Ml HA IM
IM NA in
Ml HA Ml
Ml HA Ml
•M NA Ml
ill HA Ml
Ml HA Ml
Ml HA Ml
IM HA Ml
Ml HA Ml
Ml NA Ml
IM HA Ml
III HA IM
fit- II
1471
Hull Ag>i
in HA •••
««« NA MI
Ml NA Ml
•M NA MI
Ml NA Ml
Ml NA IM
Ml NA IM
Ml NA MI
• M NA Ml
Ml NA Ml
IM HA Ml
Ml HA Ml
IM HA Ml
III HA Ml
III HA MI
• M HA Ml
ill HA MI
Ml HA IM
IM HA Ml
III HA MI
65-12
1971
litti rt^it
-II
-II
-nil
-25H
-2SM
Ml NA IM
IM NA in
-SI
-91
MI NA •••
Ml
-II
-SI
-SI
»2
-SI
IM NA in
-SI
MI HA IM
Ml HA IM
65-IJ
1*71
Null Itgil
tl» M in
Mt NA Ml
Ml NA Ml
Mi NA IM
Ml NA IM
Ml NA Ml
Ml HA Ml
MI NA IM
MI NA in
Ml HA Ml
lit NA Ml
Ml M Ml
ill HA MI
Ml NA Ml
Ml NA Ml
ill HA MI
MI NA in
Ml NA Ml
in NA MI
MI HA in
65-14
1*71
Kiitl R)(l
ill NA in
Mt NA Ml
in NA MI
in NA MI
lit NA in
in NA in
Hi NA IM
MI NA MI
tn NA MI
ill M Mi
•M NA MI
lit NA MI
Ml NA IM
ill NA MI
Mi NA MI
Mi NA MI
in NA IM
in NA in
IM NA MI
in NA in
65-15
1971
Niill Ityll
IM NA MI
tit NA MI
Ml IWN.it
Ml NA Ml
MI HA MI
IM NA lit
MI NA MI
MI NA MI
Ml NA Ml
IM NA MI
til NA in
MI NA IM
Ml NA Ml
IM NA Ml
Ml NA Ml
Ml NA Ml
in NA Mi
in NA Mi
Ml NA Ml
ill NA IM
tilt
li/l
lU< .%*(
til NA Ml
Ml Ml Ml
ill NA MI
tit NA MI
MI NA in
MI NA MI
tit HA MI
in NA in
MI NA in
Ml NA Ml
Ml HA IM
Ml NA Ml
Ml NA Ml
Ml NA Ml
til kA in
Ml NA Ml
III MA Ml
111 kA IM
MI HA IM
Ml fcf, III
65-17
It7l
Hull H«»l
a
-li
-24
-3*
. 4JI.2 '
Ml M •••
ill NA IM
-t.»
&
tn kA in
SM
-41
e
~ i
41.!
-II
• M U, in
44
Ml NA Ml
Ml NA Ml
-------
TABLE A-2 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SAWU NUUER
OAIE SIAhitu
DAIA SOURCE
ACE (ONE
ACkdUIN
Bin: Mt
UOMiNEIHANE
IDlAtOL
1-NUIANU
2-BUIANONl iHEKI
iUlU lENm PHENOL
CARMN lElNACHLORlOE
CNLOROBENiEHE
CHLORDEIHANE
IIS(2-CHLOSOlIHOmil£lHAN£
2-CHLWOE1HIL VIN1L E1HER
CHLOROFORM
CHLOROnElHANE
IISICHLONONEIHUIEIHEI)
2-CHLOHONAPHIHAlENE
P-CRE60L
2,4-0
4,4-DDl
OIUOIttHEIHANE
DI-N-MJin HIIKftlAlE
I,2-DICHLOR08ENIENE
1,4-OICHLORONENT.ENf
DICHLORODIFlUOROnEIHANE
1,1-OICM.OROilHANE
1,'2-DICHLOROEIHANE
ClS-l,2-BltHL(«aEIHaENt
INANS-I,2-OICH.OROEIH»L«E
(.l-tlCHORaFtOPANt
I.J-OICHLOROPROPENE
OIEIHIL PMIHAIAIE
2,4-OIHfIMKPHENOL
DlltflHU PHIHAIAIE
ENOftlN
EIHANOL
EIHU AL'EIAIE
EIH»l BENJENE
mSl2-EIHUHEm>tHlHAlAlt
2-HEIANONE
ISOhlbflDNE
LINDANE
4-HEIHU-2-FENIANONE
HEIHKIENE CHlOMDE
65-11
1971
Nittt ll|it
IK NA IM
Ml NA Ml
IK NA Ml
• M NA •••
KI NA IK
IK NA •••
Ml NA Kt
Ml NA Mt
• M NA IK
Ml NA Mt
IK NA Ml
Mt M IK
Ml NA IK
Mt NA Mt
Ml M Ml
tit NA Mt
• M NA Mt
• M NA Ml
Mt NA •••
Mt NA Mt
Kl NA Kt
IM NA Mt
MI NA Mt
Ml NA Ml
MI NA !••
tit M MI
MI NA IM
IM HA Ml
IM NA Kt
IM NA Mt
ill NA IK
Mi HA ill
IK NA Ml
IK NA Ml
IK NA Kl
• •• NA IK
IK NA IK
KI NA KI
IK NA •••
in NA KI
IK HA •••
IK NA IK
IK NA IK
IK NA IK
65- 1»
NMtl Kilt
IK NA IM
Ml NA Mt
IK M IM
•M NA lit
tit NA Mt
Ml HA Ml
• K NA Ml
Ml NA IM
• M NA Ml
IM NA Mt
IK NA Ml
Ml NA IK
tit NA ttt
Ml NA Ml
Ml NA Ml
III NA Ml
III NA III
Ml NA Ml
Ml NA IM
ttt NA III
Ml NA Ml
Ml HA •••
IM NA IK
K| NA Ml
IK NA IM
tit NA Ml
Ml NA •••
Ml NA it*
Ml NA Ml
• M NA Ml
ill NA IM
Ml NA Ml
IM NA Ml
IM NA Ml
IK NA IK
ill NA IK
IK NA Kl
IK NA IK
IK NA til
IK NA IK
IK NA Kl
IK NA IK
IK NA IK
Kl NA •••
65-21
Hull Mgit
IK NA IK
IM NA •••
ill HI KI
Ml NA IM
IM NA Ml
IK NA Ml
Ml HA Ml
ill M ill
Ml HA Ml
IM HA Ml
III NA Ml
IM HI Ml
IK HA Ml
Ml HI Ml
ttl HA IM
III HA Ml
III HA MI
Ml NA Ml
Ml NA Mi
ttt NA •»
Ml NA Ml
III HA Ml
IM NA Mi
• M HA •••
til NA •••
IK NA Mt
IM HA •••
•K NA •••
Ml NA •••
Ml HA •••
Ml NA IK
IM NA IM
Ml NA IK
Ml NA Ml
• K NA IK
• K NA IK
IK NA Kl
IK NA IK
Kl NA IK
IK NA IK
in NA IK
IK NA IK
KI NA •••
Kl NA IK
65-21
1971
tfiitt H|>t
IK NA IK
••• NA IK
• M NA Kl
• •• NA IK
MI NA IK
MI NA IK
Ml NA »•
Ml NA IK
• It NA in
ill NA •*•
Ml NA IK
Ml NA Ml
IM HA Mt
Ml NA Mt
III NA IK
•It HA Ml
ttl HA •••
• it NA Ml
Ml NA Ml
Ml NA IK
MI NA •••
III NA "I
• •• NA IK
Mi NA •••
••• KA IK
IK HA IK
KI NA •••
IK NA •••
Ml NA IK
tit NA •••
IM NA •••
• M NA •••
IK NA KI
IK NA KI
IK NA •••
IK NA KI
IK NA KI
KI NA KI
• K HA KI
IK NA KI
in M KI
IK NA KI
IK NA KI
IK NA IK
65-12
1971
Nittt Hgit
-3.4
-IIM
-44
-IM
ill NA in
KI NA ill
MI NA ill
III NA •••
-21
-61
-)M
-6
-III
-16
-IM
-IM
-2
Ml NA til
Ml NA in
-1
Ml NA m
-II
-2
-5
-III
m
-M
IM NA it*
.212
-61
-151
224
-2.1
-II
-II
IK NA KI
• K HA ill
-72
-II
• K NA lit
-2.3
IK NA in
• K NA KI
1441
«5-23
•4ilt lljlt
• K NA Kl
IK NA IK
IK NA IK
ill NA •••
KI NA KI
IK NA •••
• K NA IK
Kl NA •••
IK NA IK
KI NA KI
IK NA IK
IK NA IK
KI HA IK
lit NA Kl
ill NA IK
IK NA IK
ill NA IK
IK NA •••
IK NA KI
KI HA Ml
KI NA KI
• IK NA ill
IK NA IK
III NA IK
Kl NA IK
ill HA Kt
ill NA MI
MI NA in
IK NA IK
ill NA Ml
Ml NA IK
KI NA Kt
IK NA ill
IK NA IK
in NA IK
IK NA IK
IK NA IK
IK NA IK
tit HA Kt
IK NA IK
IK NA IK
ill NA IK
IK HA IK
IK NA IK
65-24
Hull Hgil
IK NA KI
in NA IK
IK NA IK
IK NA IK
IK NA IK
IK NA KI
in NA IK
IK NA Kl
ill NA IK
KI NA KI
IK NA IK
in NA IK
IK NA IK
• K NA KI
IK NA IK
IK NA •••
IK NA IK
IK NA Kl
••• NA •••
IK NA IK
in NA IK
in NA KI
IK NA KI
in NA KI
in NA KI
IK HA IK
IK NA IK
lit NA IK
IK NA IK
••• NA KI
IK NA Kl
Kl NA IK
IK NA IK
• K NA IK
• K NA IK
KI NA in
KI NA IK
IK NA •••
IK NA in
IK NA IK
in NA IK
in NA in
IK IM Kl
Kl NA IK
65-25
1971
NiiU ftgit
lit NA IK
IK HA in
• K NA.IK
IK NA IK
• K NA IK
KI NA IK
IK NA IK
• K NA IK
• K NA IK
• K NA IK
• K NA KI
IK NA IK
in NA IK
ill NA •••
IK NA Kl
ill NA Ml
IK NA IK
IK NA •••
IK NA KI
ill NA IK
IK NA •••
KI NA IK
IK HA IK
KI NA IK
••1 NA •••
••i NA Ml
• K NA Kl
IK NA IK
IK NA Kl
Kl NA IK
IK NA IK
IK NA IK
KI NA IK
IK NA KI
IK NA KI
IK NA Kl
•K NA IK
KI NA in
in NA KI
• K NA IK
IK NA IK
Kl NA IK
Kl NA KI
ill NA IK
65- -6
1971
IHilt Ityll
1*"'
-J.6
-IIM
37
-III
IK Nil in
KI NA IK
IK NA IK
IK NA IK
-28
-61
-111
-6
-III
-16
-III
-111
-2
IK NA IK
KI NA IK
-S
IK NA in
-II
-2
5.97
-III
ik5
-:a
IK NA IK
229
-61
-151!
-II
-27
-II
-II
IK NA KI
IK NA IK
59
-II
IK kA in
1!.6
KI NA HI
KI NA in
571
65-27
1*71
Hull Hgit
• ii1 ' j • .
r'--'—r
Ml NA Kl
IK NA KI
III HI IK
KI NA KI
Ml NA IK
IK HA IK
in NA IK
KI NA •••
III NA IK
IK NA IK
IK NA IK
IK NA •••
Ml HA K«
MI NA IK
in NA IK
IK NA lit
KI NA IK
IK NA IK
IK NA •••
• K HA Kl
IK Hit IK
IK NA IK
• K NA KI
• •• Nil IK
• it NA IK
IK NA IK
IK NA IK
IK HA IK
IK NA IK
• K NA KI
IK NA IK
IK NA IK
KI NA IK
• K NA IK
IK NA IK
•K NA KI
IK NA IK
• K NA IK
IK NA •••
KI NA in
III NA IK
IK NA KI
IK NA IK
KI NA Kl
-------
TABLE A-2 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1$80 OR EARLIER (continued)
SAWU NUfllEfl
OAIE S1AMED
DAIA SOURCE
NAfHIWU.E«
NIIM)flEN7.ENE
4-NII«DHltNOL
PENIACHJ.OMtf'HENOL
PHENOL
i-mumnui
2-PSQMkOl
l,l.2,2-IEIMCHLfl80EJHANE
UlhACHlDKOllmiEtt
lEIkAMIfMtflMAN
IOIUENE
IDltfHlNE
1,1,1-HICHLOUtlHANE
l,l,?-HICm08QEIHAHE
HclCHlO«IElHH.EN£
UICHL080HUO»0«IH4Ml
1,2,3-IIIICHlQilOfRaPANE
V1NII CHLMIDE
H-UU«
HUMES
65- U
1971
N»lt Hgil
in HA in
in NA •••
lit NA «it
ill NA HI
in HA in
ill NA in
in NA in
Ml NA in
ill NA in
ill M III
ill NA in
III NA HI
ill NA in
ill NA ill
in NA in
ill NA Hi
in NA in
in NA in
in NA in
ill NA HI
65-l»
i»7i
Mull lift
ill NA HI
lit NA •••
in M MI
in NA in
HI NA HI
in NA HI
••1 NA HI
ill NA HI
in NA in
in NA ill
Hi NA Hi
•II NA III
in NA in
III NA HI
III NA Hi
ill NA ««•
ill NA •••
in NA in
ill NA •••
••• M •••
65-21
\11l
Ui\il Bljll
in NA MI
in NA •••
in HA ill
III NA HI
HI NA Ml
Ml NA HI
III
ill
ill
III
III
Ml
Ml
Ml
Ml
Ml
Ml
Ml
III
IM
Ml
III
III
Ml
III
Itl
III NA III
ill NA Ml
ill NA in
MI NA Ml
65-21
i»7i
Mill Ngit
in NA in
in NA in
lit NA in
MI NA in
• •• NA in
Hi NA in
Ml NA in
Ml NA Ml
MI NA HI
•M NA in
MI NA in
Ml NA ill
Ml NA ill
Ml NA Ml
Ml NA HI
Ml NA Ml
MI NA IM
Ml NA MI
III NA III
Ml NA in
45-22
If7l
lUill (!}•(
6.45
-2
-2.5
-J.7
364
ill NA HI
IM NA III
ill NA 1*1
51.8
•M NA HI
487
-II
45. <
-31
»».2
-IM
in NA in
-IM
ill NA in
MI NA in
65-2J
i»7i
tutu nj«t
in NA MI
in NA in
in NA in
MI NA MI
Ml NA Ml
in NA in
MI NA Mi
Ml NA III
MI NA HI
Ml NA Ml
ill NA Ml
MI NA MI
MI NA MI
in NA MI
in NA Ml
• M NA MI
Ml NA Ml
IM NA Ml
in NA MI
MI NA HI
65-24
I»7I
luslt flj.i
Hi NA !•!
111 NA in
in NA in
IM NA in
in NA in
in NA in
• it NA IM
MI NA in
MI NA IM
MI NA Mi
in NA •••
in NA Mi
Ml NA Ml
Mi NA •••
Ml NA Ml
IM NA IM
in NA IM
in NA IM
in M •••
MI NA in
65-25
IV7I
Nufc flgit
IM NA ill
-------
TABLE A-2 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SWIH.E HUiuttH
DAIE SIARIED
OAIA SOURCE
ACE10NE
ACRU.EIN
lENIlNE
MUMOftflHAME
8UIANOI
I-8UIANUL
.'-BUIANGNt IREK)
.Jill IEN1VL f-MENOl
CAfitON IEIRACHIONIDE
CM.OROBEN1ENE
CHLfMOElHANE
»ISI3-CMLI)kO£lM>HIIICIHUE
2-CHLMOEIHIL VINU EIHER
CHKMOFORH
CHlOf)IMf INANE
IISICHLOROHEIHUDEIHER
2-CHLMDNAPHIHAl.ENt
P-CRESOl
2,4-D
4,4-OBI
DlbMmOKIHANE
DI-N-iUin PHIHAIAIE
1,2-OICHIOW1B(MJENE
1.4-OICM.MOIfNlENf
DlCMlORMHFlUWOHEIHANt
1,1-OICMlORttlHAME
I.MUHiWQElHME
CIS-|,2-DICHLWOEIH«LENi
ISANS-|,2-OICHl.[)BO£IH»lEN£
l,J-OICHl«»RBHU€
1,1-DICHLDROPROPENE
DIEIHIL PHIHAIAIE
2,4-OlflfINUPtfNQl
DIKflNKl PHJHALA1E
ENDR1N
EIHANU.
tlHU &CE1AIE
ElHtL 6EN1ENE
BISl2-ElHilHEI»UHtlHM.AIt
2-HUfcNWt
1 QFHOkUNE
1 INI/AkE
« nilMVL-? fENlAkCht
itflHiUKE ChifjhlUt
65-28
19/1
H»i* itgct
ill HA HI
in M lit
Mt U <«•
ill M III
in M in
in M in
in M in
in M KI
in M in
in M in
in HA in
in M in
ill NA III
in M •••
••• HA ii
in MA lit
ill HA ill
in M Hi
in HA ill
in M in
ill MA III
Hi KA in
ill M in
in M in
in KA in
in M •••
in U in
in KA in
in M in
in HA in
in MA in
ill HA Hi
III M I"
in HA in
in M in
in HA MI
ill HA in
Hi HA in
in NA in
• •• NA in
in HA in
in NA in
MI Nfi in
MI NA in
61-29
1971
Hill* 0|tt
ill HA lit
III HA III
in M ill
III M Ml
III M Ml
Ml M* III
in HA MI
MI HA Ml
MI HA MI
Mi HA ill
Mi NA Ml
in MA Ml
in NA IM
ut HA •••
in MA ill
in MA IM
ill NA IM
MI NA Ml
Ml NA Ml
Ml NA Ml
in M in
(it M MI
Mi MA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
. Ml NA Ml
MI HA Ml
MI NA lit
III NA Ml
tit NA in
Ml NA IM
Mi NA tit
Ml NA ill
in HA in
• it NA ut
til HA ut
• it NA ut
in NA in
in NA in
in NA MI
in HA in
in NA in
in NA MI
65- ii
1971
N«tlt Dgtt
-J.6
-IM
5.41
-11
Ml NA IM
Ml NA Ml
lit NA III
-II
-2.8
-6
11. 1
-k
-II
1.11
-11
-II
-2
•it NA til
Ml NA Ml
-1
ill NA m
-II
-2
-5
171
-4J
-2.B
Ml NA lit
H.5
-6
-15
118
-14
-II
-II
MI NA ut
in NA in
11.2
•II
in M m
11.6
HI NA III
111 NA in
I7B
o6-»l
1474
Niite njit
ill NA in
• It NA Mt
MI NA ut
• •1 NA in
MI HA in
Ml NA in
Mt NA in
tit NA in
MI NA in
tit NA ut
• U NA in
MI NA IM
IM NA IM
til HA IM
Ml NA Mt
Mt HA Ml
Ml NA IM
til HA in
MI HA IM
Mt HA Ml
Ml NA Ml
• it NA MI
ill NA in
tit NA •••
til NA in
til NA in
MI NA in
MI NA in
MI NA in
IM HA III
Ml NA Ml
MI NA in
MI NA in
iti NA in
tti NA in
in NA in
MI HA in
MI NA in
in KA in
in kA in
in NA in
ill NA •••
MI NA in
ill NA ill
68-12
197*
fcutt Itfcil
• U NA Hi
Ml M Mt
IM IM Ml
• M IM Ml
Mi NA HI
Ml NA Hi
Ml M Mt
ill M I"
Ml M Mt
Mt HA Ml
Mt NA Ml
«M NA tit
MI NA •••
Mi NA •»
MI NA tit
Ml HA Ml
Ml NA Mt
ill NA MI
lit NA Ml
Ml NA IM
Ml NA Hi
Ml HA Ml
Ml NA lit
Ml NA Ml
IM NA IM
Ml NA Ml
IM NA •••
IM NA IM
HI NA tit
Ml NA HI
in HA •••
Mt NA IM
in NA lit
IM NA ill
HI NA •••
in NA m
in NA in
ut NA ill
III NA IM
ut kA •••
in NA tit
ut NA •••
in NA ni
in NA •••
6B-4S
1979
•ill* Bgil
in NA m
••• NA •••
IM HA "I
in HA •••
• it NA "I
«• NA IM
Mi NA in
IM NA ut
in NA in
III NA IM
in NA •••
in NA m
in NA IM
in NA I"
in NA MI
• M NA IM
••• NA •••
ill NA ill
Ml NA Mt
tit NA in
IM M Ml
MI NA in
MI NA in
lit HA MI
Ml HA Ml
IM NA MI
Ml NA Mt
Ml NA Ml
Ml NA Ml
Ml NA Ml
III NA MI
Ml NA Ml
Ml NA Ml
ill NA in
in NA MI
Mi NA in
Ml NA Ml
in NA HI
in NA in
in kA in
MI kA in
lit NA •••
in NA Hi
in NA •••
66-*4
\m
Hiitt flgtl
in NA in
MI NA MI
in NA ut
til NA MI
Mi NA in
in NA m
in NA in
in kA •••
III NA III
111 NA in
in NA in
IK HA HI
in NA in
in kA in
in NA in
in NA in
in NA •••
Mi NA MI
in NA in
in NA in
Ml Nft Ml
MI NA in
in NA in
in NA ut
Ml NA Ml
in NA •••
MI NA in
in NA •••
in NA m
Ml NA Ml
in NA in
MI NA in
in NA in
iii NA ni
in NA in
in NA in
i>i NA m
Mi NA in
in kA IM
HI kC m
in lit, in
in NA •!•
111 NA in
in NA m
o9-ll
1961
MiUe flgit
in NA IM
-111
-4.4 .
-11
IM NA in
MI NA IM
MI NA IM
IM HA MI
-2.6
-6
-II
• it NA in
-II
-l.t
-li
-II
III NA In
III NA Ml
in NA in
iti NA tit
in HA in
in NA in
in NA in
in NA MI
-II
-4J
-2.8
ut NA m
-1.6
-t
-15
III NA in
III NA Ml
in NA in
in k'A in
in NA in
• t* NA in
21. i
in NA m
lit NA in
in NA in
in NA in
Mi kA Ml
2. a
Il-l!
lid
Mi&le Dgat
Ml NA IM
III HA Ml
III NA IM
IM NA IM
• M NA •••
• •1 NA IM
MI NA MI
• •• NA •••
• •• NA in
in NA •*•
IM NA •••
Ml M •!•
• M NA IM
MI NA MI
Ml NA Ml
Ml NA •••
MI NA in
in NA in
• M NA IM
Ml NA Ml
>it NA «••
in NA •••
MI NA IM
• M NA Ml
MI NA MI
MI NA MI
Ml NA Ml
Ml kA Ml
• M NA Ml
in NA IM
III NA III
• M Nn IM
ill !tA •••
Ml Hft Ml-
lll Ml Ml
• II NA IM
111 Nn MI
• M NA •••
IM Mi •••
111 NA MI
Ml MA III
MI r,A IM
•>i NA ill
Ml NA •••
72-tl
l«?7
Null Itytt
... — ._^.
•li NA •••
ill HA MI
Mi NA MI
IM HA •••
III NA in
• M NA Ml
tit NA •••
MI NA •••
in NA MI
IM NA •••
• M NA •••
• M NA Ml
• •• NA MI
MI NA •••
• M NA Ml
Ml Nn Ml
••• NA •••
111 NA 111
-II
MI NA iii
in NA in
••• kA •••
IM Hi) in
Ml NA •••
MI NA •••
in NA •••
Ml NA Ml
Ml NA III
Ml NA Ml
MI NA n«
• M NA MI
••• NA •••
MI NA •••
• M NA •••
-a
Ml kA Ml
III Nh III
• M Nh Ml
• M NA III
••• NA •••
IM NA Ml
-444
Ml NA Ml
ill NA in
-------
TABLE A-2 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
swim HUMID
BAH SIAN1ED
DAIA SOURCE
NAPHIHAUNE
NnRoiENiENE
4-NirRorumi
ftNtACHLQNWHENOL
mm.
l-fWANQl
1-HNKW.
l,l.2,M£IMCHlOI)0(lHANt
UlkACHlOkOtlHfLENE
IE1RAHVDRWUNAN
I&UENE
lOIAfHENC
l.l.l-HUCHUJkOEIHANE
1,1,2-lNlCNlOROEIHANE
IklCHLOftOElHVUHE
ItlCHlQilOfUKIttMElHANE
I.^J-IBICHlBdOCSOPWrt
VlNU. CHLORIDE
ll-IHll*
HUMS
65-28
i»7i
Null ftgit
••i M •••
IM M •*•
III |U HI
IK M HI
ill M III
III HA III
HI U HI
III M HI
III NA HI
III HA HI
ill HA >n
III HA III
III M HI
III NA' HI
HI NA in
HI HA HI
in HI HI
in M in
Hi HA •••
in M •••
65-2?
I»7I
NuttltM
III Ml
III III
III III
III Itl
III III
III III
III III
III III
i" M •••
•• Mt III
»« M HI
• • DA in
in M •••
III HA III
III M HI
•" III HA Hi
III NA III
•II M ••!
in M HI
Hi M HI
65-31
1971
Niitt Rgit
3.45
-2
-12.5
-H
IM
iti HA HI
HI HA HI
III M HI
18.2
HI U Hi
77.5
-it
in
-s
4. 41
122
HI U in
IM
III HA HI
ill M HI
68-11
l»7»
Null Hgtt
IM KA in
HI NA Hi
HI KA m
ill NA Mi
Hi M ill
ill NA Hi
Hi NA in
III NA HI
III NA ill
HI NA HI
Hi NA •••
ill NA in
HI HA III
HI NA in
-ill NA HI
III NA III
III HA "I
III NA HI
• II HA Hi
III NA III
68-12
1979
Dull ll«lt
ill NA m
III NA MI
III NA HI
ill NA ill
ill NA in
Hi HA Hi
ill HA HI
III M HI
III HA HI
III NA HI
ill NA HI
ill NA in
III HA III
III HA Hi
ill HI HI
ill HA HI
Mi HA HI
III HA HI
ill HA III
III HA HI
68-|]
l*7»
lut it fljit
ill NA ui
in NA in
Mi NA in
ill NA HI
in NA ill
in NA in
in NA in
HI NA Hi
ill NA in
III NA III
ill NA in
in NA m
HI NA in
ill NA •••
III NA m
ill NA in
HI NA in
•It NA m
Hi NA Hi
III NA III
68-14
1)11
Hull Hgtt
in NA ui
in NA in
in NA in
III NA in
n« NA in
in NA Hi
in NA in
HI NA Hi
in NA «u
in NA in
ill NA in
in NA in
• U NA IM
in NA Hi
• ii NA Hi
III NA ill
MI NA u>
in NA Hi
HI NA in
• M NA HI
69-11
Hoi
Unit Ngit
• •i NA in
in NA •••
• II NA MI '
• M NA •••
Ml NA Ml
Ml NA IM
Ml NA Ml
-6.»
-».l
MI M MI
17.9
• M NA MI
-3.8
-5
-1.9
-II
Ml NA Ml
11.6
Ml M Ml
Ml NA ill
7l-tl
If 61
»
IM NA Ml
• •• NA MI
72-11
l«77
Mill "Jit
•ii NA I"
••I HA •••
HI HA ill
IK HA Ml
••• NA I'M
• it HA Ml
Kt HA Ml
Ml NA •••
Ml HA Ml
IM NA Ml
MI NA IK
y»
III M Ml
ill NA •••
Ml NA Ml
Ml NA in
MI NA Ml
IM NA •••
Ml NA Ml
••• NA •••
-------
TABLE A-2 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SANHE MilUER
BAIE SlAklED
BAIA SOURCE
ACE10U
ACkOLEIN
BENIENE
IkOIUHElHANE
BUlANDl
I-IUIANQL
2-BUIANONE IIUU
BU1TL IEN1U PHENOL
CARBON IE1BACHLORIDE
CHLOWWENiENE
CHLOROE1HANE
IISI2-CHlfl80EIHOniNEIHANE
2-CNLOROfIH>L VlNU EIHM
CHLONOFOMft
CHLOMUIEINANE
IISICHLMOdtlHILIUMEk
2-CM.OMONAPH1HALENE
P-CkESOl
2,4-0
4,4-BDI
OIWQMIHEIHANE
BI-H-HIIU HIIHALAIE
l,2-OICHLO»DttNJENE
1,4-BICHLUOIENlEHE
OICHlOHOOIFLUOftOHElHANE
1,1-DlCNLOIOElHANi
1,2-OICHLOROEIHAHE
CIS-I,2-DICHLOROEIH«LENE
lkAHS-l,2-BICHLOROElHtLENE
1,2-OIOA.OMOMOPANt
1 , 3 - 0 1 CHI OROPkOPENE
BIEIHtL PHIHWA1E
2,4-OIBfIHriPHENfll
DlflHHH HIIHAIAIE
EHDklN
EIHANOL
EIHIl ACEIAIE
EIHU BENIENE
BISI2-ElH«LHEm>F-HIHAlAIE
2-HEIANONE
ISDPHDkONE
LINDANE
4 HE1HVI-2 KNlMICNf
Ml WUItl CHlWllCt
72-12
l»77
Null N|it
IM HA Ml
IM HA Ml
Ml HA MI
ill NA Ml
ill HA IM
Ml NA Ml
ill NA Ml
Ml NA Mi
It! NA Ml
in HA Ml
Ml HA IM
• M NA Ml
III HA MI
Ml HA Ml
III HA Ml
•M HA Ml
ill HA Mi
Ml HA Ml
in HA Ml
ill HA Ml
ill |A Ml
III HA Ml
ill HA Ml
Ml HA MI
Ml HA Ml
ill HA MI
Ml HA MI
Ml HA Ml
ill HA Ml
in HA Ml
III NA Ml
til HA Ml
ill HA Ml
IM HA Ml
Ml HA Ml
Ml NA Ml
Ml NA Ml
• •• NA MI
Ml NA *M
Ml NA Ml
Ml MA >M
ill MA MI
Ml MA Ml
Ml NA Ml
71-11
NMtdlMl
Ml M Ml
-111
-II
-II
ill HA Ml
Ml HA Ml
Ml NA Ml
Ml HA Ml
-II
-II
-II
III HA Ml
-II
-II
-II
-II
Ml HA Ml
Ml HA Ml
-SI
III Nk Ml
Ml HA Ml
Ml HA Ml
ill HA MI
III HA Ml
-II
-II
-II
Ml NA Ml
-II
-II
-21
ill HA Ml
-25
ill HA Ml
-.1
Ml NA Ml
IM NA Ml
-II
Ml NA Ml
• M NA Ml
MI HA tn
-2
MI NA MI
35
73-12
1973 '
NM
Ml NA ill
ill HA ill
Ml HA ill
in NA ill
ill NA ill
III HA ill
Ml M lit
Ml HA ill
ill HA III
ill HA HI
MI HA III
•it NA ill
MI HA ill
• M HA HI
•it NA ill
lit HA ill
Ml HA Hi
Mt HA HI
ill HA lit
Ml M «M
lit NA ill
•M NA lit
Ml NA ill
IM NA ill
• M NA IM
•M NA III
IM NA til
MI NA in
MI MA in
MI MA in
•M NA til
73-15
1973
tfutt n»t
Ml NA Ml
• M NA >M
-II
-II
Ml NA Ml
IM NA Ml
Ml NA Ml
Mt NA M>
-II
-Ii
-11
Ml NA Mt
-II
-U
-II
• •1 MA MI
IM MA Ml
Ml HA IM
•it NA •••
IM Hk Ml
Mt HA •••
Ml NA Ml
-II
-II
-II
-11
-II
Ml MA ill
11
-II
-II
Ml NA Ml
Ml HA Ml
Mt HA IM
Ml NA nt
•II NA t«
Mt HA MI
-11
Mt MA Ml
IM NA •••
Mt HA Mt
Ml' HA •••
Ml MA Ml
-II
73-16
1973
N*itt ng«l
MI MA •••
Ml MA Ml
IM MA •••
ill MA til
Ml MA IM
Ml MA IM
Ml NA Ml
Ml NA Ml
III NA Ml
MI MA •••
III MA Ml
Ml MA Ml
Ml MA Ml
Ml NA Ml
• M NA Ml
Ml MA Mt
Ml NA IM
"I MA MI
• M MA Mt
IM Ml Ml
Ml MA Mt
III MA IM
IM NA Mt
Ml MA Mt
Ml NA Ml
Ml MA Mt
MI NA 1"
Ml HA Ml
Ml MA Ml
•II NA IM
Mt NA IM
IM NA Ml
IM NA Mt
Ml MA Ml
Ml NA Mt
Mt MA Ml
Ml NA Ml
• M MA Mt
• ii HA MI
MI MA MI
Ml KA HI
IM NA MI
III NA in
• M MA Ml
7S-I7
Niitf Dgit
Ml NA Ml
Ml NA Ml
IM NAotti
Ml NA Ml
Ml NA Ml
IM NA IM
ill MA MI
IM MA Mt
IM NA Ml
III MA Ml
IM NA Mt
Ml NA Ml
Ml NA Ml
Mt NA IM
IM NA IM
ill NA MI
IM NA Mt
Ml NA IM
IM NA ttt
Mt NA IM
ttt NA Ml
Ml NA Ml
• M NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
• M NA IM
IM NA IM
IM NA MI
• it NA MI
• M NA Ml
Ml NA Ml
• M NA Ml
Ml NA IM
Ml HA Ml
MI MA in
MI MA 111
IM MA MI
MI NA IM
in NA MI
• M MA •••
IM NA IM
Ml MA Ml
111 MA IM
1971
»uu Hgit
'^ 1
Ml MA Ml
• M NH IM
37
-1
•M kit Ml
Ml NA Ml
Ml NA Ml
Ml MA Ml
-1
-1
-1
• ii MA IM
-1
-1
-1
• M HI, IM
Ml MA Ml
• M KA •••
IM MA IM
••• MA •••
Ml MA Ml
Mt MA Ml
-1
-1
-1
4
4
• M MA Ml
7
-1
-2
IM NA in
IM NA IM
Ml NA Ml
IM NA IM
IM NA in
Ml Ilk Ml
:»
• M MA •••
MI NA ill
Ml MA III
IM NA IM
Ml NA IM
-1
73-19
*Ml* ftfll
Ml NA Ml
-III
6.J:
-II
. Ml NA Ml
Ml MA Ml
IM NA Ml
IM NA Ml
-1-.8
-6
-11
-5.3
-II
-l.t
-:i
-U
-1.9
MI NH MI
Ml MA Mi
-2.B
ttt NA Ml
-II
-1.9
-4.4
. . -II
II. t
-;.B
IM NA in
31.7
•t
-15
34.7
•:ni
-ii
-ii
• M MA Ml
• M MA •••
19..'
-II
Ml NA Ml
14.1
IM NA Mt
IM MA IM
.AA
-------
TABLE A-2 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SAHKE NUnhll
DA1E SlAklED
DAI A SOUkCE
NAPHtHAlENE
NIlkOIENUNE
4-NIIkOPHENDi.
PENIACHlOtOFHENtt.
PHEUl
1 r'iQl-AHOL
2-HlOfANOL
1, 1,2.2- HIUCiilOkOElHANE
lEIkACHlUMjtlHVLEME
UlkAHtMOfUlAN
IDlUENf
IDlAPHtME
1,1,1-IIIQU.nOE IMANE
1,1,2-lkUHlOROEIHAMl
IRICHLOROEIHVlEME
IklCNlOMKlUOMMElHANi
1 ,2,3-IRICHLDRfiPROPAME
V1NIL CHLORIDE
D-IUENE
I HIKES
72-12
1»77
Null Mpt
Ml MA Ml
III MA MI
Ml MA Ml
III NA Ml
IM NA MI
III NA Ml
III MA MI
Ml MA •••
Ml MA Ml
Ml MA Ml
Ml HA Ml
Ml MA !••
M< MA Ml
Ml MA IM
Ml MA Ml
III MA Ml
•M HA Ml
III MA Ml
Ml HA Ml
•M MA in
71-11
1973
MMtt HMl
IM HA IM
Ml HA III
-25
-25
-25
Ml HA ill
IM NA III
-II
-II
III MA III
19
-II
-11
-11
-II
-11
MI MA
Ml HA III
III MA III
III HA III
•M MA Ml
Ml MA Ml
Ml MA Ml
Ml MA III
ill HA MI
MI HA MI
-II
in MA MI
ill MA MI
73-13
1973
NiiU Hg«t
2
4
-2.4
-1.4
7.J
Ml NA in
Ml NA Ml
-7
-4.1
III MA Ml
7
-11
III NA Ml
-5
-I.I
-II
IM MA in
-11
III NA MI
Ml MA •••
73-14
1973
NiiU M)tt
MI NA •••
Ml NA Hi
IM MA •••
Ml MA in
Ml MA •••
• M MA •••
MI HA m
Ml MA ill
ill HA •••
ill MA ill
MI MA in
III HA •••
III HA III
III MA m
Ml HA III
Ml M III
Ml MA •••
Ml MA in
Ml HA in
ill HA "I
71-15
1973
NiiU Itgil
MI NA Ml
IM NA MI
MI NA in
IM NA Ml
MI NA in
Ml NA IM
Ml NA Ml
-11
-II
Ml NA Ml
-II
Ml NA Ml
-II
-II
-II
-U
IM NA Ml
-II
IM NA Ml
IM MA IM
7J-U
19)5
NiiU Itgtt
in NA IM
in NA MI
Ml NA Ml
in NA MI
in NA MI
Ml M III
IM NA MI
Ml NA Ml
Ml NA Ml
IM NA Ml
Ml NA Ml
IM NA Ml
IM NA Ml
IM NA Ml
Ml NA Ml
IM NA ill
• M NA Ml
Ml NA Ml
ill NA MI
IM NA Ml
)i-») .
19)3
NiiU Itgit
• it NA IM
in NA MI
in NA>Mi
Ml NA •<»
in NA IM
in NA MI
Ml NA Ml
Ml NA Ml
Ml NA Ml
IM NA Ml
Ml NA Ml
Ml NA IM
Ml NA Ml
IM NA Ml
Ml NA Ml
Ml NA Ml
IM NA IM
IM NA Ml
IM NA IM
Ml NA IM
1971
""U "'".1$$
III kn Ml
III NA HI
ll> NA III
Ml NA Ml
MI kA MI
Ml NA Ml
Ml NA Ml
-1
-1
Ml kfl Ml
79
Ml NA Ml
-1
-1
-1
-1
Ml NA •••
a
•M NA in
MI NA MI
71-1*
1971
1.74
-l.t
-41
-7J
154
MI NA
• M NA
-t.9
-4.1
in NA
169
-IlUt
-!.8
-5
-1.9
-11
• M NA
It. 4
• M NA
MI MA
l|.t
'
Ml
IM
Ml
IM
IM
Ml
-------
TABLE A-2 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SAHPU MJMEI
DAIE SIA8IED
DAIA SDOKt
ACE 10*
ACftOlEIN
BENIENE
IfcOMOK INANE
6UIANU.
1-tUIANO.
2-BUIANOttE UIEKI
BUHL IENIU PHENOL
CAH60N lEIBACHlOllDE
CHLOMUENiENE
CHIORDEIHANE
BIStf-CHLOROEIHOUIKIKANE
2-CHlQftWIHH VINU ElHEH
CHLOROFORN
CNHWOHEIHANE
IISlCHLOkONElHUlEIHEk
2-CHKMONAPHIHAIENE
P-CKESOl
2,4-0
4,4-DOI
OIBkOHtMEIHAN*
DI-N-tum PHIHAIAIE
l,2-DICKlOflOI)EN2EKt
1,4-OlCMLOROIENlENE
OICHLOfiODIFLUOROREIHANE
1,1-OICM.CWOf INANE
1,2-OICUONOEIMtf
CIS-l,2-IICHLOM)EIHf|.EN£
lHANS-l,2-OICHlOiO£IHYLENE
1,2-DICHlMOPkOfANE
l.l-OICtftOROPROPENE
DIE1HU PHIHALAIE
?,4-oinEiHnHtm
OlflElHH. PNlNAlAfE
ENDtlN
ElHANOl
EIHVl Aft Ult
Utm BENIENE
BISI2-EIH»LH£l»UfHIHALAIE
2-HEIANONE
ISOPUOhONC
LINDANE
4-HHHVL-.'-KNIANtME
KEIHVIENE CHlQDIOE
71-11
1971
Null Ngit
KI NA MI
IK NA ill
Kl NA Kl
IK NA IK
Kl M Kl
IK M III
Kl M IK
Kl NA III
Kl NA IK
III I* Kl
Kl M Kl
III NA III
III M Kl
Kl KA Kl
Kl NA III.
• K NA Kl
• K NA Ml
IK NA Kl
IK NA IK
Kl NA IK
• K NA ill
Kl NA III
IK NA IK
III NA ill
IK NA IK
Ml M III
IK M IK
III NA ill
• K NA IK
IK NA IK
in NA IK
IK NA IK
Kl NA IK
IK NA IK
Kl NA KI
Kl NA Kl
IK NA Kl
IK NA IK
IK NA Ml
IK NA IK
IK NA KI
IK NA IK
IK NA in
in NA IK
7J-II
19)1
Nut* l|*t
IK HI ill
IK HI Hi
IK M in
in NA ill
IK NA ill
III NA in
IK HA ill
in IM ill
IK N* ill
in M in
IK «A III
III NA III
III NA III
Kl NA Kl
IK NA IK
Kl NA Kl
•~ IK NA Kl
Kl NA ill
IK NA KI
Kl NA Kl
Kl M Kl
III NA ill
IK NA III
III M III
III NA ill
ill M ill
IK NA IK
III M IK
Kl NA III
• K HA Kl
IK NA Ml
IK NA Kl
IK NA Kl
IK M IK
IK NA in
IK NA Kl
IK NA IK
Kl NA Kl
IK NA in
IK NA IK
• K NA IK
IK NA IK
in NA IK
Kl NA IK
75-11
1939
Nut* N|*t
KI NA KI
-III
-4.4
-II
III NA IK
III NA ill
III NA ill
III NA HI
-2.8
-4
-II
Ml NA III
-II
-1.6
-II
-II
Mi NA KI
Ml M III
Ml NA KI
IK NA IK
Ml NA ill
Ml NA IK
14.7
Mi NA III
-II
-4.7
-2.B
IK NA KI
-1.6
-4
-13
Ml NA IK
• K NA Kl
Kl NA IK
ill NA Kl
IK NA Kl
IK NA IK
32.4
KI NA IK
Kl NA IK
KI NA IK
IM NA •••
KI NA IK
-J
75-12
1939
Hut* ltg*t
Kl M Kl
-III
1 Q
1. D
-II
IK NA •••
Ml NA ill
•K M •••
Ml NA Ml
-2.B
-t
-II
-5.1
-II
-1.4
-II
-II
••
-1.9
•M NA •••
IM NA Ml
-4.7
IM NA ill
-II
|4
-«.4
-II
-4.7
-2.8
•M NA KI
14.}
-£
-15
-II
-1.2
-II
-II
IK NA in
• K NA IK
88
2J
IK NA KI
-2.2
Kl NA IK
Ml NA IK
-2.8
73-11
1959
Nut* Mgat
IK NA IK
-IAI
IN
6. 1
-I*.
IV
Ml NA in
••• NA ill
•K NA ill
Ml M III
-7 A
• «•
_i
•
»q
i T
IM NA •*•
*il
!•
-1 tV
1*0
-tit
• •
I*
~li
1*1 NA Ml
•It NA •*•
••• NA Mt
•t* MA »•*
iti NA •••
•M KA »«•
-ll
!•
••• HA •••
_i«
IB
-1 I
1. /
-? fi
t* 9
in NA ill
-1.4
-i
0
-15
• M NA III
IM NA •••
IM HA ill
•M NA ill
• K NA in
ill NA II*
52.4
IM NA in
KI NA ill
in NA ill
• M NA ill
KI NA •••
-J
75-14
1939
tut* Kgit
in NA MI
IJIA
-III
5.11
-II
Ml NA III
IK NA Kl
IK NA Kl
Mt NA IK
<] Q
~Z.o
•A
It
•II
-12
-II
~1.6
-ll
-ll
-1 4
*« t
ill «A HI
ill NA in
_y
IM NA MI
41.1
A i
f « t
52.1
-II
* i
•*./
•J Q
i.O
til HA IM
?ft
£9
-4
1C
13
11. B
-121
•25
-7S
£J
IM NA KI
KI NA Kt
III *t
19 .0
579
J*T
ill NA in
_e
9
MI NA iti
• M NA IM
_i
j
77-11
1945
Hut* flijll
IM
-4
22.1
-4
Ml NA Ml
in NA IM
195
IK NA in
-4
-4
-4
-21
-4
-4
•4
MI NA MI
-21
IK NA Ml
• M NA MI
-. 1
Ml NA III
-28
-21
-21
-4
-4
-4
IK NA Kl
-4
-4
-6
48.2
-41
-M
/•
, C
.3
•i» NA MI
1" NA ••!
M-j
,1
-51
<•
_4
-*>•
*•
MI NA MI
Ml NA Ml
.*
1
;B-II
1965
•u« flg*t
ill NA in
in M in
in NA in .
in NA*iii
IK NA IK
III M IK
III M Ml
IK M Kl
III NA Kl
IK M IK
IK NA IK
• K M Kl
IK NA IK
Kl NA IK
KI NA Kl
111 NA IK
in NA IK
IK NA in
IK NA IK
IK NA IK
KI NA in
III NA IK
IK NA IK
Kl NA IK
Kl NA IK
III M K>
KI NA KI
IK NA IK
KI NA IK
IK NA IK
in NA KI
IK NA KI
in NA ill
IK NA in
IK NA •••
IK NA IK
KI NA IK
IK NA iti
in NA KI
• •• AA KI
IK NA in
in NA •••
in NA in
Kl NA Ml
78-12
1963
Nut* Hi*,t
t"
Ml NA Kl
Ml NA IK
Ml NA IK
Ml NA IM
Ml NA IK
IK NA Ml
IK NA Ml
IK NA Kl
IK NA ill
IK NA Kl
• K NA Kl
Kl NA Kl
Kl M III
ill NA IM
Ml NA Ml
• M NA Ml
111 NA IK
in M Ml
IK NA MI
Ml NA III
Ml NA in
Ml NA IK
• K NA IM
IK NA MI
Ml NA Ml
IK NA in
Kl NA Ml
Ml NA Ml
IK NA Ml
KI NA IK
KI NA MI
Ml NA Ml
Ml NA IM
111 kA MI
Ml NA Ml
MI NA IM
Ml RA III
III NA Ml
•M NA Ml
Kl NH IK
Ml NA Ml
IM NA Ml
MI NA IM
Ml NA Ml
78-1]
19*3
Nut* R|*t
IK NA IK
-IM
-II
-II
IK NA •»•
• IK NA in
Kl NA IK
Kl NA Kl
-II
-II
-II
-II
-II
-II
-1*
-II
-II
Ml Mh III
Ml NA Ml
-II
• •• NA in
-14
-II
-II
-II
- -II
-II
Ml NA Ml
-II
-II
-II
-II
-II
-II
-II
IM NA MI
• K NA IK
II
-II
•M Nil Kl
-II
• K NA KI
IK NA •••
-II
-------
TABLE A-2 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SAWtE MUDtER
DAIE SIARIED
DAIA SOURCE
NAPHIHAIEHE
NIIROtENIENE
4-MHROmMlk
PENIACNLUOPHEMOL
PICMIll
1-PROfAMOl
3-VkQtAN&V.
;.l,2,2-IEIRACHLOIiaEIHANE
UIRACHLOROEUMIENE
IEIRAHVDRWIMAN
IOLUENE
I01APHENE
1,1.1-ttlCHlOllQEIHANl
1.1,2-IRICHl.OROEIHANE
IfclCHlOkOtlttUEME
IRICHIOROFLUORIMEIHANE
l,2,3-IRICHlfliimi»OCAME
VINU CHLORIDE
D-HllME
ULENES
73-11
197}
Null Ngtl
ttl MA lit
ill HA Ml
ill HA III
• M HA HI
III HA in
Ml MA Ml
ttl MA »t
IK MA Ml
IK MA in
Ml MA Ml
tit HA IK
IK HA Ml
lit HA Ml
IK MA Ml
lit HA it»
• M NA Ml
KI HA IK
Ml HA Ml
til HA IK
IM HA MI
7}-ll
1*7}
Mitt* Httl
til HA Ml
ill HA Ml
ttl M MI
lit DA HI
ttt HA ttt
Ml HA Ml
ttt HA ttt
•M HA Ml
in HA Kt
ill MA Ml
in MA IK
• M NA Ml
•il MA IK
Ml HA Ml
IK HA in
Ml NA Ml
IK HA KI
Ml HA Ml
ttt HA in
IM HA Ml
75-11
1959
Miilt fljlt
til MA Ml
Ml HA Ml
•It HA Itl
til HA MI
•tt HA »t
IM HA Ml
ttt NA ttt
-».»
-4.1
IM HA Ml
65.9
IM HA Ml
-4
-5
-1.1
-II
in HA Hi
-II
5). 5
IK HA Ml
75-«
1959
Mitli A|it
12
-1.9
-J.9
-4.J
212
ill NA Mi
ttt MA lit
-6.9
-4.1
•M NA IK
i»9
-UNI
-J.8
-5
-1.9
-II
tit MA ttl
-II
IK MA ttl
MI MA Ml
75-li
Hull Hgit
ill MA tit
ill MA •••
••I MA •••
Ml MA «M
Ml MA til
Mi MA Hi
ill MA ttt
-A.*
-4.1
KI MA ill
66.5
IK M in
-4
-5
-1.9
-II
IK MA ttl
-II
15!
Ml MA ill
75-14
1959
Nlilt Hgil
51.4
-5
-III
-161
I58N
• M MA IK
ttt MA ttt
-6.9
-4.1
IK NA IK
41!
-Jl
-S.&
-5
-l.S
-II
Kt NA Kt
-II
IK NA KI
•K MA MI
77-11
N*itf Ngat
56
-21
-41
-41
-41
IK NA IK
tit MA ttt
-4
-4
]4
5.55
-II
-4
-4
-4
-4
ttt MA ttt
-4
171
241
76-11
1965
Kiste flj«t
KI MA KI
Ml NA IK
ttl MA KI •
MI NA"IM
ttt MA KI
IK NA Ml
ttt MA ttt
KI NA IK
IK MA tti
IK MA •••
Kt MA KI
KI NA KI
IK MA Kt
IK NA KI
KI MA KI
111 NA IK
Kt MA Kt
KI NA IK
Kt NA KI
• K NA KI
1965
•lilt Itgit
IK MA IK •'•
ill NA IK
ttt NA KI
IK NA KI
KI MA KI
ill NA KI
ttt MA ttt
MI NA KI
KI NA tti
IK NA
-------
TABLE A 2 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SMKt KUAkEf)
DAIE &1AHIED
OAIA SOUKlt
ACEIOKE
ACNOLEIH
IEHKHE
IRaMMEIHANE
IUIANOL
1-kUtAHfil
2-IUIAHME INEkl
IUIH kEKlU PHEHOL
CARSON UlNACHLONlDE
CHLOROIEHIENC
CHLONOEIHANE
USl2-CHLOROEIM)It>NElHAHE
2-CHlOflO£IHtL VIHIL EIHIR
CUONQfONN
CHKMOftUHANE
IISICHLOfUMEIHVllEIHER
2-CHIOROMPHIHAIENE
P-CRESU.
2.4-0
4,4-ODI
D1BMMOHE inAKE
Dl-N-NUlH PHIHAIAIE
1,2-OICHLWOtEKIEHE
1,4-DICHLOROKMEHE
OICHtOtODULUOROM-IHAHE
I,|-OICHLOROEIHANE
1,2-OltmOROEIHANE
CIS-I,2-D1CHLIMOE1H(LENE
IRANS-|,2-OICHLOROEIH«UKE
l,2-DICHli*W»OPANE
I,J-nlCHt080fROPtH£
DIEIHU PHIHALAIE
2,4-DinEimLPHEHOl
OINEIHU PHIHAIAIE
EKORIN
E1HMDL
EIHU ACEIAIE
£|HH 11 h .-4
IISI2-ElHUHEIlfL>t>HlHM.AIE
2-HElANONE
ISOPHORONE
llttANE
4-lUIH«L-2-KlllitkOkl
miHiLSNE CHLORIDE
78-14
Null N|it
• it NA Ml
Mt HA IM
M* HA Ml
Mt HA Ml
IM HA MI
III HA Ml
M* HA Ml
Ml NA Ml
ttt HA lit
Ml HA Ml
Ml HA Ml
ttt HA Ml
Ml HA Ml
Mt HA Ml
Mt HA Ml
Mt HA Ml
Ml HA IM
Mt HA IM
IM HA Mt
Mt KA Mt
Mt HA Ml
Ml NA IM
Ml HA Ml
IM HA Ml
Ml HA IM
Mt KA Ml
Ml HA IM
Ml HA Ml
Mt NA M*
Mt HA Mt
IM HA Ml
IM NA IM
Mt NA M*
1*1 NA Mt
IM KA ill
Ml HA Mt
• M HA Mi
IM HA Ml
Ml HA Ml
IM HA MI
in KA MI
Ml KA Ml
MI NA in
in NA in
IB-IS
Hull lH*t
in HA ***
III HA Ml
It* HA MI
lit HA HI
Ml NA Ml
Ml HA Ml
Ml HA Ml
lit HA IM
lit HA tt«
Ml HA Mt
Ml HA Mt
ttt HA Ml
Mt HA Ml
Ml HA Ml
ttt HA ttt
Ml HA Ml
Ml NA Ml
tit HA III
Ml HA Ml
Ml HA Ml
ttt HA ttt
MI HA tit
Mi HA Ml
Ml HA Ml
IM HA Ml
Ml HA Ml
Ml HA Mt
ttt HA Ml
Ml HA Ml
Ml HA Ml
Mt HA Ml
Ml HA Ml
Ml HA Mt
Mt HA IM
Ml HA Ml
Ml HA Mt
til HA Mt
IM NA Ml
ill HA Mt
Ml NA Ml
ill NA MI
MI HA Mi
MI NA in
Ml HA Ml
IB-It.
l»65
Hittt Rg«t
Ml HA Ml
Ml HA Ml
ttt HA HI
•M HA M*
Mt HA Ml
III HA Mt
Ml HA Ml
III HA Ml
Ml HA Ml
Ml HA Ml
Ml HA IM
Ml HA Ml
Ml HA Ml
Ml NA III
It* HA Ml
IM NA Ml
IM HA Ml
Ml NA lit
-M
Ml NA IM
Ml NA Ml
Ml NA Mt
Ml NA Ml
Ml NA Mt
Ml NA Ml
IM NA IM
ill NA MI
IM NA Mt
IM NA Ml
ttt NA ttt
Ml NA Ml
Ml HA Ml
ttt HA it*
Ml HA Ml
-.1
Mt HA Ml
IM NA Ml
Ml NA Ml
Ml NA Ml
111 NA MI
ill NA MI
-2
Ml NA Ml
MI HA ill
IB-il
196',
Hull Itgtl
Ml NA IM
Ml NA Ml
ttt HA III
ill NA MI
Ml NA MI
Ml NA MI
Ml NA Ml
Ml NA Ml
Ml NA Mt
Ml NA Ml
IM NA MI
ttt HA M*
*M HA MI
Mt HA Ml
lit HA Mt
•It HA MI
Ml NA MI
Ml NA M*
Mt NA Ml
Ml NA Ml
Ml HA Ml
Mt HA M*
Ml HA Ml
Ml NA Ml
IM NA MI
Ml NA Ml
MI NA 111
Ml HA Ml
Mt HA Ml
Ml HA Mt
Ml HA Mt
Ml HA Ml
Mt HA Ml
IM NA Ml
Ml NA Ml
Mt NA ill
IM NA IM
111 NA MI
IM NA MI
IM NA in
Ml NA Ml
Ml XA Ml
MI NA Mi
Ml NA Ml
IB-IB
Hull Hf*t
MI NA IM
IM NA HI
ttt NA *M
Mt HA II*
Ml HA Hi
MI NA "I
Mt HA ill
Ml HA III
ttt HA lit
IM NA til
Ml HA ill
IM HA II*
IM HA til
lit HA HI
Ml HA II*
•M HA "I
Ml HA ill
Ml HA •••
Ml HA ill
tit HA III
It* HA »•*
IM HA ill
Ml HA ill
Ml HA in
lit HA ill
MI NA tit
tit NA III
lit NA til
Ml NA HI
Ml NA HI
Ml III
Mt M*
Mt •**
III III
Ml III
Ml lit
Ml 1*1
Ml NA til
Ml HA tit
MI NA ill
MI HA lit
in KA tt»
MI KA in
IM NA lit
Ib-M
•Mil Hgit
Ml KA IM
-III
11
-II
Mt KA Ml
IM KA Mt
Ml HA IM
Mi HA IM
-II
11
-II
-II
-II
-II
-II
-II
-II
Ml NA Ml
Ml HA in
-II
MI NA lit
-11
-II
-11
-II
-11
-II
Ml NA MI
-II
-11
-II
-II
-11
-11
-II
Ml NA Ml
Ml NA Ml
2)
-II
Ml HA Ml
-II
Ml KA IM
ill HA MI
-II
IB-ll
l«65
Niitl Hjll
Ml KA Ml
IM NA MI
Ml HA Ml
IM NA MI
Ml NA Ml
ill NA Mi
Ml NA Ml
MI NA MI
Ml KA Ml
IM NA in
MI NA IM
in KA MI
Ml NA Ml
Ml HA Ml
Ml NA Ml
MI KA •••
IM KA MI
Ml HA Ml
Ml NA Ml
MI KA IM
Ml NA Ml
MI NA in
MI NA in
MI NA IM
MI NA MI
Ml NA Ml
Ml HA Ml
Mt NA Ml
Ml KA IM
IM KA MI
MI HA in
Ml KA MI
Ml NA Ml
Ml HA Ml
111 KA MI
MI XA MI
Ml NA Ml
ill KA MI
lit NA IM
Ml KA Ml
in kA in
in M »i
in NA «"
in kit •»
-------
TABLE A 2 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED DURING 1980 OR EARLIER (continued)
SURE ttlUfl 71-M 78-15 71-li 71-17 71-H 71-M 71-11
UU KIMIEI IUS IUi Hi IW5 Ittt IUS Hkb
0*1* SOUICE Viilt Hpt IMU Ipl fell! l«*t Mult Rut DMll H|*t lUttt R|lt dull Rut
" —pi'-11 ---- --- ' ' fyj& .•"*•?'
' 1
UFHIMALENE HI
IIIIOKlUEIIt MI
4-NI1MPMEMI ttt
PENtKMUMWHEUL Ml
PHEttL HI
1-MWNfOl MI
2-PMMWl MI
1,1,2,2-lEIUCHi.aiflEIHMC MI
lEIMCMLUOEnmilK MI
UlUHVMtflNM Ml
lOLUEtf Ml
IDltfNEHE ttt
1,1,1-UICMLttKIMUE ttt
1,1,2-IIICNtQMIEIMK MI
IIICMLOUKIHIUIK Mt
IIICWnflFIUQMKIIMK •••
vi«l CNLMIIt IN
R-DIEM Ml
IUEME8 itt
ttt Ml
ttl ttl
ttt ttt
tit Ml
tit ttt
Itl Ml
III Ml
Itt Mt
Itt Ml
ttt Ml
lit Ml
Ml ttl
ttt Ml
Itl III
Mt Ml
III Ml
Itl tit
Mt III
III Itl
Ml Ml
Ml lit
Ml III
ttt ttt
til ttt
Itl ttl
ttt Itl
Itl ttt
tit ttt
ttt ttt
tit ttt
ttt lit
ttt -II
tit III
Ml ttt
Ml Mt
ttt ttt
ttl ttl
ttt Mt
ttl ttt
til Ml
III Ml M Mt Mt
Ml IM M Ml Ml
ttt ttl M ttt ttl
Itt III M Mt Ml
III IM M Ml Itl
Itt III
Ml tit
Itl Ml
IM Mt
ttt ttt
ttt Mt
ttt
Itt Mt
tit ttt
Ml ttl
lit ttt
ttt Mt
Ml ttl
ttt Mt
IM Ml
Mt lit
Ml Itl
Mt ttt
III Mt
ttt Itt
Itl Ml
Itt tit
ttt Ml
Itt ttt
Mt tit
ttt ttt
Itt Itt
Itl Mt
III Itl
III lit
lit 12 Mt M ttt
Ml -II Ml M Ml
ttt -|| Ml M Itt
ttl -|| Ml M Ml
ttl -|| Ml
ttt lit M IM til
ttt III U Ml Mt
III -II lit
ttt -|| Ml
ttt tit M Mt IM
ttt -II Itl
ttt -23MI MI
III -|| Ml
ttt -U Ml
IM
Ml
III
III
Ml
III
IM
lit
Ml
Itl
Itl -|| IM M Mt
ttt -|| Mt W Mt
ttl Mt U Ml Ml M Ml
ttt -|| IM U Ml
ttl III M Ml Ml M Ml
Itt Mt M til Ml M Ml
-------
TABLE A3 INORGANIC ANALYSES OF LEACH ATE FROM MSWLFs STARTED AFTER 1980
SAIIPLE HUIIIER
DAIE SIARIED
DAIA SOURCE
HAIER DUAillV IIOICAIORS
AUALIIII!
AMOIIA
DlfllOSICAL OIIGEN DEHAID
CALCIUR
CHEfllCAL OK6EI OflUID
CHLORIDE
coNOumvm iumo/ct)
iH ll.l
FLUORIDE
8ROSS ALPHA
GROSS IEIA
HARDNESS
IKON
NIIBA1E
HI III IE
NIIROGCH IKJELDAHLI
NIItOGEN IOIGANIC)
NIIROGEN IIOIAL)
OIL 1 GREASE
pH IpH iKllll
PHENOLICS, IOIAL
PHOSPHAIE
PHOSPHORUS
POIASSIM
SODIIM
SULFAIE
SULFIDC
SuVACIANI
lEftKRAIURE IDti. Ctaliiri*
IOIAL DISSOLVED SOLIDS
IOIAL SUSPENDED SOLIDS
IOIAL ORGANIC CM80N
IOIAL ORGANIC HALOGEN
IOIAL SOLIDS
(HER INORGANICS
AILUIIMM
ANIIRONI
ARSENIC
IARIUI
lERUUUB
URON
CADKIUI
CHRMIUII IHEIAVAUNII
CHKMIUN IIOIALI
COULI
COPPER
CIANIDE
LEAD
MISANESf
MGNfSIIM
NERCURl
NIKEL
OSJIIUD
SELENIIUI
SUvEk
ilkOHIIUS
IHALLIIM
III
VAMADIUII
IIIC
27-11
1982
US
42M
331
It IA II
719
85M
821
IBM
411
It
it HA it
» IA II
2911
268
-. |
.15
3M
51
INK
tt NA ll
7.25
it NA it
UNK
1.5
451.7
817
-21
it NA tt
It NA ll
1 11.3
7121
416
2511
it NA tt
UNK
2.4
ID
.III
1.44
ND
tt NA it
.M3
it NA it
.III
ID
ND
ID
W
8.28
424
ID
ND
ID
ND
HD
ll HA >•
ID
ID
.114
.44
27-12
1982
HUS
4MI
351
it NA li
457
I7M
r
!• M ••
ll tt li
JIM
241
_ |
* 1
*.I4
m
41
UNK
it NA ti
7.25
tl M n
UNK
2.1
471.1
122.1
-21
it NA it
tl HI II
11.3
3I8M
472
24M
tl NA n
UNK
3.4
ID
.Mi
1.7
U
ii NA ii
.M3
it NA it
.139
ID
ID
U
.141
8.87
422
ND
.13
ID
ND
ND
•i M it
ID
ND
.lit
.51
27-13
1912
NUS
38M
321
il NA it
794
86M
7M
OIM
481
it NA it
it NA it
28M
24}
3M
41
!••.'
iBm
It NA tt
7.25
it NA tt
IIAJU
UlBX
1.1
471.1
144.1
-a
it N* ti
ti NA it
11.3
7721
928
24M
it NA ti
UMd
? fi
«.o
ID
.118
1.57
ND
it NA it
ND
it MA- ll
.114
HD
ND
NO
.112
8.28
412
ND
.13
ND
ND
HD
It NA il
ID
MO
.818
:7-l3i
1982
MUS
3811
331
II MA II
747
8711
761
8811
481
NO
II NA It
tl NA II
29M
214
-.1
-.14
371
41
UNK
ll NA ll
7.25
it NA it
UNK
.53
363
752.3
-21
it NA it
ii M tt
II. 1
7721
588
2488
ii NA il
UHA
1 T
*.i
ND
.114
1.43
HD
tt NA ll
NO
tl NA II
.165
ID
ND
Nt
ND
7.59
4M
ND
ND
ND
NO
ID
It MA II
ID
NO
.124
n
61-11
1983
lit It 5gtl
n NA it
ti NA it
61
•i NA ti
2111
tt NA n
it NA U
ii NA it
it NA tt
it NA it
•t NA li
it NA ii
it NA it
ti NA It
tt NA it
ti NA tt
U NA it
It NA II
I.U45
7.»7
I.MM4
•i NA it
j.j
it it
it it
it ii
it ti
it it
tt ti
n it
4M
tt NA it
it NA it
it NA II
•t NA it
ll NA tl
It NA it
It NA ll
it NA ll
It NA II
' Al
>••
ll NA ll
.19
it NA ti
.17
it HA it
-.15
n NA it
ii NA ii
it NA U
.19
it NA tt •- •
il NA it
it M ll
it HA it
II NA II
ll NA il
II NA II
">»
61-12
1913
Unit ftgu
It NA ll
il NA it
71
ii M ti
321
it tt) tt
It NA It
ti M ti
n NA It
ti NA it
it NA it
li NA II
ll NA It
it NA it
tl MA it
li NA it
il NA it
it NA tt
I.MII
7.47
I.IMI7
tt NA tt
1 i
1.1
II NA it
it NA it
ll NA tl
tl NA tt
tt HA it
ll NA it
it NA ll
7M
it NA it
tl NA ll
it NA it
li NA ll
tt NA tt
tt NA li
tl HA ll
it MA it
•t NA it
-.11
n NA li
. II
ii NA ll
.12
It NA it
-.15
tl NA ll
•l NA ii
ti NA tt
.18
n*Ni it
it NA ••
tt NA it
it NA it
tt NA n
n NA n
li NA it
til!
1983
•lilt Bj«l
II MA il
ii NA n
3M
it NA n
331
il MA it
it MA it
ll HA it
II MA II
ll MA ll
il HA it
• i IA H
li M ••
l MA ll
l IA ll
• MA it
i NA ll
i NA it
1.112
7.84
I.MU9
ii M it
ii NA it
n NA it
II NA ll
ll NA li
n MA it
ii HA il
il MA li
4!8
n MA ii
ll HA ii
il MA n
n |A it
il NA it
ii NA it
ll NA U
tl Ml it
it NA it
-.11
ii MA li
ii MA It
- I?
. •/
II M ll
-.15
II HA il
ll NA II
•l MA II
.12
ii NA ••
•l MA ii
li Mil n
ll HA ll
II MA M
II HA il
ll HA II
• l
61-14
1983
Milt ftgil
II HA ll
II HA II
421
li HA ll
1378
it m n
li NA ti
li NA li
ll MA ••
ll HA ll
il NA it
ii MA ii*
ll HA it
ll MA li
ii MA it
ll NA il
ii MA n
ii NA ll
I.IU
8.2
I.IM44
li NA ll
2
ii NA ii
li NA M
tl NA n
ii NA ii
ll MA n
il MA it
li HA ti
210
ii NA ii
II NA II
II NA II
ii MA ii
ii NA it
II HA ••
• l MA ••
ll NA It
II NA It
-.11
ll MA It
.15
ii HA it
-.12
li NA li
-.85
il MA ii
it MA it
ii MA il
lO
. 6T
li HA II
••
-------
TABLE A3 INORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED AFTER 1980 (continued)
SAWLE NIMIEI
DUE SIAIIED
MIA SOUUE
AUALINIK
AIMONIA
iiOLOEiCiU- oirEEi DEMAND
CALCIIM
CHEMICAL 01 (SEN DEMAND
CHLOUDE
CONDUCIIvm luMo/cil
IN li*l
FLUORIDE
6*055 ALPHA
EIOSS II IA
iMNDNESS
IMM
NIINAIE
NIIRIIE
IIINOEEN IUELDAHLI
NllNOEEN IOREAN1C)
NII80EEN IIOIAl)
OIL 1 MEASE
f>N IpH unili)
PHENOL ICS, (DIAL
PHOSPHAIE
PHOSPHORUS
POIISSIUH
SOOIUI
SltfAIE
SULFIDE
SUNFAC1A8I
IEMttNAIU*E (1*1. CinlijiiOil
IOIAI DISSOLVED SOLIDS
IOIAL SUSPENDED SOLIDS
IOIAL OI6ANIC CAUON
IOIAI OlfANlc HILOGE8
IOIAI SOL IIS
OIHEI INOUMICS
ALUMINUM
INIIMONI
MSENIC
IMIUN
If SILL lull
I080N
CADMIUM
CHRIMIUM IHEIAVALENII
CHNMIIM IIOIAD
coin i
com*
CIANIDE
LEAD
MNCANESE
MAGNESIUM
ttficUNV
NICIEL
OSMIUM
SELENIUM
SILVER
SIKONIIUfl
IHALLIUM
UN
VANADIUM
/INt
41-17
1983
Null Mjlt
ll NA II
li NA u
448
ll 81 il
8M
II Nl ll
il 81 ll
II HI M
ll HI n
Ii 81 II
ll Nl II
ll M ll
ll NA ll
ll Nl II
II 81 ll
II Nl II
II 81 il
ll 8A u
8. Ml 7
6.12
8.MI2
•• 81 ii
7.9
' li NA ll
ii NA u
II HI l»
.» IM II
u IM ii
II 81 il
II 81 ••
211
ii 81 ii
li 81 n
ii 81 ll
Ii 81 u
ll NA ll
ll 8A H
M HI ll
ll MA ii
ll Nl ll
-.11
Ii Nl ll
.M
ll NA il
.11
II NA II
-.15
•• NA ll
n NA li
ll HI ll
.91
•i NA ••
li NA ll
ii NA ll
ii NA ii
u NA ii
ii NA M
II NA u
5.'
61-M
1911
miti Hpt
ll 81 ll
II 81 ll
3178
li 81 il
1388
•i 81 ii
. It 81 ii
M 81 u
M 81 u
ll 81 u
ll HI n
u M n
i§ yj ii
II 81 ••
II 81 ••
il 88 il
M 81 II
•l M ll
I.M15
4.3S
8.MI8
n 81 ii
4.3
ll 81 II
H NA ii
ll 8A ll
il NA ll
•• IM ••
u M ii
H IM ii
2M
ll NA II
II IM ll
il 81 <•
ii 81 ii
ii 81 li
» 81 ii
il NA ••
•i IM ii
u 81 ii
.11
ll 81 ll
.89
II Nl II
.84
li 81 ti
.17
ll HI ll
ll HI u
ii 81 ••
1.6
II 8A II
II NA ll
ll Nl ll
II NA il
Ii NA ••
ii NA ii
ii M ii
6.4
62-11
1981
Null ftgll
II NA II
2.2
II NA II
ll NA ii
ll Ml II
41
1811
II NA ll
.18
-8.11
8.872
li NA il
ft
ft
-.81
ii 8A it
il HI u
ll 81 il
u M u
II 81 il
4.4
8.M8M
II HI M
•I NA II
ll NA II
49
1248
ii 8A II
ll IM ii
ll 81 H
I2U8
u 81 ii
28
8.74
•I 81 II
•i 8A ii
ii 81 II
-.us
.M
ll 81 n
It 8A ll
-.MS
ii 81 ii
-.11
ii 81 il
ll 81 M
li NA •«
.M7
1
ll NA ll
-.8M1
ll NA II
il NA ll
-.885
-.11
it NA ii
ii NA ii
•i NA ll
II NA ll
ll HA il
6M2
1981
Ntttt MgiL
ll NA II
811
II NA il
ii NA u
16IU
821
ISIM
ii NA ll
I.I
ll NA ll
ll NA ll
ll HA ll
2.6
.4*
ll NA ll
ll NA ll
ll NA ll
ll NA ll
•i 81 II
ll NA li
8.8141
II Nl II
|| MA ||
ll NA II
551
198
il NA il
8.71
•i NA n
II NA II
ll NA ii
171
ll NA ll
Ii Nl II
•i NA il
li NA II
.111
•• NA i*
•i HA ••
II NA II
.17
li NA ll
II Ni) il
ii NA ii
.15
15.9
•i NA ii
-.IM5
ii NA ii
il NA II
.112
-.115
•• HA il
u NA ll
ii NA ll
n NA II
M NA it
62-15
1181
»»ll fl(l(
ll 81 u
ll HI li
5988
• • 8A it
8412
ii M il
9951
•i NA ii
ii M II
• i M n
•• 8* u
ll 81 n
ll M ••
•• HI ii
•• HI it
li M ••
• i HI ii
ll HI ll
1.847
6.91
1.88242
ll M ••
?a
>
-------
TABLE A3 INORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED AFTER 1980 (continued)
SAMPLE HUIIER
DUE SIUIED
D*l* SOURCE
MIER BWlIU INDICAIOAS
ALKMIN1II
AMIONIA
IIOLOSICAl DllbEN OEIMND
CMCIUft
CHEfllCAL 01IBEI OERMD
CHLORIDE
CONDUCIIVIII lurto/it)
lit In)
FLUORIDE
EkOSS ALPHA
MOSS IE1A
MARMCSS
IRON
II IRAK
HI 161 IE
NIIROSEN IliJELOAHLI
NllkOttN IQiSANlCl
NIIROGEN IIOIM.)
OIL t iREASE
pH IpH until
PHENOL ICS, 10IAL
PHOSPHAIE
PHOSPHORUS
POIASSIUH
SODIUH
SU.FIIE
SULFIDE
SURfAClANl
lEHPERAIURE IDtj. Ccoli|f rttl
IOIM IISSOLVEO SOLIDS
IOIM. SUSPENDED SOLIDS
IOIM ORiANIC CARDON
IOIM OUAIIC HALOGEN
IOIM SOLIDS
OlHER INORGANICS
ALUIUNIM
Ml IIIOIU
ARSENIC
URIUII
lERILLIIM
IDRDI
CAMIUH
CHROHIUI IHEIAVALEIII
CNROHIUI 1101*11
COIMt
COPPER
OANIDC
LEAD
RANGfMESE
MENESIUR
IIERCUR*
NIUEL
oaiiun
SEUMIIill
SILVER
sikumiut
1MLL1UH
in
VANADIUH
1IHC
M-12
ii NA ii
•i NA ll
ii NA u
li NA n
II IH M
2Bi
14M
li W II
-.2
-1.121
1.127
u M n
2(8
-.1
ii NA n
il NA il
ll NA ll
ll N* ll
ll NA ll
6.2
I.IUfl
ii NA ii
ll NA li
ii NA ii
414
24
ii NA ii
li NA ll
ll NA ll
ll M II
II £> II
' ;5
1.81
ii NA ii
II NA ll
ll W II
.III
l.ll
II NA ll
• l M II
-.11
ii M n
-.K
ii M ii
•i NA »
ii M ii
.124
25.6
• i W ii
-.1125
II N« il
II kit ••
-.M2
.116
il Ki) li
ll W) "
ii NA il
ii HA il
il NA li
74-11
l»84
•i NA ••
2H.lt
n NA ••
ll NA u
ll M u
W
:• HI 25
H W II
M NA II
•l M u
ll NA ii
II M u
11.23
-.1
ii NA ii
ii M ii
•l NA n
ii NA ii
ii 1* ii
6.U
I.H5W
ll NA li
ii M »
•l NA ll
2574
11
ll M ii
» NA »
ii NA ii
n NA ii
li 8A li
Utf
u NA ii
li NA »
<• NA ii
u N* ii
.111
-.2
ll NA ll
li NA ii
-.11
li NA ii
.211
ll W ii
» M ii
ii M n
-.11
21.6
•l NA it
-.IM5
ii NA ii
li W u
-.112
-.12
n NA ll
u NA il
ll NA ll
H NA li
• i un «
7«-ll
•tut Dgil
•1 NA ll
li NA ll
15.6
ll NA li
42
ll NA ii
ll NA ll
II M ll
ll NA ll
li NA il
u NA ll
ll NA ll
ll NA ll
ll NA ••
ll NA ll
ll NA ll
ll Nk ll
ll NA II
ii NA il
4.2
ll NA ll
ii NA ii
1.12
•• NA ••
li NA ii
ii NA ii
•i NA ii
•i NA ••
ii NA ii
•i NA ii
958
li NA ii
ll NA M
ll NA ••
ii NA n
ii NA ii
ii NA il
li NA ll
ii NA ll
ll NA II
.M6
ii NA ii
.11
il NA ii
.14
n NA u
-.11
ll NA ll
li NA il
ll NA II
.H
ll NA ii
' ll NA li
il NA il
il NA ••
II NA II
II NA II
II NA II
-------
TABLE A-4 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED AFTER 1980
iMIHE NUttEN
OAIE SIA81ED
DAIA SOURCE
ACE (ONE
ACIOLE1N
BEN7.EIE
IftOMME THANE
8UIANOL
l-IUIANOl
2-eulANONE (NEC)
BllT»L BEN7.HL FHENOL
CARBON lElKACHLODIDE
MOOOKN1ENE
CHLOSOE THANE
8ISI2-CHLOROEIH01(IHEIHANE
2-CHLOROEIHU VINIl EIHEfc
CHIOROFORR
CHLOftONElHANE
lISICHLOKOMlMYLIElHEk
2-CHLOIONAPHIHALEIIE
P-CK£Sfll
2,4-0
4,4-001
DIUQIklnEIHANE
oi-N-Buivi PHIHALAIE
I,2-DICHLD80IEN2ENE
1,4-OICHLORONENlENE
OICHLOfiDDIFLUDftOflflHANE
1,1-DJCHLOtOEIHANE
1,2-OICHLMDfTlttK
CIS-l,2-DICHLOflOElH1ILENE
IkANS- 1 , 2-OICHU»0£IH»lEN£
1,2-DICHlONOPNUFANE
I.J-OICHLOfiWKJPENE
DIEIHUL PHIHALAIE
2,4-DlnEIHU.FHfNOL
tiHEiHU. PHIHALAIE
ENOtIN
EiHANa
ETHYL ACEIAIE
EIHIL BEN1ENE
Gllilll-EIHILHEIfLlf'HlHAlAlE
2-HEIANONE
ISCmuHDNE
I IMMNE
4 nilrtK j-UdlANlIhE
nl luEhi CHLORIDE
14-11
1911
NUS
NO
U
W
NO
III NA in
in NA ill
NO
in NA III
ND
in NA "I
ND
NO
NO
NO
NO
ill NA in
• u NA III
NO
ND
NO
ND
NO
ND
NO
NO
4
NO
in NA in
16
ND
NO
ND
NO
ND
NO
Mi NA in
MI NA III
NO
NO
NO
NO
ND
ND
1:1
14-12
l«ll
-'-" flfe'
r*yi*~'
M
U
It
III NA III
«•• NA III
10
in NA ill
ND
•n NA "I
U
NO
*..
ID
ND
• •• NA in
in NA ill
NO
NO
10
ID
ND
U
•no
NO
NO
NO
ill NA in
6
ND
NO
ND
NO
NO
ND
in NA "I
••• NA •••
NO
NO
ND
NO
ND
ND
141
14-13
I9BI
NUS
8
ND
NO
10
in NA in
in M in
10
III NA III
NO
III M III
NO
NO
10
NO
NO
in NA •••
• •• NA IK
ID
HO
ND
ND
NO
10
NO
ID
10
ID
• •• NA ill
12
ND
ND
NO
ND
NO
ND
ill NA HI
in NA in
NO
NO
ND
ND
NO
NO
6
27-11
1982
NUS
4811
NO
NO
NO
IK NA in
III NA Ml
9911
IK NA IK
III NA IK
NO
ND
ND
ND
IK NA IK
••• NA ill
4411
ND
.142
NO
NO
NO
NO
NO
NO
NO
in NA in
NO
ND
ND
ND
ND
ND
NO
in NA IK
in NA in
ND
NO
691
ND
ND
571
311
27 -U
1982
NUS
4IM
ft* NA *n
•it NA ftt
HIM
it* NA MI
tit NA it*
• M NA Ml
•M NA IM
44U
•1* U i.i
NO
NO
NO
ND
ill NA IK
• II M IK
ND
ND
41
ND
ND
ND
691
27-IJ
1982
NUS
4318
10
NO
ID
Ki NA ill
••• NA lit
I2HI
Ml NA K*
NO
IK NA IK
ND
NO
NO
NO
NO
IM NA in
• M NA Ml
43M
NO
•'
ND
NO
NO
ND
ND
NO
IK NA in
ND
•it M in
MI NA tit
1.4
torn
HI
, -(Nt*
• 1 7
• ml'
JL |
01
571
2M3<
1982
NUS
4111
ND
NO
ND
in NA in
in NA ill
Illll
IK NA in
ND
HI NA IM
ND
NO
NO
NO
ND
IK NA IK
Mi NA Ml
SlIB
ND
.11
ND
NO
ND
ND
NO
ND
Nt
in NA in
NO
ND
NO
NO
ND
NO
ND
ill NA in
in NA in
ND
\7i
J/I
1'n
. j
1 1 ft
I II
sii
48-11
19dl
NUS
4l.ll
ND
no'
ND
• M NA IM
IM NA Ml
ISM
IK «A IK
NO
• M NA IK
ND
ND
ND
ND
ND
MI NA in
in NA MI
ND
ND
.14
ND
ND
ND
ND
ND
NO
NO
in NA MI
NO
ND
ND
J2
ND
NO
NO
in HA ill
in NA in
kO
1)0
418
NO
ND
291
t>i
48-12
1981
NUS fft|
1
IBM
ND
ND
ND
Ml NA Ml
IK NA IK
IUI
IK NA KI
ND
ill NA in
ND
NO
ND
NO
ND
Ml NA III
Ml NA IM
ND
ND
.16
NO
NO
NO
NO
ND
ND
ND
ill NA in
NO
ND
ND
NO
ND
ND
NO
in MA in
HI NA HI
NO
ND
;9
MO
NO
NO
III
41-13
Ifll
^riikdbKS
WSt^f
Pf»Hfr
IfM
II
NO
10 •
in NA •••
IK NA III
3MI
Ml NA IK
NO
KI NA IK
NO
NO
NO
NO
ND
in NA in
KI NA MI
ND
ND
.22
NO
NO
ND
ND
NC>
NO
IK
in NA KI
NO
ND
NO
N3
ND
ND
ND
MI NA in
in NA in
NO
ND
BS
ND
ND
NO
41
-------
TABLE A-4 ORGANIC ANALYSES OF LEACH ATE FROM MSWLFs STARTED AFTER 1980 (continued)
SAHHE NUNUf)
OAIE SIANIEO
OAIA sauna
NAPHIHALENf
NllftOiENlENE
4-NllNUHlENOl
PENIAEHIOSOPHENOL
PHENOL
I-PROPANQL
2-PkOf>ANOl
1,1,2,2-UUftCHl.OfcOtlHAIIt
lEIRACHLOtOEIHUENE
UlkMnMOFUBAN
IOIUENE
10IAPHENE
1,1, l-fRICMIWOH HAKE
1,1,2-lBICHlQRQEIHA*
ISICHLOfiOUHnENE
lilCMlQfcOfLUOMMElHANE
l,2,}-IlillHLOI)OPHOPMI{
VINH CHLORIDE
H-ULENE
IILENES
14-11
1981
NUS
NO
NO
ND
NO
ND
••• NA lit
in kA •••
NO
ND
ill NA til
ND
M>
IK M •«
ND
NO
ND
NO
ND
ill NA ill
NO
14-12
1*81
Nl
II
HI
.Nl
NO
ill NA in
lit NA •!•
U
NO
til NA •••
NO
M
ill NA II*
ND
10
11
NO
NO
in NA I"
Nl
14-1)
1981
NUS
NO
NO
HI
NO
II
ill NA III
ill NA ill
NO
ND
HI NA HI
NO
W>
••• M ni
ND
NO
ND
ND
ND
••I NA •••
NO
27-11
I9B2
NUS
NO
Nl
Nl
NO
I4U
III NA ••!
ill NA •••
NO
NO
Hi NA m
S4I
HI
III M IK
NO
NO
10
251
NO
Itl NA •»
HI
2M2
l»82
NUS
ND
ND
NO
NO
1711
in NA in
IK NA •••
NO
ND
IK NA II*
SSI
NA
IK M IK)
HI
•0
NO
Nl
NO
IK NA Hi
Nl
27-13
1982
NUS
NO
ND
ND
NO
IIM
ill NA Hi
IK NA I"
NO
NO
IK NA HI
611
ND
•it M lit
ND
NO
ND
ND
ND
IK NA in
NO
27-IJi
1*82
NUS
ND
ND
ND
NO
2111
in M IK
KI NA in
NO
NO
in M IK
591
ND
Ki NA in
ND
ND
ND
ND
ND
ill NA HI
NO
48-11
1981
NUS
ND
ND
NO
NO
NO
in NA in
in NA IK
NO
NO
in NA in
Illl
NO
iti M in
ND
ND
NO
ND
NO
IK NA in
ND
48-12
1981
"us a
'ff-
ND
ND
ND
ND
NO
in NA lit
IK NA in
NO
ND
Ki NA in
Illl
NO
t'l UK M>
NO
NO
NO
NO
ND
in NA m
NO
48-U
IMI
Syr. if1^"
il
M
NO
Nl
•Nl
IK NA
KI NA
NO
NO
ill NA
NO
ND
• K NA
NO
NO
NO
NO
NO
Hi NA
NO
,
• it
• K
KI
III
III
-------
TABLE A-4 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED AFTER 1980 (continued)
SAMPLE NUMtN
OAIE StANlED
DAIA BOUNCE
ACEIONE
MIW.EIN
BENIENE
ItOnnnElHANE
6U1ANOL
l-BUIANa
2-BU1ANONE IHEK)
lulu iEkin PHENOL
CARBON lEHACHLORIDE
CHIUNUBENIENE
CHLUROEIHANE
IISI2-CHUMQEIHG1VIIIE1MAME
2-Cm.OHOtIHH VINIL ETHER
CHLUNOffWII
CHLOROHEIHANE
IISlCHlUNOflETHUIElHtf)
2-CHLUNUNAPH1HALENE
P-CRESOL
2,4-0
4,4-DDI
OlBROIUnEIHANE
01-N-BUIH. PHIHALAIE
1,2-OICHLDROBENIENE
1.4-OICHLUlUiENlENE
OICHIURODIFLUORDHEIHANE
1,1-DICHlOSOfIHAME
1,2-OICHlONOElHANE
CIS-l,2-OiCH!.ORUEIHtLENE
liANS-l,2-OICHU)ltOElH/ UNK U
» UNK «
» m «
» UNK «
411
» UNK «
» UNK «
» UNK «
>'• UNK «
» UNK «
» (M <(
» UNK «
» UNK <(
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
>> UNK «
» UNK «
» UNK «
» UNK «
» UNK i<
» UNK «
» UNK «
» UNK «
>• UNK «
>; UNK «
» UNI. v<
>/ UNK <(
>• UNK i(
r. UNK \.
'•: UN> :\
>/ UNI %»
61-BI
IWJ
felt. N*.
MI NA IM
Ml NA Ml
III NA MI
Ml NA ill
Ml NA Ml
Ml NA Ml
• M NA Ml
Ml NA Ml
Ml NA Ml
III NA Ml
MI NA in
• M NA III
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Mi
in NA Ml
Ml NA ill
Ml NA Ml
MI M ill
Ml NA Ml
III NA Ml
IM NA ill
IM'NA ill
IM NA Ml
MI NA ill
Mt NA MI
• II NA Ml
Ml NA IM
ill NA MI
Ml NA Ml
• •• NA Ml
Ml NA Ml
IM M Ml
Ml NA Ml
Ml NA Ml
IM NA MI
Ml NA Ml
MI NA •••
• M NA «ii
• M NA Ml
Ml NA Ml
Ml NA IM
ill NA Mi
61-1.
I«IJ
Nittt Itgit
MI NA MI
Ml NA III
Ml NA Ml
MI NA III
• M NA Ml
Ml U Ml
IM NA Ml
• M NA III
• M NA Ml
Ml M Ml
••• NA ill
III M Ml
III NA III
•II NA ill
ill NA IM
•II NA lit
IM NA lit
Ml NA Ml
• M NA IM
Ml NA Ml
• •• NA IM
Ml NA Ml
Ml NA Ml
Ml NA •••
»• NA •••
• it NA IM
MI NA Ml
lit NA •••
Ml NA Ml
MI NA Mi
•M NA Ml
Ml NA Ml
IM NA ill
•M NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
IM NA MI
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml kA Ml
Ml NA IM
Ml NA IM
Lt-tl
mi
It it it Hgul
Ml NA Ml
Ml NA Ml
• M NA MI
IM NA Ml
III NA Ml
MI NA MI
III M Ml
•M NA MI
ill NA MI
Ml NA Ml
IM M Ml
•M M Ml
III M III
III NA Ml
III NA MI
Ml NA Ml
Ml NA MI
Ml NA Ml
ill NA III
IM NA Ml
Ml NA Ml
Ml NA Ml
MI NA MI
Ml NA MI
MI NA MI
Ml NA Ml
Ml NA Ml
Ml NA Ml
ill NA MI
in NA MI
Ml NA Ml
lit NA MI
Ml NA Ml
Ml NA Ml
iii NA MI
• M NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
MI NA 111
• M NA iii
MI kA 111
IM NA ill
Ml kA Ml
61-14
HIJ
nitit Hj»t
IM NA in
Ml NA in
MI NA m
• M NA ill
MI NA m
IM NA in
IM M III
ill NA Hi
Ml NA in
in NA in
MI NA ill
Ml NA III
III NA ill
ill NA IM
IM NA IM
III NA ill
Ml NA III
Ml NA ill
MI NA til
Ml NA ill
MI NA I"
• M NA ill
MI NA in
Ml NA in
Ml NA III
• M NA III
Mt NA in
Ml IM III
Ml M "I
Ml M IM
Ml NA ill
MI NA HI
MI NA III
MI NA HI
in NA ill
Ml IA HI
MI NA in
MI NA in
MI NA in
MI NA in
MI NA in
• U NA in
MI NA •••
Ml NA •••
(.115
HBJ
Hist* Hgit
MI NA HI
•M kA MI
••• NA Ml
Ml NA Ml
IM NA Mt
MI NA Ml
• M NA Ml
Ml NA Ml
IM NA Ml
Ml NA Ml
Ml NA IM
IM NA IM
III NA IM
• M NA Ml
IM NA IM
III NA Ml
Ml NA Ml
ill kA MI
MI NA III
Mi HA MI
IM NA Ml
• M NA Ml
MI NA Ml
IM NA MI
• M NA Ml
Ml NA Ml
Ml NA Ml
ill NA Mt
Ml NA Ml
• M NA MI
IM NA Ml
Ml NA Ml
• M NA Ml
IM NA Ml
• M NA IM
• M NA Ml
IM NA Ml
IM NA Ml
iii NA MI
IM NA Ml
III N* Ml
Ml MA IM
IM NA Ml
IM NA iii
61-16
HBJ
klilt Ngtt
Ml NA Ml
ill NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
MI NA 111
Ml NA IM
IM NA Ml
IM NA Ml
•M NA Ml
Ml NA Ml
Ml NA Ml
• M NA IM •
•M HA IM
IM NA IM
Ml NA Ml
IM NA ill
Ml NA Ml
IM NA III
III NA Ml
IM NA IM
Ml NA IM
IM NA MI
Ml NA IM
IM NA IM
IM NA IM
Ml NA Ml
IM NA IM
Mt NA IM
MI NA iii
IM NA Ml
IM NA IM
Ml NA IM
• M NA MI
III NA Ml
IM NA in
Ml NA Ml
iii NA 111
MI NA ill
ill NA HI
ii* NA iii
III NA ill
Mt NA Ml
61-*)
If 8!
•1411 Dgit
Ml NA Ml
IM NA,in '
Ml NA Ml
• M NA IM
• M NA IM
Ml NA Mt
Mt NA Ml
Mt kA Mt
Ml NA Ml
Ml NA Ml
Ml NA Ml
ill NA ill
Ml NA Ml
Mt NA Ml
Ml NA Ml
Mt NA Ml
itt NA MI
Mt NA Ml
Mt NA Ml
•M NA Ml
Ml NA Ml
IM NA Mt
tit NA Mt
Ml NA Ml
Ml NA Mt
• M kA Mt
Ml NA Ml
Mt NA ill
tit NA IM
Ml NA Ml
Mt NA Ml
IM NA IM
Ml NA III
• ii NA IM
Ml NA III
tit kA 111
IM NA 111
111 NA • i •
••i NA i» •
' ' * NA ii i
"
111 kA 111
ill NA tn
Hi- 18
198-
•uti» njit t
IM HA III
•M NA Ml
IM NA IM
Ml NA IM
IM NA Ml
Mt NA III
Ml NA IM
Ml NA III
• M NA IM
Ml NA IM
IM NA Mt
•M NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
Mt NA IM
IM NA 111
Ml NA Mt
tit NA MI
• M kA Ml
Ml NA Ml
IM NA MI
MI NA tit
IM NA HI
MI NA HI
Ml MA III
HI NA IM
• M NA 111
Ml NA Ml
MI NA m
Ml NA IM
• •• NA HI
Ml NA Ml
ill NA in
n« NA in
Ml NA til
• •i kA in
III Nil Ml
• •• NA in
••• hA in
••I NA III
MI k« HI
MI NA in
62-11
IWJ
. , V (M»ii «gii
• M NA Ml
IM NA MI
III NA Ml
MI NA IM
MI NA MI
Ml NA MI
Ml NA Ml
Ml HA Ml
Ml NA Ml
tit HA IM
Mt NA Ml
Ml NA Ml
Ml NA IM
MI NA lit
III kA Ml
• M NA Ml
IM NA Ml
Ml NA Ml
-M
Ml kA Ml
Ml HA IM
IM NA Ml
Ml NA IM
Ml kA Ml
Ml kA Ml
MI kit iii
IM NA lit
tM NA IM
IM U IM
MI NA IM
MI k; MI
Mt NA 111
Mt M Ml
Ml NA Ml
-.1
Ml NA III
Ml NA IM
Ml NA Mt
• M NA iii
• li NA MI
•M NA •••
MI NA •••
Mt NA 111
-------
TABLE A-4 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED AFTER 1980 (continued)
SARKE NUIUJER
OAIE S1AR1EB
DA1A SOURCE
NAPHTHALENE
NllfcDtENlEkE
4-NIIROPHENOi.
PENIACMLOROPHENOL
PHENOL
I-PROPANOL
2-fROPANOL
1,1,2,2-UIRACHlllkOElHANt
lEIkACHLOROEIHVLENE
lEIkAHVMOFURAN
IOLUENE
IOIAPHENE
l.l.l-IRICHLOkOEIHANC
1,1,2-IRICHLOOOEIHANE
IRICHLDROEIHYLEtf
IRICMIOROFLUOROKIHANE
I^.J-IRICHLOkOWWANE
VINVL CHLBdlM
fl-IVLENE
IHLENfS
54-11
1961
\ittt Attoc
:•/ UN* u
» uu «
» UK «
» uu «
i> uu u
» UK «
:•> u* «
» uu «
» UK «
» UK «
;> uu «
» UK «
» uu «
» uu u -
» uu «
» uu «
» UK «
» uu «
» UK «
» UK «
tl-ll
1911
HMlt ••»!
Ml NA MI
III NA III
III NA III
IM NA III
•l< NA III
IM NA ill
MI NA HI
in NA HI
Ml NA in
III NA Ml
in NA MI
in NA Ml
Ml NA in
in NA Ml
in NA III
Ml NA Ml
IM NA Ml
ill NA Ml
Ml NA III
ill NA III
61-12
1983
Mtlt ftgit
Mi NA Ml
IM NA ill
Ml NA Ml
III NA III
IM NA MI
III NA III
Ml NA III
III NA ill
in NA III
III NA ill
IM NA Hi
ill NA ill
ill NA MI
III NA m
Mi NA Ml
ill NA ill
Ml NA Ml
ill NA Ml
• M NA in
IM NA Ml
61-13
199}
Hitte Itgil
in NA in
Ml NA Ml
MI NA MI
III NA in
IM NA in
Ml NA MI
IM NA MI
III NA MI
III NA Mi
III NA MI
III NA MI
III NA ill
ill NA MI
ill NA MI
ill NA in
ill NA Ml
ill NA MI
III NA MI
in NA MI
III NA MI
61-M
1961
Nitll llj»l
IM NA ill
IM NA ill
MI NA in
IM NA III
Ml NA ill
Ml NA in
ill NA ill
in NA ill
MI NA in
MI NA in
IM NA in
IM NA ill
in NA til
MI NA •••
Ml NA •••
IM NA •••
IM NA in
III NA III
IM NA ill
ill NA HI
61-tt
1983
Nittt Itgit
Ml NA III
111 NA MI
MI NA MI
MI NA in
Ml NA Ml
IM NA MI
in NA MI
in NA MI
MI NA MI
Ml NA Ml
Ml NA Ml
MI NA MI
ill NA MI
• M NA in
Ml NA Ml
in NA MI
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
61-16
1983
Nitll flgil
in NA MI
Ml NA Ml
in NA MI
in NA MI
ill NA in
in NA MI
in NA MI
Ml NA Ml
in NA Ml
in NA MI
ill NA ill
MI NA MI
Ml NA Ml
MI NA MI
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
ill NA MI
MI NA IM
61-17
1963
Nittt ngit
MI NA in
in NA MI .
in NA'IM
III NA III
in NA in
in NA MI
in NA IM
in NA MI
Ml NA Ml
Ml NA Ml
IM NA IM
Ml NA Ml
MI NA MI
Ml NA Ml
ill NA MI
Ml NA Ml
MI NA MI
MI NA MI
MI NA MI
III NA Ml
61-16
198?
Mile Hut ...
«•*&!•
in NA MI
in KA in
in NA MI
MI NA in
in NA in
in NA MI
Ml NA Ml
in NA IM
Ml NA Ml
Ml NA Ml
MI NA in
ill NA MI
Ml NA Ml
in NA MI
IM NA Ml
Ml NA Ml
Ml NA Ml
in NA IM
Ml NA Ml
Ml NA Ml
42-11
IttJ
;, $•«• Hf*t
• M NA MI
"• NA •••
Ml HI Ml
••• NA •••
• ill NA MI
MI NA MI
in NA in
Ml NA Ml
in NA •••
in NA IM
ill NA MI
-II
• M NA III
ill NA IM
in NA Mi
• M NA Ml
Ml NA III
• •• NA in
Ml NA Ml
MI NA •••
-------
TABLE A-4 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED AFTER 1980 (continued)
SMIPU NUntU
OAIE SIMIED
OAIA UUfiCE
ACEIONE
ACUlEIH
BEHJENE
IBQHO«!HWI£
BUIAHOl
l-BUIANOl
2 dUIANOHE (HEM
ILln BEHHl PHEHOl
CARSON lEIKKHLONIK
CHlGROBENtENE
CNLONQE1HMIE
IIStf-CHlMOUHOHINflHAtt
1-CHLMKMn. VIHtl EIHH
CHLfHWOIN
CM.ONORCIHAHE
IIStOtOMNUHtUClNtt
2-CHiMONAWIIHAUNE
r-tttsu.
2,4-0
4,4-0(1
DINOMKIHMK
OI-H-NUm PHIHALAU
l,2-DI[M.OROMN2Etf
1,4-tlCMUMQIENieNi
OICHLMODIFIIUMMUHUE
1,1-IICMLORKIIUME
l,2-|ICH,OtOElHANE
CIS-l,2-IICM.U«IH)L£tf
TMNS-I.J-BICHLOiOllllHlHl
1,2-BICHLOBOCBOCAK
l,)-OICMlM10f«)PE*
DlilHfL PHIHAUIt
2,4-DHIflNnPHENDl
OIHEINU PHIHALAIE
EHDtlH
E1HAHOL
EIHU ACE 1 A1E
EIHIl tlHHl*
BISI2-EIHUHEmiPHIHAUI£
J-HUAHONE
ISOPHOWItt
LINDANE
4 HEIHH-2-KHlAliOltE
IUIHUEHE CHiORIDE
M-IJ
198}
Nittt Ngil
• I* NA Mt
ill HA III
in HA Hi
ill M <
MI HA •••
Ml W Ml
Ml NA Ml
Ml HA Ml
MI NA 111
IM NA ill
74-12
1984
mtlt flgtt
Ml NA Ml
ill HA MI ,
MI HA 'MI
• •• HA Mt
IM NA Ml
Ml NA Ml
Ml HA Ml
Ml HA Ml
Ml HA Ml
ill HA MI
Ml HA Ml
Ml NA Ml
IM HA Ml
IM HA Ml
•M HA ill
IM HA Ml
ill HA Ml
Ml HA Ml
-51
Ml HA Ml
Mt NA Ml
Ml HA Ml
IM HA lit
ill HA Ml
IM RA Ml
IM HA IM
Ml HA Ml
Ml HA Ml
IM HA in
Ml HA Ml
Ml HA IM
ill HA MI
Ml HA Ml
••• M •••
••• IM •••
Ml NA Ml
ttl HA III
IM HA IM
ill NA IM
MI HA MI
MI HA MI
-2
Ml NA III
MI HA IM
M-AJ
1984
Milt Nut
^ -v
*f —
Ml HA Ml
Ml HA Ml
Ml NA Ml
111 HA MI
IM NA MI
IM HA MI
Ml HA Ml
• M NA Ml
Ml HA Ml
ill HA •••
Ml NA Ml
ill NA MI
Ml HA Ml
Ml HA Ml
ill HA in
Ml HA MI
MI NA MI
Ml NA Ml
Ml NA Ml
IM NA MI
IM HA Ml
Ml HA IM
IM NA Ml
ill HA MI
ill HA MI
Ml NA Ml
ill NA m
Ml HA Ml
Ml HA Ml
Ml HA Ml
IM HA Ml
IM NA Ml
IM NA Ml
ill NA MI
Ml NA Ml
IM HA MI
MI NA MI
MI HA in
Ml HA Ml
IM NA n>
Ml NA Ml
111 NA MI
MI NA ill
»-|l
IWS
ItifU Hill
Ml NA Ml
IM NA Ml
• M NA Ml
Itt HA in
• ttt NA MI
Mt NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml HA Ml
Ml NA Ml
IM HA MI .
lit HA «M
Ml HA Ml
MI HA Mi
ill HA MI
IM HA IM
Ml NA Ml
Ml HA Ml
ill HA IM
Ml HA Ml
IM NA lit
Ml RA IM
• M NA MI
- Ml NA Ml
MI NA MI
Ml NA Ml
Ml NA Ml
Ml HA Ml
IM NA Ml
ill HA MI
IM NA Ml
Ml NA Ml
Ml NA IM
MI NA IM
• M NA Ml
ill HA MI
Ml HA Ml
MI HA MI
IM HA Ml
IM NA Ml
Ml NA Ml
Ml NA Ml
-------
TABLE A-4 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs STARTED AFTER 1980 (continued)
SMPU NUHIER
OME STARTED
0*1* SOURCE
NWHUMLENE
mittUCNlENE
4-NIIRWHEMI.
KNIACMLORWIKIIOL
PHEWI
t-pRVNoi
2-noMtti
1,1,7,2-ii.MCM.WDilMMi
IHMCNlOUfmLflK
IEIMMYMUFUUI
IOLUENE
lOllflttt
1,1,1-IRICHKMOtlMIIE
1,1,2-IRICmiWOEIIttllE
IRICMlOUKIHVLEtf
JIIOiLMORUMMEIHAJIf
l,2,)-!RICML(KOHtWNIC
vim CHLORIK
R-IUENE
HUMS
42-12
191)
Mutt Opt
III III
III HI
III III
III III
III III
III III
III III
III III
III III
III III
III III
III III
ill lit
HI ill
in in
HI III
ill ill
HI ill
ill U ill
III M ••>
*2-M
IN)
""•"*&
-II
-II
-«
-11
111
III M Ml
HI M HI
-M
-«l
ill M HI
1)
-21
-U
-51
-l»
-IM
in M HI
-IM
III U IK
ill M in
42-U
Ifl)
Hull Dgit
ill M in
in Itt in
til M HI
til W lit
til M HI
ill M in
til M in
til M lit
HI M HI
tit M lit
HI M in
in M in
in Itt in
in Itt in
in M in
HI Itt HI
in M HI
in M HI
in M Hi
lit M lit
17-11
HII
Hull R|tt
ill
III
Hi
Hi
III
Ml
Ml
Ml
Ml
III
Ml
-II
Ml
III
Ml
Ml
Ml
Ml
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
Ml
III
Ml
47-12
IMI
Dlltf Rflt
Ml Itt
Ml lit
Ml Itt
Ml Itt
Ml ttt
til Itt
III Itt
Ml ttt
Ml Itt
Ml ttt
IM ttt
Ml tit
III Itt
IM Ml
III Itt
III Ml
III Itt
IM Itt
Ml Itt Itt
Ml lit Itt
47-11
INI
•Mil Hut
ill W IM
III M Ml
Ml M Ml
Ml M III
III Itt ill
III Itt Ml
III M Ml
Ml M Ml
Ml M Ml
III M IM
ill U ill
III M IM
ill M IM
IM Itt IM
ill M IM
Ml M Ml
Ml M IM
MI Itt ill
Ml Itt Ml
III M Ml
74-11
If 84
Kittt Itgtt
III M Ml
Ml U Ml
III U Ml
Ml U Ml
Ml Itt III
III U Ml
Ml M Ml
Ml W Ml
Ml M III
IM M Ml
Ml M Ml
IM M Ml
Ml M III
MI M ill
Ml M •••
III M Ml
IM M Ml
IM M Ml
IM M Ml
Ml M IM
74-12
lilt
Nittf HMt
IM M MI
Ml N) Ml '
III M Ml
IM M* III
Ml IM Ml
Ml U Ml
Ml U Ml
III M Ml
Ml M Ml
Ml M Ml
Ml Itt III
-II
Ml M Ml
Ml W Ml
Ml M Ml
III M Ml
Ml M Ml
III U Ml
Ml M Ml
Ml M Ml
74-11
If 84
Hitit R|lt ..,.
Ml M Ml
III M Ml
Ml Itt Ml
III M Ml
III IM Ml
Ml M IM
Ml Itt III
III Itt Ml
IM M Ml
III M Ml
III M IM
Ml M Ml
Ml M •••
Ml IM IM
• M M IM
Ml Itt •<•
IM U ••>
Ml Itt Ml
Ml M Ml
Ml M Ml
71-11
IMS
,«**••(•'
IM Ml
III IM
Itt Ml
ttt Ml
' III Ml
IM It*
IM Ml
Ml III
Ml III
III III
Ml III
III Itt HI
III M Ml
III Itt Ml
III Itt Ml
III M •••
Ml Itt Ml
Ml M Ml
Ml Itt Ml
III M Ml
-------
TABLE A 5 INORGANIC ANALYSES OF LETCHATE FROM MSWLFs OF UNKNOWN AGE
mUibAklCS AMI ibib Of LEAIHAIE
SAMPLE NUMEN
MIE SIARIED
MIA SOUICE
9$U9-9y$iJ!T.!!!9i£$!9$§
" iiiAiiiiii
AIMONIA
IIOLOilCAL OU6EN DCMND
CALCIUH
CHEHIUL 01IEEN OEIUNI
CHLWIDE
CONDUCIIVIII luilu/ti)
tH !•«!
FLUORIDE
BtOSS ALPHA
EtOSS KM
HARNESS
IKON
NIIUIE
NllflllE
NllkOEEN IKJEIDAHLI
NllkOEEII I01EMICI
NIIMEEN IIOTAII
OIL 1 EIEASE
pH IpH nil til
PHENDLICS, IOIAL
PHOSPHATE
PHOSCHMUS
rblASSIM
SWUM
SULfAlE
SUFI1E
SUVACIMI
IEHPERAIUKE IDt|. Ciohtrtdil
TOIA1 DISSOLVED SOLUS
IOIAL SUSPENDED SOLIDS
IOIAL OUMIC CMJOH
IOIAL OIMJIIC HAlOtEN
(DIAL SOLUS
>!*«.!!9*i*|K|
A1UNINUH
MllRMt
IWSENIC
MIIIM
IEIILLIUH
UfUM
CAMIUH
CHBUIIU* IHEIAVAIENII
CHtMIUH 1 IOIAL 1
COMLI
COPPEk
CtANlOE
LEAD
HANGANESE
MfiNESIUft
MUUfir
NICȣl
OSIIIUH
biLKlUB
SllVffc
SlkONIlun
IHALLIUII
II*
VANADIIM
I INC
11-11
UHVNOHN
SbtioUj
ii NA n
n NA n
ii M n
it NA n
ll M n
Uf
n M n
H M ll
li M ll
ll M H
ll M II
Ml
14.1
• • NA n
ii M il
n M n
ii M ii
ii NA n
n M ll
7.2
n M n
n M ii
li M ll
ii M it
171
ll NA II
ii M ii
U M ll
il M ii
U M il
ll M ll
•l M tt
li M il
ll M n
ii NA ii
n M n
.12
.14
ll NA ll
ll M ••
.12
ll NA il
.is
il NA li
il NA II
II M II
.14
.17
II NA ll
.MI7
il NA II
ii NA ll
.11
.11
ll NA II
ll NA il
il NA il
li NA II
1.6
12-14
UKWNN
SetotU
511
SI
III
12*
47].}
4M
%»
MM U
M M *•
M M H
7IS
2.B
ti M ••
it M ti
U
ll M H
ii M n
•i M ii
|
•I NA II
II M ••
ll M il
il M II
ii M ••
1.7
ii M ii
ii M n
it M ii
•i M ti
tt M ••
115
it M n
it M il
ii M ••
ll M ll
n M ii
ii M n
il M ii
ii M ••
-.Ml
n M ii
ll NA ll
• i M ii
.Ml
ll NA U
.115
•• M ••
11.5
ii NA ii
.14
ii NA il
II NA II
ll NA Ii
II NA II
li M II
n NA ll
il M il
.11
11-11
UHKNONJI
SobolK
1114
14.4
il NA ••
•i NA It
II
ii M ii
ll Nl) ll
ii NA li
il NA ii
ii NA ll
ii NA n
II Nil II
ll NA il
•l NA ll
ll NA ••
•1 NA ••
ll NA ll
U NA II
II NA II
II NA II
ll NA ••
II NA ••
II NA II
ll NA II
II M II
ii NA ii
ii NA li
il M ii
ll NA ii
ii NA ii
ii NA ll
il M ll
li NA H
li NA ii
ii W ii
il NA li
il NA il
il NA ll
•l NA II
il NA li
•• NA ••
li NA li
II kA II
II NA ii
ll NA il
ll NA il
il NA il
ll Hi) il
li NA ll
ii Nn il
• i NA U
n NA il
ll NA n
il NA il
•I NA ll
ii NA li
ii NA II
ii NA li
•l NA ll
ll NA il
ll NA il
II NA il
11-11
WkNONN
Stftttu
II NA ••
II NA II
II M II
ii M ii
ii M it
it M tl
:&&&{
•«r* a*
M M M
ii M ii
II NA It
•1 M II
it M ii
II 'M It
II NA II
ll NA ll
ll M ll
li NA ii
li M il
ii NA ii
ii M n
ii NA ii
ll NA ll
li NA ll
ll NA ll
li NA il
n NA il
M NA ll
il NA ll
ii NA ii
ll M il
II NA II
II M II
• HM ii
li NA ll
il NA ii
ll Nl il
ll NA ll
ll NA ll
il NA il
II NA II
ll W il
l> Nl II
•• NA il
II NA ll
ii M ••
ll NA ii
II NA U
•l NA li
•• II
II II
• l ll
• • Ii
• • ll
ll II
• 1 II
II II
II II
-------
TABLE A-5 INORGANIC ANALYSES OF LEACHATE FROM MSWLFs OF UNKNOWN AGE (continued)
IkufcbAdlCb AkAliSIS lit LEACiMIE
SAftPLE NUHIE8
OAIE SIA8IEO
OAIA SOU8CE
MJEN flUAliir INOICAJOBS
All Al INI II
AIWDNIA
BIOLOSICAL OIIEEN DEMU
CALCIUH
CHEIICAi OIISEN OEIIAND
CHL08I8E
CONDUCllVlll iMko/cii
IN liil
FLUORIDE
MOSS ALPHA
GROSS 8EIA
MiDNESS
I80N
NIIIAIE
KirRUE
NIIIObEN IKJElDAHLI
NMROiEN IOKMNIC)
NIIMMCN 1101 All
OIL I HUASE
pN IpH until
PMENOIICS, IOIAL
PHOSCHAIE
PHOSPHOauS
POIASSIW
SODIUM
SULfAK
SU.HOE
SUSIACIAII
UMPEIAIUU lDt|. CtolifMltl
IOIAL IISSOLVED SOLIDS
IOIAL SUSPENDED SOLIDS
IOIAI OltANIC CUMIN
IOIAL OttAJIC MLDECI
IOIAL SOLIDS
OlHEl IN08EANICS
ALIMINUII
AIIIHONI
ARSENIC
IMIIM
IE8ILLIUN
BORON
cuniun
CHfOfllUn IHEIAVALENII
CMMIM IIOIAL)
COIALI
COPPE8
ClANIDE
LEAD
MNEANESE
IIAENCSIUI
KE8CUII
klCktl
OMIIUII
SELllltin
SltvCk
SlkOkllun
IhAlllUII
III
VAMDIUII
11-11
UNKNONN
SafeOlki
• i M ii
tl.B
n M M
ti M M
M M tl
111
MM
M M M
M M M
M M M
M M M
M M M
M M M
M M M
M M M
ll NA II
M M M
• I M M
M M M
6.8
it M M
il NA ••
M M M
M NA M
it M ii
17
M M II
•i M it
li M it
ii M ii
M NA ii
III
ii M M
ii NA ii
ii IA ii
M M "l
M NA ll
M M M
ll NA ll
.61
il M li
M M M
.MB
ii M it
li M M
ll M ll
ll M ii
ii NA il
li IA ii
li NA ii
ii NA n
•l NA ll
•1 HA li
«l NA U
ll IA II
ii M M.
ii M II
ii M M
12-11
IMNOM
Sototki
471
•i M M
1718
M 1
« U
M M M
IV
IMI 15-11 It-ll
UlfHOlN ukfckOiN IthANOMI
SUmtki Sototn Sukoll*
•• M ii
ii kA ii 1144
211 41 61
M NA ii
121
M NA it 2111
M M M 3IA
DM 2IM 4KI
981
182 M NA M
fl« M M M 5228 • 48»4
MM M
.12
M MM MM ii M NA ii
17-11
UkkkOM
Sototkt
978
M M ••
it NA n
III
•• M it
111
2611
• l M li
M MM it M it 182 .79
M M M
tt M M
M NA M
M M M
II H M
-.11
it NA ii
it NA M
ll NA M
it NA M
7.4
M M M
ii NA M
M M M
M M M
M N
12
A it
M MM MM n U M M
It M M
li NA it
it NA il M NA ll
ii M ii 1956
211 M M ii 47.3
li NA ii
M M M
ti NA M
M M li
• I M M
it NA it
li M M
M M ii
M MM .77
i M il .1]
i M ii ii M ii
l M M il NA il
• M M II M M
• Mil M M it
.78 7.1
i M ii li M M
M MM ii M ii .42
M MM MM M M NA M
li MM MM it 111.75
M MM ii M M 231
M M M I 217
•i NA ii
II M M
it NA M
M M ••
il M ••
ll M M
M M M
I9M
II M ll
ti M ii
M M it
ll
ll
.99
• i
M
it
ii
• i
ii
ii
ii
ii
11
ii
it
•t
li M M ii M M l NA tt
M M M M M il i M ti
it M M ii M it • NA M
M M M 4818 • M tt
ii NA M
ii NA ii 1 M M
•I M M ||8I M M M
M M ii
ii M ii ll NA M
il MM ii MA ii li M ••
ii MM ii kA ii ii NA it
ii MM •• M ii n NA M
M MM ii M •• M M it
M MM MM M M M M
• i M it
i M M M M M
li MM MM M M M it
ii
it
it
li
•i
ii
•i
ii
ii
ii
11
ii M ii
ii NA ii
• • M ii
ii M M
li M ii
II M M
ll M ll
.11
M M II
ii IA ii
ii M ii
.11
li M ii
ii M ii
• i M ii
121
ii W ii
.41
li NA il
li NA ••
II NA ll
li M il
II M II
II M M
n W II
l M il ll M M
• MM ll NA It
l M ll M M it
• Mi n M ll
• M • M M it
• Mi ll M M
• Mi » NA it
• M • 41.73
• M •• 122
• kA it ii M ii
i NA il li NA II
• Nfi ii M NA ll
l NA il il NA II
• kA l ll NA II
l NO l il NA II
l M 1 •• M M
• Ml M M II
• Ml M M M
M HA M
M M H
.8
.22
.36
•• NA il
II M M
it NA ll
ll NA ••
M M ••
7.8
ii M ii
ii M it
li NA ll
48
IN
41
M M II
• • M M
ll NA II
1411
il M ll
-5
• 1 M II
•• M M
il NA ••
ll NA ll
-.Ml
.2
M M M
M M M
-.Ml
•• NA li
-.12
II M M
-.13
II M M
-.HI
1.2
76
-.8881
ii M ii
M NA ii
-.All
-.11
n NA n
II IA ••
II IA II
M M II
19-11
UUHQM
MS
1888
161
il HA II
775
IBM
2181
IM88
181
ID
ll M M
•• kA ••
2288
91.8
.7
-.84
198
18
Ukt
•• kA ••
7.2
li |A ••
Ukt
1.1
388.7
1645.7
-21
ii IA ii
•I M il
5
1948
4;
1258
li |A ii
UJU
ID
.82
.81
.19
ID
n M it
.811
li M li
.119
ID
.18
ID
.818
11.3
199
ID
.i!
ID
ID
•0
•i kA ii
AD
10
.815
19-82
UNt.NQM
ius
1888
178
ii M ii
765
1181
2188
IMII
iei
ID
M M II
ii kA 14
2288
92.4
. J
-.84
218
48
UIK
ii kA ii
7.2
ll M ••
UN*
.97
717. B
1669.2
-21
• I M M
II M M
5
1)31
51
1278
it kA ii
m
ID
.81
.818
.84
II
II NA II
.M9
il IA ll
.811
ID
.2
NO
.11
11.2
184
ID
.25
10
NO
kO
•• kA ii
10
NO
l.lli
1V-I5
UWkQW
kUS
IMI
191
ii NA H
88;
1911
2188
IUM
181
ID
ii kA ii
• • NA •!
2188
91.8
.5
-.14
251
61
UW.
ii M ll
7.2
• • M ••
UNA
.47
781.1
2:61. 4
-21
ii M li
•i KA li
C
7971
;si
1311
II kn II
UJU.
10
.1:
.112
.82
ID
ll IA ll
.M6
•I NA li
.111
ID
.19
10
.1:?
ii.:
191
ID
.21
ID
HO
10
M IA n
ID
10
NO
48-81
UMMUk
Solotki
ii M ••
152
9M4
it NA it
15828
ifcyt^li*' 4* *•
Jl'v1 it M it
••MM
ii M M
•• M M
•i M M
II M M
M M it
• • M ii
ii M M
I* M it
• • M n
it M ii
5.6
• i M i*
M!
ii M ••
• • M •!
li M li
M M ii
• i M ii
n NA M
H NA ••
• • M il
292
M M ii
i> M ti
ii NA ii
• • k*t ••
M M ii
•• kA ••
• l M ••
• • M ••
•• NA ••
li M ii
• • M ••
>• kA ii
M M II
ii M ••
•• NA ••
• • M ••
ii NA ii
• • W M
• • M M
ii M il
il NA II
ii IA il
•i kA ii
11 NA ii
• • M ••
ll M il
• • u ..
-------
INQUANICS AMUSES 01 LEACKAIE
TABLE A > INORGANIC ANALYSES OF LEACHATE FROM MSWLFs OF UNKNOWN AGE (continued)
SAMPLE NUM1ER
DAIE SIMIED
OAIA SOURCE
•HltH uuHi III 1 Ml I Lit 1 IMS
"iuAiiiiiii
AMMONIA
IIOLOCICAL OlfGEN DEMAND
CALCIUM
CHEMICAL OltGEN DEMAND
CHLORIDE
CONDUCI1V1H lurto/iK
i« )•>!
HUM IDE
GROSS ALPHA
GROSS IEIA
HARDNESS
IRON
NIIRAIE
NIIRME
NIIROGEN IKJELOAHLI
NIIROGEN IORGMIC)
NIIROGEN IIOIALI
OIL I GREASE
t» IpH am III
PHENOL ICS, IOIAL
PHOSFHAIE
PHOSPHORUS
POIASSIM
SODIUM
SUtfAlE
SULFIDE
SURFACIANl
lENPERAIURE lOcg. daligritel
IDIAL DISSOLVED SOLIDS
IOIAL SUSPENDED SOLIDS
IOIAL ORGANIC CAS833
IOIAL ORGAMIC HALOGEN
IOIAL SOLIDS
0!H".!«g«SAHl«
ALUMINUM
ANIIHONt
ARSENIC
IMIUM
ItmLIUM
IOROM
CADMIUM
CHROMIUM IHEIAVALEN1!
CHROMIUM IIOIALI
COIAL!
COPPER
CIANIDE
IEAD
nANEAMESE
MAGNESIUM
MERCUR)
NIUEL
OSMIUM
SELEHIUM
SILVER
SiRiMilun
IHAltlUM
UN
VANADIUM
{INC
41-11
UN). MUM
Sofcatkt
ii NA ii
226
2331
•1 NA II
HIM
33)
ii HA ll
•• HA II
.4
ll NA ii
u NA u
•• NA u
231
ll NA II
II NA II
ii HA il
li NA il
ll NA ll
u NA II
6.6
ii NA H
n NA II
.11 NA il
HIM H
344
57
ll NA ll
li M ll
ii NA ll
9118
n M n
it U li
n NA ii
n NA li
n NA n
n NA n
.M
.423
II NA li
ll NA ll
.14
ll NA H
.12
n NA ii
.15
.12
.14
9.4
H HA n
.MM
.2
ii HA II
.11
.15
li M li
n HA n
H NA il
H NA ll
.£>
42-11
UNI MM
SeAoUi
ll NA ii
ll M u
Ii NA u
ll M u
•1 M n
H M u
«4NA H
M Mil
u M ••
•l M ••
•l M H
n M H
ll M »
II M ll
•• M il
H M ll
ll M ll
•• M ll
n NA il
•• NA il
•l NA ll
•• NA II
il M il
u NA u
ll NA II
ll NA II
n NA ll
li MA ii
n NA ii
ll NA li
il NA ••
n NA n
il MA »
li M ll
H NA ll
•l NA ll
ll NA ll
ll NA ll
.M3
u NA ll
ii NA li
ll NA u
ll NA il
u NA li
ll NA il
ii NA n
li NA n
n NA ll
u NA n
li NA ll
it NA n
ii NA n
.11
II NA II
ii NA ii
.H
n NA ii
n HA il
.65
43-11
UNlNOcN
•US
36M
381
it NA n
216
I4M
I2M
I4M
341
MD
n NA ii
u M n
9M
21.1
-.1
-.13
411
70
UMK
•• NA ll
7.)
n NA u
UNK
1.7
413.3
1175.4
36
ii NA n
ll NA ll
21.1
4881
184
461
•i NA ii
flfjy
NO
NO
.144
.27
NO
il NA H
NO
ii NA li
NO
U
NO
NO
.126
1.31
III
HO
.13
NO
HO
NO
H HA ••
NO
ID
.117
4J-r:
UNtHOM
NUS
3*11
411
il NA II
217
1911
I3M
84M
541
i* NA u
i* NA u
41A
TJH
114
". 1
- K
. >J
421
11
UNfc
•1 NA u
71
, »
•» NA ••
IM%
21
. i
326.3
1487.1
42
n HA it
ii NA it
21.1
5(31
2221
438
n NA li
UNK
.146
41
. f 1
NO
ll HA II
NO
ll NA ll
.M5
NO
NO
NO
.127
1.48
124
•0
.14
NO
HO
NO
ii tt ii
NO
NO
.129
.M
43-1)
UMNO*
NUS
36M
3M
n NA n
174
I3M
I3M
I4M
341
NO
•l NA II
•l NA H
9M
21.9
me
.13
431
71
INK
•1 NA n
7.3
n NA n
IM
1.3
3M.I
1134.)
37
u NA n
ii MA ••
21.1
3141
IM
441
u NA ii
UAK
HO
NO
.144
.34
NO
II NA II
U
II NA ll
.Ml
MD
HI
U
.III
1.29
114
U
HO
ID
HI
NO
II HA II
II
U
.124
.1?
44-1)
UNIHONN
Sofcolla
H HA il
IM
II HA n
II NA II
317.5
492.3
3244
ll NA il
.33
u NA u
H NA ll
H NA n
II NA II
.12
II NA II
II NA II
II NA II
II NA II
ll NA II
H NA ii
ll NA ll
H MA ll
ll NA il
ll NA u
ll HA ll
55.5
ll NA u
n M n
H NA ll
4325
il NA ii
u NA ll
II NA n
II NA ll
ll NA ll
•I M H
- HI
.VI
.215
ll HA ll
•l NA u
- UA
.•R
II NA II
• 1
.•1
II NA H
II HA II
«• HA • •
I •• 1*
.11
II NA II
ii NA n
.1113
n HA ii
II HA ll
•*« _
.••J *
A.
.11
•l NA ••
ll NA li
•l IA H
•l NA II
«• ua ..
45-11
UHlHQfcH
Sotiuli
7J75
921.5
II HA II
II NA H
2944
5475
ll NA II
II HA H
II NA II
II HA u
II HA H
II NA H
3.77
51.93
II HA ll
918
II HA II
H NA H
ii NA ••
7.55
n NA ll
8.7
ll NA li
ll NA ••
li HA n
131
ll NA n
u NA n
ll NA ll
7516.5
u IM ii
631
II HA H
ll NA n
ll NA n
n NA n
.12
ll HA ii
II HA H
II NA II
-.113
II NA ii
ll NA ••
ii NA ii
. 12
ll NA ii
- m\
.•1
II NA ll
II NA il
li NA ••
li HA n
•I HA *i
•• NA ll
li HA il
li NA ll
li H* II
li HA il
41-11
UMNOM
SaCaUi
H HA II
822.5
ll NA U
II NA il
3867
•• HA II
H NA u
II NA II
ll HA II
II NA II
II NA II
II NA l»
• 1 NA II
•1 NA II
II NA ll
II NA II
62.5
II NA II
II NA II
II NA II
n NA n
n NA il
H NA n
It NA li
li HA il
il NA n
H NA ii
ll NA li
ii HA ii
ii NA n
ii en n
il NA ll
H NA II
•I NA ll
il NA II
li NA II
II NA II
II NA II
II NA II
II NA II
.HI?
II NA II
.12
ll HA ll
• l HH ll
ii HA II
.13
ll HA il
ll HA ll
.116
•l HA ll
li HA ii
ii Hn ii
ll HA il
ll HA ii
n HA il
li NA il
n HA il
4> II
UHkHOlW
SofcoU*
II HA ll
ll HA il
H HA II
ii HA u
li HA II
ll HA ll
•l HA ll
ll HA ll
ii HA II
ll NA ll
II HA H
II HA II
II IA II
H NA II
II HA II
II II
II II
II II
II II
II H
ll II
•• H
II NA H
937
929
II NA II
ll NA II
II NA H
H HA H
ll NA H
II IM II
II HA II
II NA II
II NA H
II HA II
I.I
ll HA ll
ll HA II
ll HA ll
II NA II
li HA ll
•• NA il
ll NA il
II NA ••
ll HA ••
n NA li
1.15
1.16
927
ii HA M
1.17
ii HA ii
ii kn H
•• HA II
il HA li
•• NA ii
II HA ii
•• HA II
49 II
UNkNOM
Sotoltl
3191
279
117.23
W.S
Illl
n M ii
.
-------
TABLE A 5
INORGANIC ANALYSES OF LEACHATE FROM MSWLFs OF UNKNOWN AGE (continued)
INUKUi*..., ANALISES Of UdtHAlE
SAMiE NIMkEI
DAIE SIAIIED
OAIA SOURCE
•MICH UINU III 1 Nil 1 LH 1 UH9
ALKAIIHIU
ANJIONIA
IIOL06ICAL OIV6EN DEItAtt
CALCILM
CHEHICAL OIIGEN DEMND
CHL08IDE
CONOUCIIVIlt luiAo/cil
cH ll.l
FLUORIDE
EROSS ALPHA
MOSS IfIA
HARDNESS
IRON
NIIRAIE
HI III IE
NIIROECN IKJClDAHL'l
NIIR06EN IOI6AN1CI
NIIROBEN (IOIALI
OIL 1 SREASi
t» IpH MI it)
PHENOLICS, IOIAL
PHOSPHAU
PHOSPHORUS
P01ASSIUN
SODILM
SUUAIE
SULflDE
SURfACIANI
1ENPERAJURE (Dig. Cuti|r«4il
IOIAL DISSOLVED SOLIDS
IOIAL SUSPENKO SOLIDS
IOIAL OESANIC CARIQN
IOIAL ORSANIC HALOSEN
IOIAL SOLIDS
!««.!«P«i*SJC|
AIUIUNUI
ANIINON*
ARSENIC
DARIIM
IEIULIUN
IOHON
.OAI1M
.4UHILM IHEIAVAlENll
CHRWIUN IIOIALI
COIALI
COPPER
C«AHIK
LEAD
NANtANESE
M6NESIUN
HEBCURf
NICKEL
OSMIUH
SELlNIUD
SILVU.
SINONI1UII
IHAlllUR
UN
VANAOIIM
/INC
51-11
LNKNOHN
Sofcotkl
u NA II
124.75
2NI
il NA ii
1411
6»5
mi
ii NA il
u NA u
•• NA il
u NA u
ii IM ii
6fl
.2
.2
ii NA ll
71.2
514.5
•l NA u
A.2
ll HA ••
•l NA ll
ll HA ll
ll NA ll
il ' 1 ll
ll NA ll
H NA ll
ll NA ll
ll HA ll
7944. 5
111
M
II K, .1
II NA II
ll HA II
47
.11
II NA II
.11
II NA II
.12
it HA il
.11
ll NA li
.15
.M4
.1
li NA il
M.S
.Ml*
.84
u HA ll
.M5
.12
u W) ii
.U
ll HA ii
n HA il
67
51-11
UNtNONN
SeAoUi
76A
II.)
7
•l NA n
441
441
If*
** IN u
UNA II
II IM ll
UNA II
•• IM u
24.4
.1
.11
•1 NA u
n NA u
u NA u
II N* ll
u NA u
u NA u
NO
•• IM u
11
1(4
II NA II
ll NA u
ll NA II
ll NA ••
1411
•1 NA II
ll NA II
li IM u
u M u
• • NA u
•• HA u
ll NA ii
u NA ll
ll NA ll
•i HA u
.115
u HA u
.Ml
u HA u
.125
-.MS
.15
.12
u NA u
ii HA u
.15
ii HA u
u NA u
ii HA u
u NA u
u HA n
u NA ll
u NA n
.67
52-11
UMNONN
SotoU*
u NA u
u NA u
u NA u
• • NA ii
416*
Ml
7141
u NA u
il NA u
u NA II
u NA U
•i NA il
151
1.6
.M7
II NA ll
ll NA u
U NA u
u NA u
*4
.'
u NA u
•l NA u
u NA u
ll NA u
u NA u
H NA u
il N* u
u NA u
II N* ll
II NA ll
ll NA ll
ll HA ll
ll NA u
u HA ll
• i NA u
u NA u
HD
^5
u IM u
•• NA u
.112
u NA n
.116
.14
.15
ND
.16
II NA II
ll NA u
.M5
.14
il NA li
.12
.1)2
ii NA ii
n NA u
u HA il
u NA u
.12
66-11
UNkHOkH
Hull Dgil
• • HA u
5j
2651
II NA ll
ll HA II
li NA ••
If48
ll NA u
• l NA u
ll HA u
ll NA u
•• NA u
ll NA u
II NA u
M NA u
•l HA ll
ll NA II
u NA ll
ll NA ll
*]
. /
ll HA u
U NA II
U NA U
U NA ll
u NA ll
u NA u
u NA ll
li HA u
II NA ll
II NA ll
11
•I NA II
M NA II
u NA u
.19
ll NA u
u NA ll
tt NA M
tt HA it
•* NA ••
* li
.•i
u NA u
-.15
• i HA M
A1S
• 9H
II NA II
.112
II NA II
•• NA ••
li NA ll
1 1 1
. 1 1 J
ll NA ii
II HA u
ll HA ll
ll HA ll
• l NA n
•l HA il
II HA ll
.24
71-11
ilNMNMI
Hull N|«t
II NA ••
ii NN u
•1 NA II
•• NA u
u NA u
271
4W-J«
MiJ
U NA u
.a
H NA ll
u N* u
» NA u
116
~. 1
II NA u
II NA ll
U NA ••
U NA u
u HI u
5.47
u IM ••
u NN u
u IM u
u NA ••
»6
u NA u
u NA u
u NA it
u IM u
Ii NA ll
ll HA ••
27M
1.14
u NA ••
u NA ••
u NA ii
.III
.11
u HA ••
• l IM ••
.M6
u NA ll
.741
ll NA ll
»f
-.12
u NA ll
.165
21.1
ii UA ||
-.MI
li NA il
-.115
-.11
ll HA ••
ii NA ll
ll NA ••
li HA ll
7.27
75-14
UNIHOW
Hull iifit
II M ll
u HA II
II NA II
•1 HA u
u NA II
u HA II
8IM
u NA u
u HA u
ii NA u
u NA u
u NA ••
ll HA II
u NA u
u HA n
II NA u
ll NA ll
u HA u
u NA u
7.41
II HA II
II NA II
II HA II
u » A u
ll NA ll
II NA II
II NA II
U NA II
ll NA li
u NA u
u HA u
si NA ll
u NA u
u NA u
• • u
u u
u u
u u
u u
u u
u u
u u
u u
u u
u u
u u
u u
u u
•• ii
•• ••
u u
u u
u u
•• ••
ii ii
u ••
u it
u ii
u u
7t-||
UUHOHH
•oil H«ll
II HA u
111
il M ii
II NA u
ll HA ••
111
2715
u NA u
2.M
•1.1182
I.I
ll HA II
26.2
1.7
II HA H
u M II
il HA II
n NA li
ll NA ••
1.12
I.IMI4
u NA ii
• i NA u
u NA u
251
61
II NA ••
U HA u
u HA il
• i NA u
li HA u
171
1.415
u HA M
u HA II
II NA II
-.11
.11
II NA II
•1 HA II
-.115
H NA li
-.11
ll NA II
II NA II
II NA II
.11
1.76
u HA ii
-.IM)
II HA II
il HA ii
-.115
-.11
il kit il
ll HA ii
II HA n
ll HA ll
II M ii
76-12
UUNONH
Hull Hgn
II NA u
521
il HA ll
ii NA ll
ll HA u
I6U
11825
ll NA II
li NA u
•I HA ••
ii NA u
u NA u *
u HA u
u HA il
u HA u
ll HA u
u NA II
ii HA ll
ii NA u
7.22
il HA II
il HA II
II NA u
II HA u
ll NA u
II NA II
li HA II
II NA II
II NA u
u HA ll
• l NA u
621
n HA ii
II NA II
•l NA II
II NA II
•l HA II
n NA II
II NA II
u HA II
II NA II
ll NA II
ll NA II
li NA II
li HA II
•i HA ll
ii HA II
II HA n
ll HA II
il HA il
•I HA ii
• 1 HA u
il HA ii
ii M n
ii HA ii
il Hi) ii
II HA li
ii HA il
li HA il
ei-ii
UNtNOHH
Hull Hut
il HA II
il NA ll
ii HA H
li HA H
6U
ii HA n
4ill
it NA ••
ii HA u
ll M ll
il HA II
II HA u
a
ll HA u
u HA il
u NA ll
ii HA u
u NA u
ii NA ll
6.8
I.IM12
•i HA u
•1 NA II
u NA u
u NA u
u HA il
n NA ll
u NA u
• l HA H
u NA il
u NA n
u HA ii
u NA ii
u NA u
ii NA ii
u NA il
u HA ii
ii HA u
u NA ii
u HA u
.IH
ll HA il
.112
u HA u
.116
.11
-.115
•• HA il
•• HA il
-.1115
.151
•l HA li
ii HA ii
.11
ii HA ii
ii HA il
il HA ll
u NA ll
.Id
bl-12
INKNQNN
Hull N|ll
• • NA u
•• NA ••
126.7
•1 HA u
117
u HI II
IL.- W '(•
1 M M n
u M ••
u NA ••
u NA u
u NA u
u NA u
u HA u
u HA u
ii NA ••
• • U u
u NA u
u NA u
6.84
•• NA ii
M NA u
u NA u
•• NA ••
ii NA u
•l NA u
•• HA ••
•1 HA il
II NA u
• I NA u
•1 HA u
• 1 NA n
ii NA ••
•• NA ••
il NA ••
• 1 NA u
u NA II
• l NA u
ll HA ••
u NA II
.1.'
Ii NA u
.11
II NA II
.16
• I NA u
.16
ii NA II
•• NA II
ll NA II
.16
ll HA ii
il NA il
u NA II
li NA ll
II NA li
II NA II
u NA II
•>t
-------
TABLE A-6 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs OF UNKNOWN AGE
SAftflE NUIUER
DAIE SIAR1ED
DAU SOURCE
ACEIONE
ACROUIN
lime*
IRONMEIHAHl
lUFMOL
I-IUIMUL
2-HU1ANONE IDE*)
tUIVl KNm PHENOL
CARION UIRACHLORI1E
CHLOROIENIENE
CHLOROEIHANE
I1SI2-CHLOAOEIHOI«IIIE1HANE
2-CmOROHMn. Vim EIHER
CHLOROFORM
CHLOftOftErHANE
IISICW.OROU1HKLIEIICR
2-CHLOIUNAPHlHAI.ENf
P-CREHH.
2,4-1
4,4-MI
OIIROMMEIHMIE
BI-H-MIln MtlNlLAIE
M-DICHLOROIEMEtf
1,4-oiCM.MattHUHE
OICHLOROIIFLUOROREfHANE
l.l-DICaOMXIHANE
1,2-IICMLOROHHMf
CIS-l,]-IICMLQM)fUm.tNE
IRMIS-Ll-tlCHLOROEINfUNE
\,J-OlCHLOAOMOMNt
Ll-eidtOROPROPEK
tIEIHIL raiNIUIE
2,4-OIHEnm.P*NOl
HHUHVL PMINALIIE
ENDRIN
E1HMIOL
tlHH ACEIAU
EIHIL IEN1ENE
glStf-EIHUHEIHUhilHALAfE
2-HE1ANONE
ISOPHORONE
L1NDANE
4-HF.IHYI-2-KNIANOME
miHYiitf CHIOS IDE
11-11
ONKNOHN
Sototkt
in NA til
• M HA •••
IK M III
in M in
in U in
in HI ill
in HA "I
Ml M HI
in M in
in HA Ml
in U in
III U HI
HI U in
in HA Hi
••• M in
in U HI
in M HI
in M Hi
•U M Hi
MI M Hi
in M HI
ill M Hi
in M HI
ill M HI
HI M HI
III M HI
III ill
ill III
ill III
III H«
III Hi
HI III
ill III
III HI
.14
ill U ill
ill NA Hi
ill U I"
ill NA ill
III M Hi
til M in
ill U in
in M in
in MA Ml
It-ll
INKNOHN
SetolU
HIM
HI HI ill
ill HI ill
in M HI
in HI in
Ul
2tM
HI NA HI
HI M HI
HI HI HI
HI MA HI
Hi HI III
in M in
in HI Hi
in M HI
HI M HI
III HI ill
HI M in
HI M in
HI M in
HI M HI
ill HI HI
ill HI ni
in HI in
in HA HI
in HA m
ill HA HI
HI NA in
HI MA in
HI M m
HI NI HI
in M HI
HI M HI
HI M in
SI
III NI III
-51
511
in MA Hi
ill U HI
in M in
ill U in
Ul
ill MA HI
17-11
UMkNOMN
Sofcotk*
in NA'tM
ill MA ill
III HI Hi
Hi U in
III MA III
III HI Hi
III HA HI
III HI HI
ill M Hi
HI HI in
ill M HI
ill HI ill
in HI in
HI MA ill
in HI HI
HI HI Hi
in HI in
lit 11 HI
III HI Ml
III HI Ml
MI HI in
III HI III
Ml HI IM
ill HI Ml
III HI ill
III HI HI
Ml HI Hi
III HI HI
ill HI HI
III HI Ml
ill HI ill
HI HI III
ill U Ml
HI HI MI
III HA ill
III HA Ml
in MA ill
III HI Ml
IM NI Ml
Ml NI Ml
MI HA Ml
ill HA Ml
Ml NA Ml
Ml HA Ml
U-ll
UNKNOttN
Sototki
Ml MA Ml
IM NI Ml
III HI Ml
ill NA m
Ml NA IM
• II NA Ml
III MA Ml
III HI HI
-2J
M
III NA Ml
III HI III
III HI HI
•II
III HI Ml
III HI Hi
III HI Ml
III HI Ml
III M Ml
III HI Ml
-25
III HI Ml
III NI Ml
ill NA MI
Ml HA Ml
U
-II
in
17
11
III HA MI
ill HA Ml
III NA Ml
HI HA MI
III HA Ml
III HA Ml
Ml HA Ml
IM U Ml
•M NA Mi
• M HA Ml
IM NA MI
in MA Ml
IM NA Ml
64
«-ll
UJMdttwi
Sototk*
Ml M HI
IM HA m
HI HI in
Ml HI III
IM NA Ml
III HA III
Hi HA Ml
III HI III
-i
-5
III U ill
HI HI III
HI HI m
-2
III HI •••
III NI Ml
Ml HI HI
ill HI ill
Ml NA in
Ml HI •••
S
III HI HI
III NI HI
in M in
• M NA III
U
Ml HA Ml
HI HI III
J.I
2
Ml HI •••
• M HI Ml
Ml HI HI
IM NI III
Ml NI ill
III NA ill
•M NA Hi
Ml HA III
Ml HA ill
Ml M III
MI NA ill
MI MA ill
MI NA ill
2M
11-11
UNKNOMM
Sototki
75M
Ml Ml Ml
Ml M Ml
IM NA ill
Ml NA Ml
121
Bill
Hi MA Mi
-4
-II
Ml NA Ml
Ml NA Ml
Ml NA Ml
-4
Ml HA Ml
• M HI III
IM NI Ml
III NI III
Ml NI IM
Ml HI Ml
-II
ill NA Ml
IM NA IM
-J.7
Ml NA Ml
11
-4
-4
-4
-II
Ml NA Ml
IM HA Ml
III HA Hi
Ml HA Ml
IM NA Ml
III HA Ml
42
U
Ml NA IM
IM HA Ml
•M HA Mi
Ml NA Ml
271
241
11-11
UMKMQMN
SototU
141
Ml MA Ml
IM NA Ml
IM NA Mi
Ml NA Ml
-31
III
Ml NA IM
Ml NA Ml
• M NA Ml
IM NA Ml
IM NA Ml
Ml NA Ml
III NA IM
Ml NA Ml
ill NA Ml
Ml NA Ml
IM NA MI
Ml NA Ml
Ml NA Ml
Ml NA Ml
ill NA Ml
MI NA Ml
III Ml Ml
Ml NA Ml
Ml NI Ml
Ml NI Ml
III HI Ml
IM NA IM
IM NA IM
Ml NA Ml
IM NA MI
Ml NA Ml
IM NA MI
• M NA Ml
Ml NA Ml
-5
12
Mi NA MI
in NA in
IM NA Ml
Ml NA Ml
II
• M NA Ml
12-11
UNKNONN
SoftotU
Ml NA Ml
IM NA Ml .
Ml MA" Ml
Ml NA Ml
Ml M Ml
MI NA IM
IM NA IM
Ml NA IM
IM NA Ml
Ml NA IM
IM NA IM
• M NA III
Ml NA Ml
Ml NA IM
IM NA IM
Ml NA Ml
Ml NA IM
Ml NA Ml
Ml NA Ml
ill NA MI
• M NA Ml
MI HA IM
III NA in
Ml NA Ml
IM NA Ml
Ml HA III
Ml NA Ml
Ml HA Ml
IM NA IM
Ml M Ml
IM NA MI
Ml NA Ml
• M NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
IM NA IM
Ml NA Ml
Ml NA Ml
ill NA MI
Ml MA Ml
ill NA IM
Ml NA Ml
IM NA Ml
11-11
IMA NOUN
SoOotk*
•I'"-
Ml HI IM
Ml NA Ml
•M NA Ml
MI NA IM
IM NA Ml
Ml NA Ml
IM NA IM
MI NA IM
IM NA MI
Ml NA MI
Ml NA Ml
III NA Ml
Ml MA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
ill NA MI
Ml NA Ml
IM NA IM
Ml NA Ml
Ml NA IM
111 NA MI
IM NA MI
ill NA MI
Ml NA Ml
Ml NA Ml
IM NA IM
ill NA MI
IM NA •••
Ml NA Ml
Ml NA Ml
ill NA MI
in NA in
in NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
IM NA Ml
IM NA in
MI NA •••
Ml NA Ml
15-11
uufNom
Sefwtk*
ill HI in
Ml HI Ml
III NA Ml
• II HA Ml
. Ml HA Ml
MI HA Ml
MI NA Ml
ill NA Ml
III HA ill
Mi HA Ml
Mi HA Ml
III HA Ml
• •• NA Ml
lit HA MI
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml HA Ml
Ml HA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
. Ml NA Ml
Ml HA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA IM
MI NA IM
MI NA IM
Ml NA Ml
MI NA IM
•M NA Ml
Ml HA IM
MI NA ill
•M NA Ml
IM NA Ml
• M HA IM
Ml NA Ml
Ml NA IM
IM NA Ml
Ml NA Ml
-------
TABLE A-6 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs OF UNKNOWN AGE (continued)
SAMPLE NUNIER
BATE SJANlED
DATA SOURCE
NAPHTHALENE
NHkOiENIENE
4-NUROPHENOL
PENIACHIOIOPHENOL
PHENOL
1 -PROP ANOL
2-PftOPANOL
1,1,2,2-IEItACHLOkOElHANE
lEIKACHLOKOEIHtLENE
lEIUHttlROfURM
TOLUENE
IOIAPHENE
1,1,1-IRICHLODOEIHANE
1,1,2-IIIICHLOROEIHANE
IRICHlOROEIHfLENE
IRlCHLOROfLUOROHEIHANE
1 2 J-IklCHLOIWROPANE
VINIL CHLORIDE
R-ULENE
IILENES
11-11
UNMIONH
SdboUt
MI NA IM
Ml NA IM
III NA Ml
Ml NA Ml
HI NA Mi
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
1
ill NA in
in NA Ml
IM NA IM
Ml NA IM
IM NA Ml
Ml HA IM
III NA IM
Ml M Kl
U-ll
UNKNONH
StkttU ^
IM HA Ml
•M NA MI
IM HA tit
Ml NA Ml
Ml NA Ml
Ml NA Ml
6911
Ml NA Ml
IK NA til
-5
511
Ml NA ill
Ml NA MI
Mi NA Ml
Ml NA lit
Ml NA Ml
Ml NA Ml
Ml NA Mt
79
Ml NA IM
17-11
UIN.W.:..
SototU
MI NA in
Ml HA IM
Ml HA in
Mt HA Ml
Ml HA IM
Ml NA lit
Ml NA MI
IM HA IM
Ml NA Ml
Ml NA Ml
Ml NA ill
Ml HA Ml
Ml HA Ml
Ml HA Mt
lit NA Mt
IM HA Ml
Ml HA Ml
Ml HA MI
Ml HA MI
Ml HA' Ml
U-ll
Sodoltd
Ml NA IK
fctft Mjb tit
IM NA Ml
Mi NA KI
Ml NA IK
IM NA Ml
IM NA MI
-III
-III
Ml NA IK
Ml NA IK
Ml NA MI
-II
-II
4)
-II
Ml NA Ml
III NA in
Ml HA in
IM NA in
19-11
UNKNQNH
Sotatki
ill NA iti
tit NA ttt
Ml NA itt
Ml NA •••
III NA "1
til NA in
Ml NA in
-21
-21
Ml NA itt
Ml NA lit
ill HA iti
7.*
-2
4!
15
Ml NA tit
MI NA ttt
Ml NA Mt
Ml HA ttt
11-11
UNtkONN
SotOlkJ
• K NA IK
IK NA In
Ml NA in
IK NA KI
IK NA Hi
IK NA Kl
IIIU
-41
-41
261
52
in NA IK
-4
-4
1.2
-7
IK NA IK
MI NA KI
21
lit NA KI
ll-ll
UNkttMN
SobotU
IK NA IK
IK NA MI
IK NA IK
IK NA KI
IK NA IK
IK NA Kl
94
Kl NA IK
IK NA KI
IB
7.5
KI HA IK
Kl NA IK
IK NA IK
IK NA IK
IK NA IK
KI NA Kl
IK NA in
26
IK NA KI
IMl
UNKNQNN
Sotl/lk*
IK NA in
KI M1K
KI NA IK
IK NA in
IK NA IK
IK NA in
IK NA Kl
KI NA IK
KI NA IK
IK NA in
IK NA in
in NA IK
IK NA IK
IK NA IK
IK NA KI
IK NA in
tit NA in
IK NA Kl
IK NA in
IMl
UNt.KttN
Soootti
IK Hk IK
KI NA in
IK NA •••
Kl NA Kl
IK NA IK
IK NA IK
IK NA •'•
III NA IK
Kl NA IK
IK NA Kl
IK HA IK
III NA IK
• li NA in
IK NA IK
IK NA IK
KI NA KI
IK NA HI
in NA ii*
IK NA Kl
15-11
IHKHOMI
tti HA •••
•tii HA ttfc
IM HA MI
IM HA K/
. «K NA Ml
«K NA IK
KI NA IK
in NA KI
IK NA KI
IK NA IK
Kl NA >K
«K NA KI
KI NA IK
Kl NA Ml
K> NA Kl
in NA IK
IK NA Ml
IK NA in
KI NA MI
IK NA Kl
-------
TABLE A-6 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs OF UNKNOWN AGE (continued)
SAHRE WinotN
DAIE SIADIED
DAI A SOURCE
ACEICNE
AUOltlN
BENiCl
BKOMME1MANE
BUIAPJl
1- BUI AMU
2-BUIANONE IDEM
NUIVl KNiR f>HENDl
CARBON IEIRACHLMIK
CHlMOtENKNC
CHIW«IHAN£
BISI2-CHlONOEIH(U»IIIElHAN£
2-CW.OiDEIHU V1NII El HE*
CHLitttfMii
CHlMOKIHANE
IISICHLORODE1H«LIE(HER
2-CHKMONAf>HINU.ENE
P-CKSQL
2,4-0
4,4-ODI
tlBfcOKOnElhANE
DI-tl-Bum miHALAlE
l,2-ttlCHtONO»£Nl£N£
1,4-tlCHLOROBENIENE
OICHlOfiOtlFlUOIiONflHANE
1,1-DlCHlWiOCIHANE
1,2-OIUtt.OkOElHMIE
CIS-l,2-OICMt.ONO£IHYLENE
INANS- 1 ,?-01CHll*Ot IHHtllt
I^-DICHLMWWIMNE
l.l-DICHlWlDffiWEItE
OIEIHIL PHIHAUIE
2,4-OJHHHHf'NENDl.
ailtEIHVl MIHAlAlE
ENDftlN
EIHANQl
EIHU ACEUIE
ElHlL DENU*
BISl:-EIHUHEmiHllHiU.AIE
2-HElANflNE
ISQPHOkONE
LINDANE
4-HlIHn-2-ftNIAM;;NE
ntlHllfW liu.OtilliE
17-11
UNKNQNN
SaftoUi
in NA m
lit NA •••
-2
-II
in HA in
in HA lit
in M HI
til M ttt
-2
Itt M tit
-S
-2
tit HA ttt
-2
-II
tit HA Hi
ttt M ttt
lit U tit
tit HA III
ttt U ttt
tit M tit
-«
tit M tit
-2
nt NA ttt
-5
-5
til NA lit
-5
tit M itt
tti M ttt
-2
in M lit
-4
in NA it>
in NA in
in NA in
-i
-6
IM NA HI
-II
in NA in
in NA MI
-2
JMJ
UNt'NONN
mis
in
N»
it
Nt
tit NA til
tit Nt til
2211
tit NA tit
NO
lit NA tit
Nft
NO
ND
III
NO
tit NA tit
lit M lit
SIM
1)1
.IU
NO
N»
Nt
«
NO
NO
NO
til NA tti
NO
NO
ND
NO
NO
NO
.25
in NA in
in NA in
ND
ND
ND
NO
NO
ND
It
J9-I2
UNKNOWN
NUS
151
HI
Nt
Nt
lit NA in
in NA Hi
UU
til NA til
NO
til NA ttt
U
NO
It
It
11
lit NA Hi
Itl NA ill
HO
Nt
.191
Nt
BS
ND
Nt
10
ND
ND
tit NA in
ND
Nt
ND
NO
ND
ND
NO
in NA MI
lit NA in
NO
ND
Nt
ND
ND
ND
171
:*-i3
UNMUMI
NUS
NO
Nt
Nt
Nt
til NA MI
III NA in
Nt
ill NA in
Nt
Hi NA tn
W
Nt
ND
Nt
HI
til NA HI
tit NA ttt
Nt
Itl
.114
Nt
Nt
Nt
Nt
Nt
Nt
Nt
tit NA in
NO
Nt
ND
NO
NO
ND
NO
in NA in
ill NA Mi
ND
ND
NO
ND
ND
NO
in
41-41
UHKHONH
S&Oot U
tit NA ttt
tit M ttt
HI NA til
til NA Itl
in NA in
in NA lit
in NA in
lit NA Hi
til NA tit
til NA HI
ttt NA ttt
tit NA lit
HI NA ttt
tit Nt in
Itl NA "I
til NA III
•tl NA in
ill NA tit
HI NA lit
III M ttt
ill NA in
ill NA til
til NA lit
ill NA tit
349
tti NA HI
Hi NA HI
tti NA in
21*
•t« NA til
in NA lit
tti NA ttt
in NA in
tit NA tit
in NA tit
tn NA tit
iti NA tit
til NA tti
in NA lit
>i> NA it*
in NA ill
tti NA tit
ti< NA ill
till
41-11
UNKNUNN
SoAOtki
in NA m
IK NA >it
in NA til
in NA tn
in NA Hi
in NA in
in NA Hi
HI NA in
tn NA tit
Itl NA tn
lit NA in
in NA in
tit NA in
tn NA lit
lit NA tn
lit NA in
lit NA tn
ill NA HI
til NA tit
ttt NA tit
in NA Hi
ill NA tn
• it NA tn
in NA tn
tn NA in
it< NA tit
tit NA in
lit NA lit
lit NA tti
in NA Hi
tit NA tit
lit NA tn
in NA tn
lit NA in
in NA in
til NA in
in NA in
itt NA tit
in NA in
ill NA lit
in NA iti
• it M in
in NA in
in NA in
4MI
UUNDNN
SoDotki
ill NA Ml
ll< NA Kl
e
in NA in
IK HA ill
in NA in
in NA IK
IK NA in
6
III HH III
IK NA ««•
III W) III
KI NA ill
ill NA in
iti NA KI
•it NA KI
IK NA •••
IK NA Kl
KI NA IK
Kl NA Kl
Kl NA IK
IK NA in
in NA KI
IK NA in
III M IK
IK NA in
IK NA IK
IK NA in
IK NA Kl
KI NA in
IK NA in
in NA •••
IK NA Kl
IK NA IK
IK NA Kl
IK Ml III
IK Nfi III
II
IK NA III
Kl KB »l
III *A Kl
KI »« ill
KI NA Kl
t>i
4J-II
UNXNQNN
NUS
161
NO
ND
ND
in NA •••
IK NA IK
121
• K NA IK
NO
IK NA IK
NO
NO
ND
ND
ND
KI NA tn
• K NA in
211
NO
.12
NO
ND
ND
NO
ND
ND
ND
in NA IK
ND
Nil
ND
ND
ND
ND
ND
IK NA III
KI NA KI
NO
ND
ND
NO
ND
ND
M
4j-r
UkKNOtt
hus
4!l
NO
DO
ND
III NA
ill NA
7!l
• II NA
NO
KI hA
ND
ND
ND
ND
ND
in NA
in NA
ND
ND
.12
ND
ND
ND
HO
ND
MO
*D
• •• NA
NO
NO
ND
H
NO
ND
ND
• •• M>
in NA
I',
ND
oB
NC
M
NO
Ji
4M1
UNHNOkN
US
ISM
Nt
HI
M
• •• lit NA n't
• II III NA Kl
nil
KI IK NA tn
NO
•it iti NA •••
ND
ND
ND
ND
NO
III III MM III
Kl III NA Kl
Nil
NO
.U
ND
NO
ND
kit
HI
' ND
ND
• K IK NA in
U
Mli
Nt
dj
KL
ML
NO
in KI NA IK
111 in AA m
'Lit
NC
4tl
nt
Oil
81
16
-------
TABLE A 6 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs OF UNKNOWN AGE (continued)
SANKt NUftUll
OAIE SlAhlED
OAIA SOttfU
NAPHIKALENE
NllRQtEN7.ENE
4-NHROPHENOl
PENIACHlORttPHENOL
PHENOL
I-PROPANOL
2-PSOMNQl
1,1,2,2-UmttlHLORQElHANE
lEIkACHLQRDEIHVLENE
lEIMHVDDOfUNAN
IOLUENE
IDJAPHEHE
1,1,1-TRICKlOROE INANE
1,1,2-TRICHUttOEIHANE
miCHlOkOElHUiNE
IRICHIORQFIUORONEIHANE
1,2,3-lRlCHlOROPNWANE
V1NIL CHLORIDE
H-IUENE
ULENES
17-11
UNKNONN
Sofeolki
4
-2
-41
-3
-15
ill NA Ml
••• NA in
-7
-2
Ml NA Ml
-2
IM U HI
-2
-7
MI NA MI
4
IM NA IM
-5
IM NA in
ill M ill
UNKNON1I
INK
NO
111
NO
M
2IH
IM NA Hi
IM NA HI
NO
NO
ill NA ill
121
DO
III NA IM
HI
- HI
NO
NO
NO
IM NA til
U
39-12
UNlNONN
NUS
NO
NO
ND
NO
III
III NA MI
III NA Ml
NO
NO
III NA HI
121
ND
III NA ill
NO
111
NO
NO
HI
in NA III
ND
39-13
UNfcNONN
NUS
NO
NO
ND
NO
ND
ill NA IM
•n NA MI
NO
NO
ill NA in
NO
NO
ill NA IM
NO
Hi
NO
NO
NO
Hi NA IM
NO
41-11
UJKNQNN
S ttotK
IM NA in
• M NA •••
IM NA HI
IM NA in
28IH
MI NA •••
•M NA in
•M NA HI
IM NA •!•
ill NA ill
121
in NA ill
211
III NA •••
5
IM NA Ml
III NA lit
IM NA III
ill NA ill
in NA ill
41-01
UMKNONN
Ml NA Ml
• •• NA Ml
Ml NA •••
IM NA Ml
65M
MI NA MI
IM NA in
• M NA Ml
Ml NA Ml
• M NA •••
• M NA •••
Ml NA Ml
in NA Mi
Ml NA •••
Ml NA IM
ill NA MI
Ml NA IM
Ml NA Ml
Ml NA Ml
IM NA Ml
42-11
UMMUN
SotoUl
in NA MI
MI NA •••
Ml NA Ml
Ml NA Ml
30
•M NA MI
Ml NA Ml
Ml NA Ml
•M NA IM
Ml NA Ml
10
•M NA Ml
M NA Ml
* NA MI
• NA MI
« NA in
• NA MI
• NA MI
• NA IM
43-11
UNKNOm
NUS
ND
ND
ND
ND
89
Ml NA Ml
Ml NA Ml
ND
ND
• M NA Ml
94
ND
Ml NA Ml
NO
NO
NO
ND
NO
IM NA IM
ND
43-12
uNkNUkN
Mi .u,t4
ND
NO
NO
NO
98
MI NA MI
MI NA MI
NO
NO
IM Nn IM
73
ND
IM NA in
NO
ND
NO
ND
NO
MI kA MI
ND
43-13
UfeNOM
WJ
NO
Nt
U
ND
71
MI NA
MI NA
NO
ND
MI NA
73
NO
• >• NA
NO
NO
NO
ND
ND
MI NA
ND
'
Ml
III
Ml
III
-------
TABLE A-6 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs OF UNKNOWN AGE (continued)
SMHE NUflUH
DAIE SIANlEO
OA1A SOURCE
ACEIONE
ACKUIEIN
BEN1ENE
BMMOftElHAHE
BUIANOl
l-BUIANOl
2-BUIANUNE IHEK)
BUI«l IENJYL PHENDl
CARBON lEIRACHLOHlOl
CHLUHOBENIEHE
CHL080EIHANE
BISl2-CMlUkOEIHOHIHEIHANE
2-CHLOHOEIHU V1NIL ElHER
Cm. OS Of Odd
CHtOSOIIEIHANE
BISICHORDHEIHUIEIHEN
2-CHluSDNAPHlHAUHE
P-CRESCU,
2.4-B
4,4-001
OIBROIUMEIHANE
01-M-Blim MilHAUIE
1,2-OKHLUftOBEN/ENE
1,4'DICHLUIIOBENKNE
OICHlORODIFlUDHOnEIHANE
I,I-DICHLORUE1HA»E
1,2-OICHlONOEIHANE
CIS-),2-l>ICHLUHDElMLE*E
IRANS-|,2-01CHLO«0£IH»l.ENE
1,2-OICHLOROPMIPANE
I.J-DICHUWOPHIKNE
OIEIHU PHIHAIAIE
2,4-OIHElHnPHEHUL
DIHEIHH. PHIHAIAIE
ENDHN
ElHANOt
EIHH AtEUlE
EIHH BEN1ENE
6IS<2-EIHUHEI«LlFHIHAl.AIE
2-HEIANGNE
ISOfHURONE
LINDANE
4-n£lMY|-l--fEkl«iUNE
HilHUE'iE CHiUnlOE
44-11
UNK'NQHN
• M HA MI
MI NA •••
III NA Ml
Mi HA Ml
Ml NA Ml
Ml M IM
IM NA Ml
IM NA MI
III NA Mi
Ml U Ml
IM NA Mi
ill HA MI
Ml HA •••
Ml NA Ml
ill NA •••
Ml NA Ml
Ml NA Ml
Ml HA Ml
IM HA IM
Ml HA Ml
Ml NA Ml
ill HA Ml
Ml NA MI
in HA •••
IM HA MI
Ml HA Ml
Mi NA MI
ill HA Mi
Ml NA Ml
Ml NA Ml
IM HA MI
ill NA Ml
IM NA Ml
IM NA Ml
MI NA Mi
in NA IM
Ml NA Ml
Ml NA Ml
IM NA Ml
in NA MI
IM NA IM
in NA IM
Ml NA Ml
IM Nft Ml
45-11
UNKNONN
fatetki
Ml HA Ml
Ml HA IM
4.}
Ml HA "I
III NA Ml
Ml HA Ml
Ml HA Ml
>M NA Ml
W.5
Ml NA Ml
111 NA Mi
Ml HA Ml
Ml NA Ml
MI NA Ml
Ml HA Ml
Ml NA Ml
IM NA Ml
Ml NA Ml
Ml NA Ml
IM NA MI
in NA Ml
Ml NA Hi
IM NA Ml
Ml NA MI
Ml NA IM
MI HA Ml
-.1)
MI NA Mi
Mi HA Ml
I.H
in HA MI
in NA Ml
Ml HA Ml
• M HA Ml
Ml NA Ml
Ml NA Ml
Ml HA Ml
in NA Ml
MI NA Mi
Mi NA MI
Ml NA Ml
MI NA MI
Ml NA HI
Mt kA ni
40-11
UkKHOHN
SrtotK
Ml NA Ml
IM NA Ml
IM NA Mt
IM NA MI
Ml HA Ml
IM M IM
Ml HA •••
Ml HA IM
Ml HA IM
Ml NA IM
Ml NA Ml
Ml HA ill
Ml NA •••
IM HA IM
• M NA IM
ill NA MI
Ml NA IM
• M NA •••
Mt NA ill
Ml HA Ml
IM NA MI
Ml KA Ml
Ml HA Ml
IM HA MI
Mi HA MI
ill NA MI
Ml NA Ml
til NA MI
Ml NA Ml
ill HA Mi
MI NA MI
in NA MI
Ml HA Ml
MI HA MI
Ml NA Ml
til HA MI
Ml NA Ml
in NA MI
in HA MI
in HA MI
IM NA IM
in HA MI
Ml NA Ml
tit NA MI
UNKNGtN
Soiiotn
Ml NA Ml
111 HA MI
Ml NA MI
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA MI
• M W Ml
lit HA MI
MI HA MI
• M HA Ml
Ml NA in
III NA in
ill HA Ml
MI NA Mi
IM NA Ml
III NA MI
Ml NA Ml
III NA MI
Ml NA MI
ill NA Ml
IM NA Ml
• M NA MI
Ml NA MI
Ml NA Ml
Ml NA MI
MI NA Mi
in NA MI
Ml NA Ml
in NA MI
in NA IM
Ml NA Ml
Ml HA Ml
IM NA MI
IM NA Ml
ill NA MI
MI NA MI
Ml NA Ml
Ml NA Ml
IM NA Ml
ill NA IM
Ml NA Ml
Ml NA Ml
IM kA Ml
44-11
UNKNOWN
SotDtk*
Ml NA Mt
ill NA lit
24
Ml HA Ml
Ml NA Ml
IM M Ml
Ml HA Ml
Ml NA Itt
ill HA Mt
21?
Ml NA Ml
IM NA Ml
Mi NA lit
ill NA Mt
• M NA Mt
III NA Mt
Ml NA Mt
Ml NA lit
Ml NA Ml
IM NA lit
• M NA lit
IM NA M*
Ml HA Ml
Ml NA Ml
Ml NA Mt
IM NA lit
MI NA Mt
Ml HA Ml
MI NA Mt
MI NA lit
Ml NA Ml
Ml NA Ml
Ml HA Ml
Ml NA Ml
Mt NA Ml
IM NA MI
Ml NA Mt
42.25
III NA Ml
IM NA in
Ml NA Ml
Ml NA lit
in NA lit
5
51-11
UNKNOWN
SdOUtx
IM NA IM
Ml NA Ml
*• ill HA in
Ml NA in
til NA MI
Ml NA Ml
Ml NA IM
III NA in
in NA MI
Ml NA Ml
IM NA Mi
Ml kA Ml
Ml kA IM
Ml NA IM
IM NA Ml
ill NA MI
MI NA lit
MI NA MI
MI NA IM
Ml NA IM
Mi NA in
Ml HA Ml
• M NA Ml
ill NA MI
Ml NA ill
in NA Ml
lit NA MI
Ml kA Ml
lit NA MI
Ml NA Ml
Ml NA Ml
Ml NA Ml
IM NA MI
Ml NA Ml
Ml NA Ml
Ml NA Ml
IM NA in
MI NA MI
IM NA Mt
Ml NA Ml
MI HA in
III M Ml
Ml NA Ml
Ml NA IM
51-11
UkKkCiM
Ml NA Ml
IM NA Ml
IM NA Ml
Ml kA Ml
IM NA Ml
• M NA IM
IM NA IM
MI NA IM
IM NA Ml
IM NA IM
Ml NA Mt
IM kA MI
IM NA ill
Ml NA Ml
IM NA Ml
Ml NA Ml
itt NA Mt
IM NA Mt
• M NA Ml
Ml NA Ml
IM NA IM
Ml NA Ml
IM NA in
Ml NA Ml
III NA Ml
IM NA Ml
Ml NA Ml
IM NA IM
IM NA IM
IM NA IM
Ml NA Ml
Ml NA Ml
IM NA MI
Ml kA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
IM NA III
IM NA IM
111 NA MI
Ml NA Ml
Ml NA Mt
IM NA 111
IM Nli ill
52-11
Jki.kGlk
Ml NA Ml
Ml NA Ml
Ml NA |M '
• M NA Ml
IM NA Ml
IM NA III
Ml NA Ml
itt NA MI
IM NA III
Ml NA Ml
MI NA ill
Ml N« IM
111 NA MI
111
Mi NA IM
IM N« Hi
lit NA MI
Ml NA Ml
IM NA Ml
Ml NA Ml
Ml NA Ml
IM NA Ml
Ml NA Ml
MI kA IM
iii NA MI
1U
-5
IM NA Ml
IM NA MI
IM kA IM
Ml NA Ml
Ml NA Ml
IM NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
IM NA •«•
IM NA MI
Mt NA ill
IM NA Ml
Ml NA Ml
IM kA IM
IM NA MI
;s«
51-fll
ll.lle rliiCC
T.t*1
• bki. •:
.•• ulu, <•
)• UNk -.'.
>'• UN> M
;• UNK \-
':> U.'IK !.\
» UNK •:<
>; Oh* <>
:•; UNK <-
'• UNK '.>
/ UNI •..
// JkK u
.' UNK '<
/. UNK x.
175
>> UNk i.
':• OHK \.
;> UNK <>
•• UNK v:
/• UNK M
•. UNK <•
» UNK '.v
•: UNK :
/ . UN> • .
'• : UNK • .
'••• UK U
UNK >;
)• UHK •:>
'• UN* .'.
•' UNK <<
.•: UM (•.
:•• UNK UN). <•
>. UXK :
V UNK <•
>• UNK <'
.. L«l *
.•• UNK .•
•, UkK -I
••< UNI v.
-. UN). •'(
. UNk v
> UKK ».
ulikNOfN
Itlii
>'- UK -;;
•> UNK »l
541
» UNK i",
IMU
' » UW vi
2/m
•• UNf tv
.'•• UNK •(
i, UkK U
•; UN* u
'"• Ukk u
'••' UNK ((
• UNK . ,
>• m .(
'• UNk '. .
um \ ;
•> Jkk v.
UK. ,.
/ IMK '.v
> UNk
•• Jlik »
It
M
uNK •. :
"H
6
4*1
6U
81
'•: Uki i-
-. uni, *.
/• UNK >:;
1 UNI •:>
• UNV •:
2ilM
III
251
/ UkK (I
'/• UNk
-------
TABLE A-6 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs OF UNKNOWN AGE (continued)
swim mount
DA1E SliftlEB
DA1A SOURCE
NAPHIHALENE
HlkOIENlElE
4-lllROmiOL
PEIIACHLOKDPHEItt.
PHEIOI
I-PROPAHUL
2-PROPANOl
1,1,2.2-IElftAUtt.ORDEIHAIE
UIMtHlOROEIHirUNE
U1RAM1DROFUIAI
IOLUENE
IDlkPHENE
1,1,1-IRICW.OROEIHAHE
I.I.J-lRKHlOROElHk*
IRIUUOROEIHtLEHE
IRlCWOROUUOROIlElHAIt
1,2,3-KICHlWOPROPANi
V1HIL CMUNiK
H-IUEIE
IILENES
44-11
UNKHUkN
Sobotki
Ml IA Ml
III Ik Ml
ill M ill
Ml Ik IM
III Ik Ml
III Ik Ml
III Ik Ml
Ml |k III
III Ik III
III Ik III
Ml Ik III
III Ik Ml
Ml |k Ml
IM Ik Ml
III Ik III
Ml |k Ml
III |k Ml
Ml Hk Ml
III Ik IM
Ml Ik IM
45-11
!'•-'
Ill M ><*
III IA Ml
IM M •**
IM HA Ml
M.S
Ml Ik Ml
III Ik Ml
III Ik Ml
«4.52
III Ik Ml
Ml Ik Ml
Ml Ik Ml
IM Ik Ml
IM Ik Ml
IM M Ml
III |A IM
IM IA tl>
-.11
III IA Ml
IM M Ml
4k-ll
Sobotk*
Ml IA Ml
Ml Ik Ml
Ml Ik Ml
Ml Ik Ml
J24.5
Ml HA Ml
III M Ml
IM Ik Ml
IM Ik IM
III Ik Ml
III IA III
IM HA Ml
III M IM
ill M ill
Ml Ik III
Ml |k III
III Ik III
Ml Ik Ml
III HI III
Ml M Ml
4M1
UNkNtMN
Sokotki
Ml HA til
Ml IA Ml
IM HA Ml
III IA Ml
III HA Ml
III HA Ml
MI HA Ml
Ml HA Ml
Ml HA Ml
III HA Ml
ill HA MI
Ml HA Ml
Ml M Ml
Ml HA Ml
ill HA Mi
Ml HA Ml
Ml HA MI
Ml HA Ml
Ml HA MI
Ml HA Ml
44-11
IHKNOtfH
Sokttk*
III IA IM
III HA Ml
III IA Ml
Ml IA Ml
III IA Ml
Ml IA Ml
IM IA ill
III IA IM
U
Ml IA IM
12.75
III IA IM
IM IA III
ill IA III
1
Ml IA III
IM Ik Ml
III Ik Ml
III Ik III
Ml |A III
51-11
Sototki
Ml |A Ml
Ml M III
Ml IA III
Ml HA Ml
1411
Ml IA Ml
Ml NA Ml
Ml HA Ml
Ml NA Ml
tit IA Mt
Ml NA IM
IM NA iti
Ml NA IM
Ml NA Ml
Ml NA Ml
Ml IA ill
III NA Ml
Ml Ik III
III Ik IM
Ml M Ml
51-11
UIKNOttN
Sobotk*
tit NA MI
Ml IA IM
Ml NA Ml
Mi IA itt
Ml IA IM
III IA Mt
IM NA MI
Ml |A Itt
Ml NA Ml
Mt IA IM
Ml NA IM
Mt IA IM
Mt NA IM
Ml IA lit
Mt NA IM
IM NA til
Mt NA Ml
Ml NA Mt
Mt NA Ml
IM NA Ml
UNKNfMN
Sobotki
Ml NA Ml
Mt IA III .
MI N! IM
Ml Ik Mt
Ml NA Ml
IM NA Ml
Ml NA Ml
Mt IA Ml
Ml NA Ml
Mt Ik ttt
Ml NA Ml
Mt NA Ml
M
III |A Mt
-2
Mt IA IM
Ml NA IM
III |A Ml
Ml NA Ml
III IA Ml
55-11
UM MUM
Irjtt Aiiac
m
-—If
11 UIK <(
» UN* «
» UNI «
» IM U
» UNK «
» UNI (v
» UNK «
» INK > UNK «
15*
» UN* «
» INK ((
» UNK ((
» IM «
56-11
UHKMW
.1(| } 1«lii
» IM «
» IM «
» UHK «
>> IM 41
» UHK «
DIM
26IU
>> UHK U
251
431
tH
» UIK u
» UMK «
» UNk <(
125
>> lilk. •.<
» UNK U
» IM <'.
/> IM «
tfB
-------
TABLE A 6 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs OF UNKNOWN AGE (continued)
SAHflE NUIUER
DA1E SIAR1ED
OA1A SOURCE
ACtlONE
ACNOlEIN
IEN7.ENE
IRPMME INANE
BUiAMk
1-bUlfcNui
2-BUIANONf (NEK)
IUl«L IEN.U FHENOL
CARION lEIfcACHLOftlDE
CHlOROilENlENE
CH10ROE1HANE
•ISI2-CHLOROEIHOIVIHEIHANE
2-CHlOROEIHVL VINIl EIHER
CHLOROFORM
CHLOROHEIHAHE
BISICHLORONEIHVLIEIHER
2-CHlORONAPHIHAlENE
P-CRESOl
2,4-0
4,4 ODI
OIRROnOllEIHANE
Ol-N-WTU FHIKALAIE
1,2-OlCHLMQlEN.ENE
1,4-OlCM.OROUN.ENf
OICHLQRODIFIUORORUHANE
1,1-OICHLOROEIHANE
1,2-DICHLOROEIHANE
CIS-I.2-OICHIOROEIHU.ENE
lliANS-l,2-OICHLOROEIHVLENE
1,2-OICHLOROPROPANE
(.l-DICHlOtOPROPENE
DIEIHU FHIHAIAIE
2,4-DIMEIHUflHEU)L
DIMIHU PHIHALAIE
ENORIN
EIHANOl
EIHU ACEIAIE
EIH.L BEN.ENE
BISll'-EIHUKEIUlFHIHALAlE
2-HE1ANONE
ISOt'HORONE
LINDME
4-nEIHU-2-HNIANONE
DElHUENt LHLOIilOE
57-11
UNKNDNN
\> UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK <-.
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
>i UNK «
» UNK <(
» UNK «
» UNK «
)) UNK «
» UNK «
» UNK «
» UNK «
» UNK <(
» UNK «
» UNK «
>> UNK «
» UNK <(
Bl
)> UNK <(
» UNK «
» UNK «
» UNK «
» UNK «
» UNK ; UNK «
>; UNK «
>/ UNK UNK <(
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
521
>> UNK «
» UNK \<
>/ UNK «
» UNK «
» UNK <(
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK \<
» UNK «
» UNK «
)> UNK «
44IM
» UNK «
» UNK «
4BII
SH
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
751
» UNI v(
>'• UNK «
>; UNK «
» UNK «
rout
59-11
UNKNONN
^r^t» Atioc
» UNK <(
» UNK «
» UNK <(
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK U
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK t<
» UNK «
» UNK «
151
» UNK «
» UNK «
» UNK «
>> UNK «
» UNK «
» UNK «
» UNK «
» UNK «
); UNI i<
>i UNK ii
>• INK «
» UNK «
44-11
UNKNONN
Ntiti fljti
Ml NA Ml
-III
-4.4
-II
Ml NA Ml
ill NA MI
Ml NA MI
-II
-2.B
-4
-II
-5.4
-II
-1.4
-II
-118
-1.9
Ml NA Ml
III NA Ml
-2.8
• M NA Ml
-11
-1.9
-4.4
-II
-4.7
-2.B
ill NA MI
-1.6
-4
-15
-II
-55
-II
-II
in NA Ml
IM NA ill
-7.2
-II
• M NA Ml
-2.2
Ml NA Ml
IM NA Ml
11.8
71-11
UNKNOWN
Null Agtl
12]
-111
-4.4
-II
Ml NA IM
IM U Ml
494
in NA in
-2.6
-4
14.7
-11
-II
-1.4
-11
Ml NA Ml
• M NA MI
MI NA til
181
III NA MI
Ml NA ill
ill NA tit
III NA IM
MI NA til
11.3
51.4
-2.1
ill NA til
5.4
-4
-15
ill NA til
ill NA tn
Ml NA til
-.1
• M NA til
MI NA til
-7.2
IM NA tn
MI NA til
•M NA in
-2
• M NA in
439
70-11
UNKNONN
lull 14.1
IM NA Ml
•M NA Ml
Ml NA Ml
III NA Ml
Ml NA Ml
111 NA in
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA IM
Ml NA IM
IM NA MI
IM NA Ml
MI NA Ml
Ml NA Ml
IM NA IM
IM NA Ml
Ml NA Ml
-51
Ml NA Ml
Ml NA IM
ill NA Ml
Ml NA Ml
Ml NA ill
IM NA Ml
Ml NA Ml
•M NA tit
ill NA Ml
Ml NA Ml
ill NA MI
MI NA MI
MI NA lit
MI NA IM
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
IM NA MI
Mi NA IM
-i '
Ml NA Ml
ill NA Ml
76-12
UNKNOWN
Nttlt H«lt
Ml NA Ml
IM NA MI
Ml NA Ml
iii NA MI
MI NA in
Ml NA Ml
Ml NA Ml
IM NA MI
Ml NA Ml
Ml NA Ml
Ml NA III
Ml NA Ml
Ml NA Ml
IM NA Ml
IM NA MI
IM NA Ml
Ml NA Ml
IM NA Ml
IM NA MI
IM NA IM
IM NA IM
Ml NA IM
MI NA IM
ill NA MI
IM NA MI
Ml NA Ml
Ml NA Ml
Ml NA Ml
MI NA MI
IM NA Ml
Ml NA Ml
Ml NA Ml
IM NA MI
IM NA IM
IM NA Ml
111 DA MI
IM NA Ml
ill NA MI
iii NA MI
• •• NA in
• M NA •••
ill NA •••
in NA •*•
III NA MI
61-11
UNKNONN
Null flgit
Ml NA Ml
IM NA Ml
-1 •
in NA IM
MI NA MI
Ml NA Ml
Ml NA Ml
Ml NA IM
-1
I.I
IM NA IM
MI NA IM
IM NA IM
-1
•M NA Ml
IM NA Ml
Ml NA Ml
Ml NA Ml
MI NA IM
Ml NA Ml
Ml NA Ml
Ml NA Ml
Ml NA Ml
IM NA ill
MI NA IM
-1
IM NA IM
2
-1
111 NA MI
Ml NA Ml
Ml NA Ml
IM NA ill
Ml NA Ml
IM NA MI
in NA in
1|fl
4 ^B
.11 NA i • •
IM NA in
in MA in
MI NA •••
III NA Ml
M
BI-.2
UNKNONN
Nlitl N(*l
;, .. . r'',i p'.
-------
TABLE A 6 ORGANIC ANALYSES OF LEACHATE FROM MSWLFs OF UNKNOWN AGE (continued)
SAMPLE NUNIER
OAIE SIARIED
DAIA SOURCE
NAPHIHALENE
NllfcOkENlENE
4-NUROfHENOL
PEN1ACHLORDPHENOL
PHENOL
I-PROPANOL
2-PROfANDl
1,1,2,2-IEIRACMLOROEIHANE
lEIRACHLOkOEIHUENE
lElNAmDROfUfUN
tOLUENE
IQIAfHENE
1,1,1-IRICHLOROEIHANE
1,1,2-IRICHLOROEIHANE
IRICHLOROEIHYLEHE
IRlCHlOROfLUOfcOMEIHANl
I,2.MRICHLOROHOPANE
VINIL CHLORIDE
H-IUENE
ULENES
57-11
UNKNONN
Irrtt Attoc
J7
» UNK «
» UNK «
» UNK «
» UU «
» UNK «
» UNK ((
» UU «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK <(
MM
» UNK «
» UU <(
» UU ((
» UNK «
» UK «
5i-H
UNKNONN
>; UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
5M
» UNK «
ttttlt
» UNK «
IUM
AU
» UNK «
» UNK «
» UNK «
» UNK «
» UU «
» UU «
59-11
UNKNONN
If 1*1 Anoc
» UU «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UNK «
» UK <(
» UNK «
» UNK U
» UNK «
» UNK «
» UNK «
» UK «
» UNK «
» UK «
» UNK «
» UNK «
» UK «
66-11
UNKNONN
Nuti Itytt
-1.6
-1.9
-48
-n
-Jl
ill NA in
IM NA in
-t.9
-4.1
HI NA Ml
12.2
-IIUI
-J.8
-5
-1.9
-II
in NA in
-II
IM NA HI
ill NA m
71-11
UNKNONN
Null H}«t
• II NA •••
• M NA •••
in NA III
• II NA "I
ill NA Ml
III NA •••
•II NA III
-A.9
S.?
-Ill
1)4.1
-II
1.1
-5
11.9
-4.?
Hi NA n*
-II
9.7
III NA !••
76-11
UNKNOM
Nutt Itjit
Ml NA IM
IM NA in
in NA in
HI NA MI
Ml NA Ml
in NA in
in NA in
Hi NA HI
ill NA in
III NA Ml
ill NA ill
-SMI
Hi NA MI
in NA MI
HI NA MI
in NA MI
in NA MI
Mi NA ill
Hi NA HI
Ml NA MI
76-12
UNkNONN
Nittt Itytt
Ml NA Ml
ill NA MI
Ml NA Ml
Ml NA Ml
IM NA MI
Ml NA Ml
Ml NA Ml
IM NA MI
Ml NA Ml
Mi NA MI
in NA MI
in NA MI
Ml Nt Ml
Ml NA Ml
IM NA Ml
IM NA Ml
IM NA in
Ml NA Ml
in NA IM
in NA IM
81-11 81-12
UNKNONN UM.DUMI
Nutt Ngit Uiitt nj»t
Ml
III
III
Ml
III
III
IM
-1
-1
Ml
NA
NA
NA
NA
NA
NA
NA
T
Ml Ml NA IM
Ml .
M NA Ml
Ill IM NA Ml
Ml Ml NA Ml
III Ml N» Ml
III Ml NA IM
Ml IM NA Ml
in NA MI
in NA IM
NA
MI 244
7!l 9
Ml
-1
-1
-I
Ml
IM
Ml
III
III
NA
NA
NA
NA
NA
III
Ml
III
Ml
III
M NA Ml
M NA Ml
M NA Ml
M NA IM
M NA IM
M NA Ml
M NA IM
M NA Ml
M NA Ml
-------
TABLE A-7 INORGANIC ANALYSES OF LEACHATE FROM HAZARDOUS WASTE LANDFILLS
Snflh-
tl-il
n-i:
II-*:
t. ji
t: j:
•Ml* HUAIII1 INDIUIO.S
.Illnilklll
nMONiA
blUlLLIL.'L Jllutfl i>tfl..hl'
KUIIC!
[Hif.Kn.. LliiJEk Dtftnliu
CHIIMK
L.hDjillvlh 'tjUii-nii
th Hi'
rtujilUt
HWiDMSS
IHuk
klUAIt
h! ifcl It
NllkObU it.'HOAnll
fiiliubiU inGnhlLi
NllftllbfN l!UlALi
(111 l(ltl J[H14>
PHUSI-iMlf
rnl ^mjf j3
musbiui
iUirnli
SMiim
ilnfEr.nlLAc 'HeQrtfci Ltiiligu
IDIftl PISWLVtD 501 10?
Illin. Sl;i(ihO£(; illiilii
IOI»i OfiSANIC CARBON
lulhL aLilui
CIMtK IkliflGnkirS
ni JflfHufl
AN MR! Ill
L * » h i >~
.I*. tWlL
IMIIUH
tihlUicJl
SOhCN
I tt' fllufl
CWiOniun ilD!nU
ilnWI
cocrtd
Llr.klk
lEnt
flnhunh: U
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nl»a'ni
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il.iaiufl
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ii IU ii
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il NA ii
II kn II
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ii hit ••
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II kn II
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II 'M II
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II lln ••
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I.B7
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1.71
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ll.%
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•• kn ••
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II kn ••
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• i NA li
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•i NH ii
3.4t
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•• ',- •• ii I:- •• •• ':- i- ., N, .,
" ••• •• " •'• " •• 1, ii
•• '!" " •• I.n II •• III •• I. ;,, ,.
l*'inli il ii n'nii
II IlH II II f,', II ll.'l.ll !•!,••
"•' "• .... |t H1( ||
1 1 kn 1 1 !••.,.!
-------
TABLE A-7 INORGANIC ANALYSES OF LEACHATE FROM HAZARDOUS WASTE LANDFILLS (continued)
1M4
14 -ii
§4-1:
ti. ii
I'-ti
**!!*. to*U!!.!«?!?»!
t. II.. •
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nAn:MEl:
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kiln. :i
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klltGGEk' iC-^nklL')
liiikU.:!. ||J!AL>
}ri . H uni Ul
fHJirrtn't
ChOri-MllkUS
KlniikHI
SU1IAIE
auitiufl
ItWikAIyRE .Cdjrtti Centijr.Jtl
idlnt OiiSGiVEO jJllLJ
10 IW SU5KMOID SOLIDS
Uln. OkBnNil UhfcOW
IOTAI EULIDS
uii^d INjnli'iM.::
nlufllMUD
Akll-.uhl
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tnhllJ".
UNILLIUI
ilir^k
CAOnlun
Ll»Jfll.il! llillhL.-
C'JBAl 1
LlifKt
CYAN ICE
. tnt
MNfiMlSE
nrtukliiJii
BihCikr
kiLlii
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l.vil-
Inuilun
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l'KI'«i| '. inlln.'-lcklt
r.,. tull.jR
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.....i. i.,n
iiinkiun
II MA ii
II MH II
>• HA ••
ii Nn ••
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li kn II
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I 64
ii kn Ii
ii Hli II
II kr II
ii t.A ii
li UA ii
li li.) ••
ii MA ii
li NA il
• • NA ii
• i NA il
ii :m ••
II lui II
il Mil ••
il NA H
ii NH ••
il M II
li IU il
II kn II
II NA II
•• NH it
ii NA il
• i '.A ••
•I NA il
1.111
•I NA ii
8. 1.14
ii W it
n.;:
II HA II
•1 Nn ii
II NA II
il Nn ii
•1 HA il
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il MA ii
ii kn ii
Ii NA il
4.01
li !iA ••
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ti lln II
• • Nil II
• 1 l,n ••
• • lln II
• • .In II
U. !.'
ii NA li
• I kli II
II Nn II
1.IU
Ii fcA II
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ii NA ii
• • U ••
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• T •
J. .9
• • MA ••
li M ii
• 1 kn II
II NA II
II kn II
•1 HA II
•i HA ii
n NA II
•• HA ii
II HA ii
II Mn II
II NA II
ii NA ii
H HA II
• I NA M
ii HA il
76
1.11,4
i.na
e.2«
-LIU
ii kA ii
1.141
l.lll
1.291
I.I 31
II Mn II
l.lll
i.;ii
a.d3i
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•• NA !•
li HA ii
i.s:i
1.16'
•i Mn ii
l.lll
a.iti
• • kA ii
11 Nn II
ii kA ••
•• kA ii
• • l... ii
ii kn ii
M MA il
•i Mn II
II IU II
II hi. II
II lln II
1.11
•• NA ii
•• Uri ••
ii NA u
ii dA ii
II kit M
•• krt ••
-I. l~l
•1 Mn ••
II MA II
• I h- ••
li Nn il
II Mn II
ii k* il
•I Mn ••
II HA n
• i HA n
u NA il
il Nn ii
ii NA II
ii kn Ii
II NA II
il NA ii
ii HA ii
Mil
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B Ml
•l.lll
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l.lll
-1.111
l.lll
l.lli
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-Ml!
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11. 71
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ii MA ••
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•l.lll
I.KK
•• Nn ••
l.lll
i.l.l
• 1 tin * t
tl M 1*
•• tm t*
II M;, *l
»• (4,1 >•
tl fcl If
I* hn ••
ii Mfl ii
II Nn II j^t It ',h II ti h*> »•
•• MH •• »» f.rt •• •• HH ii •• i,,i ti
.'«* T?!/iU *• Mn II II {in ••
'* i^j I i j ii Mr. ii
4' t.t£l ii hfi it it it* it
- ,
« i4.'i ,4b M l;n M
431 21121 ii N* ii n NA n
1* '••' •• •• ttft •• II ftn II II ||h II
*• N" •• •• MH it u s; M it i(; it
-C* .'!•! It t,n II tt '.rt II
a.: 142 n >.A n : |
i> HA il it HA I* il k* *i ii -,A ii
t • ^Iti • • ii HH •• • • (in » • t « i, . » t
• > H^ ii ii kA •• .";.c! ii ;;; ti
• * Nn •• ii MH •• ' tj
I 1 . ; J . .
. J 6.6 i . C tt f^f, tt
• * NA ii M MA u i* KH ii M N*' ii
* i UN! • k,
-- 1 IM .1 ii Nn i>
112 '/.I :46 •• hA ti
6Y '•'•* ': »k<
' ^. Bd .' 1 1 I.- 1 •
• • NA •• ii ki) •• ii HA ti li kA ••
• I kn II II Nn •• ,CC' II kn II
• I kn ii ii NA ii ii NA ii ii lln ii
IJ.6 ir.M t.'8 •• «A ••
661 3c5U I.'U •• MA ii
'I -1 II Mn II II 111 II
•• Mn il ii Nn, II n kn 11 n hn ••
1 11 1.15 II kn il ii HA M
"1 "1 II kn II II fin II
ii Mn ii n HA II ii H* il n NA ••
1. -C It II MM II II kH II
l.ll t.tt ii MA II l.a
-l.ul l.d: ii ftii ii ii kn i«
*• MA il Ii Mk II il kA II li l.A il
~f Oj I.I II Mh •• id. 60
t.i: l.i:3 il NA ii u I,A ••
a. 4~. i.4i ii .^ ii n k, ii
l.lti 1 U ii IU n ii .'in ••
?l 411 i: ii kA ••
-1.1*1)2 -I.U45 II KA n n «A n
JV 41 Hj t •
.0« •.._ ii .bi ii t. i
• 1 kn II •• NA II II HA il II hA il
i« kn ii ii MM li ii ',., ii ii I.. ••
ii Mn il II NA •• II MA II II MA n
ii kA il ii kn li it Hi. II ii Mn ••
• i NA M ii U) II il MA li il IM ii
-t.. i.J ii M, •• i.:
il Im il II kn •• II !in il '• l»i n
• 1 lln II II kn II M NA II II kH !•
• I l.n ii II k. •• il hn •• •• f.n ••
iik'.ii nkHli uNnii nkvii
II l.n II II fin II II tin II tt :», II
• iknll n^fl liNnii I" II,. il
• i l-n II il tin II ii 'in il li k.i "
II Hn II . II Mli il M Mh II n b, II
•1 HA M
ii ^n li
ii I.A ii
" hn •!
ii SA ••
•• kr. II
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ii MA il
•i kA it
14. 1
II kn ••
II kn II
• • ki. ••
II 111) ••
II %n II
ii NA ii
•• k- II
ii MA ii
•• kn ii
If >jft ( |
ii kn ••
•• MA il
•• kn ••
•i HA ii
ii '.-, ii
• i U it
ii F.-I 11
11 hn II
• i 'IA il
i- kn il
•i kA ii
•I k, II
:.t
n i... ••
ii Un ii
i.:
li NA II
ii ki. ii
il Nn ii
li lin ii
ii MA ••
I.:
ii kA ii
II fart II
•1 n) II
II l.n II
•• IU ii
J.
n
1 ..n II
il .'... II
.'. 'r ii
iT .'!
M Im ii
•• nt, ii
it ;„ >t
*l !ln »•
ti t. . ti
1 1 'ii • 1 1
It ft; If
II I./. *t
'« f.r II
1* ' . It
,../
1* h» II
'• Mh • •
ii ;. • • *
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•• ;m **
i* I,- ti
•• KI ••
ti W ti
• • ji ti
• • l
I .'l.l II
II Nn II
ii kn ••
II lln II
• • '«, •!
II kl, II
-------
TABLE A-7 INORGANIC ANALYSES OF LEACHATE FROM HAZARDOUS WASTE LANDFILLS (continued)
ii-i'.
it il
HAICk tlUAUIr JHDICAIQ.S
lUIAllMII
r V Iff
t.jiUl.V O:b'lH tf.lftHD
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Ilini.'nL !i'.ljt» IllUkD
tr. -.A iiit
.ukl-ll : i.'lti tu*no/c-i
v In:
; I 'JOSH-:
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Nllkl'E
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NlimUII lllklinHICl
Hilkuuth Joint-
pit :pM ur;lsl
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fntiCiukUi
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liln. . liiUvili -alUE
IUI-U SUWkOfD SUllllb
l.'.ni UlLrHli .nS-.l-Uk
wl^L:,
hiwiiittjii
nlill-Jhl
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tm:l-.n
faL.*.un..»A titiir..
I'JfcAi.!
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fl-liUl.i «•£
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i.J
t.t':
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1. '.14
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kit it
liA ii
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kA il
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Hn ••
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kA it
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tt kn it
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tl kn II
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ii kn ti
ii UA ii
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ti :.n ••
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tt kn tt
it HA II
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ii »n tl
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l.f.
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t.U
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• i li. it
ti Hn ti
11 kn it
n Hi ii
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tt H, it
tl hr It
tl lin it
II lin II
it Nn tl
n kA ii
tt kn II
II NA tl
•1 Hn ii
U.i
II kn ••
ii NA ii
II tin II
II '.M ••
ti kn ti
II It* It
II Hn II
it kn ii
tl kn ••
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It kh tt
II tu II
tl kn tt
II «n It
It ttit tt
il NA l'
n fin il
•l kn tt
il MA il
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ii ki ii
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II NA II
il Nn ii
II .'In it
II Kn II
li MA il
•• kn ti
II lin It
II Hn II
It NH II
ti kn II
tl »n tl
II Nn It
• I '.n It
ti :.. ii
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i.lc
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•1 Hn 11
r. i .
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II 1.1 ••
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II 'in il
II Hn M
-------
TABLE A 8 ORGANIC ANALYSES OF LEACHATE FROM HAZARDOUS WASTE LANDFILLS
..._£ ' ...;
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ii!..;!i£
ir..r)Lr)Ein.i.t
L 1. 1 f"» JL
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t.-!u tik/ii r LiiU
LnlU '• ifcfl n.ntUt-.i&t
in. t-iiu: :li;:fi£
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OH:, -in. -i i.l 'ilLlliflEiilnNE
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LniWiijfunll
LIU jhinl Irtnlit
eii.Citaf.UtElriii..UnEk
.• JnlOiiJNi.f'hiHK.Enf
r-Li>lcJi
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;.4-^!ii
libkulthiln.iiii
L 1 - h • ml i i . 1 1 i rtnt n i i
i .-'.itniUn-StHiiUt
l.t-iilLniJiulbiiilEliE
ii i in: -i n JD IK jOhunt i nnlit
1,1 illE'm.jiiutlHnNE
i,. lilCn.jr.uiJh.-.ul
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iKANi-I.MiliniJduEIHiLENE
1 .j-fiiCni.CwuHtWnltt
1,-j-IIIChi.uhuiWtENt
iililHll .-riiiktlnll
'.,4 SiintlnurHlHlll
L IhEInrL f'niniu.ktE
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477
«• It* ti
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•ft NA ••
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. ll'B HMd <• kn ••
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4 ..LI
llj
ii
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•• NA ••
ii kA ii
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\oi
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" Nn II
ii Nri il
ii .in ii
•• tn ••
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II
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kA >.
7
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kn ••
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ii ;,„ ti
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l.n ••
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l.n ii
kn ••
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t,, ••
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kn ••
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lln ••
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Hn it
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k» ••
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• ' .'.. t I
-------
TABLE A-8 ORGANIC ANALYSES OF LEACHATE FROM HAZARDOUS WASTE LANDFILLS (continued)
aurnl,, _i«
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-------
TABLE A-8 ORGANIC ANALYSES OF LEACHATE FROM HAZARDOUS WASTE LANDFILLS (continued)
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-------
TABLE A-8 ORGANIC ANALYSES OF LEACHATE FROM HAZARDOUS WASTE LANDFILLS (continued)
4i-v. Id i. .i i. .i-«.'
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li'.£i,fj •• Nn ii ii NA ii it nA tt tl HA n it M it 11 l.n it 11 NH n •• h n •• :.,. n ' 11 ,n "
.'.«**
-------
TABLE A-8 ORGANIC ANALYSES OF LEACHATE FROM HAZARDOUS WASTE LANDFILLS (continued)
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li kn il
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-------
TABLE A-8 ORGANIC ANALYSES OF LEACHATE FROM HAZARDOUS WASTE LANDFILLS (continued)
11-45
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-------
APPENDIX B
BASIC STATISTICAL VALUES
NOTES
1. Inorganic constituents, both water quality indicators and other inorganics, are in
parts per million unless otherwise stated; organic constituents are in parts per
billion.
2. "Pre-1980 MSWLF" refers to municipal solid waste landfills constructed prior to
or during 1980; "post-1980 MSWLF" refers to landfills constructed after 1980.
Unless distinguished by "pre-1980", "post-1980" or "undated", MSWLF refers to
pre-1980, post-1980, and undated municipal solid waste landfills.
B-1
-------
TABLES IN APPENDIX B
Table
B-1 Organic Constituents Detected Twice or Less in
MSWLF Leachate
8-2 Statistical Summary of Indicator Parameters in
MSWLF Leachate
B-3 Statistical Summary of Other Inorganics in MSWLF
Leachate
6-4 Statistical Summary of Organics in MSWLF
Leachate
B-5 Data Summary of Indicator Parameters for Pre-
1980 and Post-1980 MSWLFs
B-6 Data Summary of Othsr Inorganics for Pre-1980
and Post-1980 MSWLFs
B-7 Data Summary of Organics for Pre-1980 and Post-
1980 MSWLFs
B-8 Data Summary of Hazardous Waste Landfills and
Post-1980 MSWLFs
B-2
-------
TABLE 8-1
ORGANIC CONSTITUENTS* DETECTED TWICE OR LESS IN MSWLF LEACHATE
Acetonitrile
Acenaphthene
Acenaphthylene
Acetophenone
2-Acetylanimofluorene
4-Aminobiphenyl
Acrylonitrile
Acrylamide
Ally) chloride
Aniline
Aldrin
Anthracene
Aramite
Benzidene
Benzo (a) anthracene
Benzo (a) pyrene
Benzo (g,h,i) perylene
Benzo (b) fluoranthene
Benzo (k) fluoranthene
1,4-Benzoquinone
BHC-Alpha
BHC-Beta
BHC-Gamma
Benzole acid
Benzotrichloride
Benzyl alcohol
Benzyl chloride
3,4-Benzofluoranthene
Berzenethiol
Iso-butanol
Bis (2-chloroethyl) ether
n-Butanol
Bis (2-chlorosiopropyl) ether
4-8romophenyl phenyl ether
Butanol
l-Butanol
Butyl benzyl phthalate
Number of
Times Analyzed
For
2
60
59
19
19
19
69
2
21
22
60
60
19
60
62
62
60
42
60
19
62
62
62
20
2
20
2
20
19
1
39
1
60
60
1
1
60
Number of
Times Detected
2
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
Percent
Detections
100
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
2
In rough alphabetical order only; 201 constituents listed; 179 of these were not detected;
18 were detectd once; 4 were detected twice.
-------
TABLE B-1
ORGANIC CONSTITUENTS DETECTED TWICE OR LESS IN MSWLF LEACHATE
(continued)
Carbazole
Carbon Disulfide
Chlordane
1 -Chloro-2,3-epoxypropane
Chloroacetaldehyde
4-Chloroaniline
4-Chlorophenyl phenyl ether
3-Chloropropionitrile
Cyclohexane
2-Chloro-ethanol phosphate
2-Chlorophenol
Chlorobenzilate
Chrysene
o-Cresol
Dibenzo (a,h) anthracene
Oibenzo (a,e) pyrene
Dibenzo (a, i) pyrene
Dibenzofuran
1 ,3-Dichlorobenzene
2,6-Oichlorophenol
2,3-Oichloropropanol
2,3-Oichloropropylene
3,3-Oichlorobenzidme
2,4-On.Miorophenol
1,1-Dichloroethylene
4,4-DDD
4,4-OOE
Dieldrin
Dimethyl sulfoxide
7, 1 2-Dimethylb«nz (a) anthracene
p-Dimethylaminoazobenzene
3,3-Dimethylbenzidine
a,a-Dimethylphenethylamine
1,2-Diphenyl hydrazine
1,3-Dinitrobenzene
2,4-Omitrophenol
4,6-Dinitro-o-cresol
2j4-Dinitrotoluene
Number of
Times Analyzed
For
19
5
62
2
1
20
60
19
1
1
63
19
62
2
61
19
19
20
66
21
1
3
60
63
74
60
60
60
1
19
19
19
19
60
19
63
63
62
Number of
Times Detected
0
0
0
0
0
0
0
0
1
1
0
0
0
1
0
0
0
0
1
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
Percent
Detections
0
0
0
0
0
0
0
0
100
100
0
0
0
50
0
0
0
0
2
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
-------
TABLE 8-1
ORGANIC CONSTITUENTS DETECTED TWICE OR LESS IN MSWLF LEACHATE
(continued)
2,6-Oinitrololuene
Di-n-octyl phthalate
Oi-n-octyl phthalate
Oinoseb
m-Oinitrobenzene
Diphenylamme
Oiphenylamine
1,4-Dioxane
1 ,2-Oibromoethane
1 ,2-Oibromo-3-chloropropane
3,3-Oimethoxybenzidine
Oisulfonton
Endosulfan-alpha
Endosulfan-beta
Endrin aldehyde
Endrin ketone
Ethanol
Ethyl ether
Ethyl methacrylate
Fluorene
Famphur
Formic acid
Freon TF
Heptachlor
Heptachlorepoxide
Hexachlorobenzene
Hexachl orobutadiene
Hexachlorocyclopentadiene
Hexachloroethane
Hexachloropropene
Hexachlorophene
Indeno ( 1 ,2,3-c.d) pyrene
lodomethane
Isobutyl alcohol
Isodrin
Kepone
Maleic anhydride
Number of
Times Analyzed
For
60
60
60
19
2
21
2
1
19
19
19
19
60
60
60
1
1
1
19
60
19
2
2
62
60
62
62
62
62
19
19
62
19
1
19
19
2
Number of
Times Detected
0
1
1
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
Percent
Detections
0
2
2
0
0
0
0
0
0
0
0
0
0
0
0
0
0
100
0
0
"•
\J
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
-------
TABLE 8-1
ORGANIC CONSTITUENTS DETECTED TWICE OR LESS IN MSWLF LEACHATE
(continued)
Malononttrile (propanedinitrile)
Methapyrilene
Methanol
Methoxychlor
Methyl methane sulfonate
Methylnaphthalene
3-Methylcholanthrene
2-Methylphenol
4-Methyl- 1 - ( 1 -methylethyl)
cyclohexanol
1-(2-Methoxy-1-methylethoxy) 2-
propanol
2-(2-Methoxypropoxy) 1-propanol
n-(1-Methylethyl)-n-nitroso 2-
propanamine
Methacrylonitrile
3-Methyl phenol (m-cresol)
4,4-Methylene bis (2-chloroaniline)
2-Methylnaphthalene
N-nitrosodimethylamine
N-nitrosodiphenylamine
N-nitrosodi-n-propylamine
1,4-Naphtoquinone
2-Nitroaniline
3-Nitroaniline
4-Nitroaniline
2-Nitrophenol
1-Naphthylamme
2-Naphthylamine
5-Nitro-2-amino toluene
n-Nitroso-di-n-butylamine
n-Nitrosodiethylamine
n-Nitrosomethylethylamine
n-Nitrosomorpholine
n-Nitrosopiperidine
n-Nitrosopyrrolidine
p-Chloro-m-cresol
PCB-1248
PCS- 1254
PCS- 1260
Number of
Times Analyzed
For
19
19
2
31
19
1
19
20
1
1
1
1
19
21
19
19
60
60
37
21
20
20
20
61
19
19
19
19
19
19
19
19
19
62
60
60
60
Number of
Times Detected
0
0
0
0
0
0
0
0
1
1
1
1
0
1
0
0
0
1
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
2
0
0
0
Percent
Detection
0
0
0
0
0
0
0
0
100
100
100
100
0
5
0
0
0
2
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
3
0
0
0
-------
TABLE B-1
ORGANIC CONSTITUENTS DETECTED TWICE OR LESS IN MSWLF LEACHATE
(continued)
PCB-1016
PCS- 1221
PCS- 1232
PCB-1242
Parathion, ethyl
Parathion, methyl
Paraldehyde
Pentachloronitrobenzene
Pentachlorobenzene
Pentachloroethane
Phenacetin
Phenanthrene
Phenylenediamine
m-Phenylenediamine
o-Phenylenediamine
p-Phenylenediamine
Phorate
Phthalic anhydride
2-Picoline
Pronamide
Pyrene
Pyridine
Styrene
2,4,5-T
1 ,2,3,4-Tetrachtorobenzene
1 ,2,3,5-Tetrachlorobenzene
1 ,2,4,5-Tetrachlorobenzene
1,1,1 ,2-Tetrachloroethane
2,3,4,5-Tetrachlorophenol
2,3,5,6-Tetrachlorophenol
Toluene-2,4-diamine
Trans- 1,3-dichloropropylene
1 ,2,3-Trichlorobenzene
1 ,2,4-Trichlorobenzene
1 ,3,5-Trichlorobenzene
2,4,5-Trichlorophenol
1 , 1 ,2-Trichloropropane
1 ,2,2-Trichloropropane
1 , 1 ,2-Trichloro- 1 ,2,2-trifluoroethane
Number of
Times Analyzed
For
60
60
60
60
19
19
2
19
21
21
19
56
19
2
2
2
21
2
21
19
60
2
23
21
2
2
21
7
2
2
,2
46
4
18
2
20
3
2
19
Number of
Times Detected
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
0
0
0
0
0
0
0
0
0
1
0
0
0
0
0
0
Percent
Detections
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
25
0
0
0
0
0
0
-------
TABLE B-1
ORGANIC CONSTITUENTS DETECTED TWICE OR LESS IN MSWLF LEACHATE
(continued)
Resorcinol
Safrole
Silvex(2,4,5-tp)
Sulfotepp
2,3,7,8-Tetrachiorodibenzo-p-dioxin
2,4,6-Trichlorophenol
Trichioromethanethiol
Tris (2,3-dibromopropyl) phosphate
Trimethyl cyclohexanol
Trimethyl-bicyclo-heptan-2-one
3, 3, 5- Trimethyl cyclohexanone
Vinyl acetate
Zinophos
Number of
Times Analyzed
For
19
19
14
19
23
39
19
19
1
2
1
3
19
Number of
Times Detected
0
0
2
0
0
0
0
0
1
2
1
0
0
Percent
Detections
0
0
<4
0
0
0
0
0
100
100
100
0
0
-------
TABLE B-2
STATISTICAL SUMMARY OF INDICATOR PARAMETERS IN MSWLF LEACHATE
Indicator
Alkalinity
Ammonia
Biological Oxygen Demand
Calcium
Chemical Oxygen Demand
Chloride
Conductivity (umho/cm)
eH (mV)
Fluoride
Hardness
Iron
Nitrate
Nitrite
Nitrogen (Kjeldahl)
Nitrogen (Organic)
Nitrogen (Total)
pH (pH units)
Phosphate
Phosphorus
Potassium
Sulfate
Sodium
Temperature (Degrees Centigrade)
Total Dissolved Solids
Total Suspended Solids
Total Organic Carbon
Total Solids
Minimum
470
039
7
955
42
31
300
383
Oil
08
022
001
0005
3441
45
5045
54
042
0.29
178
8
12
5
390
23
20
1.900
Maximum
57.850
1.200
29.200
2.100
50,450
5,475
36,000
804
302
9,380
2,280
50.93
02
1,470
100
5045
125
87
117 18
1,175
1,400
2.574
25
31.800
17.800
14.500
33,050
Median
2,650
209
2,310
320
2,800
594
5,600
481
0.39
1,665
95 15
022
003
270
50
5045
669
12
14
381 5
111
6929
11.3
4.890
276
1,000
10.658
Average
4.214
281
3,837
492
4,773
786
6,764
516
13.1
2,100
221
1 88
00527
324
51.1
5045
679
267
782
409
244
821
148
5.691
813
2.048
14.260
Standard
Deviation
2.992
203.
3,379
332
4,145
503
3,509
99
24 1
1.186
215
277
00459
211
208
5045
056
241
1042
257
231
445
622
2.744
918
1.909
8,231
Number of
Values
43
77
75
33
121
118
129
19
24
40
120
38
9
37
22
1
144
5
21
34
86
65
19
74
98
73
8
-------
TABLE B 3
STATISTICAL SUMMARY OF OTHER INORGANICS IN MSWLF LEACHATE
Inorganic Toxicant
Aluminum
Antimony
Arsenic
Barium
Beryllium
Boron
Cadmium
Chromium (Total)
Cobalt
Copper
Cyanide
Lead
Manganese
Magnesium
Mercury
Nickel
Selenium
Silver
Thallium
Tin
Vanadium
Zinc
Minimum
0.01
00015
00002
008
0.001
063
00007
0.0005
004
0.003
0.004
0005
003
74
0.0001
002
0001
00008
0004
016
0009
003
Maximum
58
47
0982
5
001
123
0.15
19
0.13
28
03
16
79
927
0.0098
2227
009
005
086
2
0029
350
Median
24
0066
00135
0525
0.00475
3.987
00135
0.06
008
0.054
002
0063
37
1355
00006
0 170
0006
002
008
023
00175
0675
Average
275
452
00418
08526
00056
441
0022
0.1754
00900
0 1679
00634
01616
959
227
0.0020
03255
00119
00208
0 1753
07967
00179
832
Standard
Deviation
1 69
772
00476,
05667
00026
282
00169
02017
00320
0 1821
00644
0 1629
975
140
00020
02770
00105
00104
0 1899
08022
00045
12 18
Number of
Values
13
11
72
60
6
8
46
97
5
68
21
73
103
34
19
98
18
19
11
3
18
114
-------
TABLE B-4
STATISTICAL SUMMARY OF ORGANICS IN MSWLF LEACHATE
Organic Toxicant
Acetor ^
Acrolt-
Benzer.-
Bromomethane
Butanol
1 -Butanol
2-Butanone (Methyl Ethyl Ketone)
Butyl Benzyl Phenol
Carbon Tetrachloride
Chlorobenzene
Chloroethane
Bis (2-Chloroethyoxy) Methane
2-Chloroethyl Vinyl Ether
Chloroform
Chloromethane
Bis(Chloromethyl) Ether
2-Chloronaphthalene
p-Cresol
2,4-D
4.4-DDT
Dibromomethane
Oi-N-Butyl Phthalate
Minimum
8
270
4
170
10.000
120
110
21
6
1
11.1
18
2
727
170
250
46
452
74
0042
5
12
Maximum
11.000
270
1.080
170
10.000
360
27.000
150
397.5
685
860
25
1,100
1.300
400
250
46
5,100
220
022
5
150
Median
430
270
37
170
10.000
340
1.550
125
202
7
279
21 5
551
29
175
250
46
2.305
130
0 105
5
49
Average
2.163
270
221
170
10,000
340
4,151
987
202
128
151
21 5
551
195
248
250
46
2,394
129
0 1031
5
702
Standard
Deviation
2,260
^0
255
0
0
20
4,441
51 8
196
176
177
35
549
276
101
0
0
2,305
49
00356
0
438
Number of
Values
23
1
35
1
1
2
24
3
2
12
11
2
2
8
3
1
1
10
7
16
1
5
-------
TABLE B-4
STATISTICAL SUMMARY OF ORGANICS IN MSWLF LEACHATE
(continued)
Organic Toxicant
1 ,2-Dichlorobenzene
1 ,4-Dichlorobenzene
Dichlorodifluoromethane
1 , 1 -Dichloroethane
1.2-Dichloroethane
Cii- 1 ,2-Dichloroethylene
Trans- 1.2-Dichloroethylene
1 ,2-Dichloropropane
1 , 3-Dichloropropei 3
Diethyl Phthalate
2,4-Dimethyl Phenol
Dimethyl Phthalate
Endrin
Ethanol
Ethyl Acetate
Ethyl Benzene
Bis(2-Ethylhexyl) Phthalate
2-Hexanone (Methyl Butyl Ketone)
tsophorone
Lindane
4-Methyl-2 Pentanone (Methyl Isobutyl
Ketone)
Minimum
3
1
103
4
1
190
2
003
18
3
10
30
004
23.000
42
6
16
6
4
0017
10
Maximum
21.9
52 1
450
44.000
11.000
470
4.800
500
30
330
28
55
50
23.000
130
4.900
750
690
16,000
0023
710
Median
11 5
7
274
165
10
330
92
9
24
83
19
425
025
23.000
86
58
80
88
76
0020
270
Average
118
132
237
1.715
1,841
330
568
667
24
118
19
425
168
23.000
86
274
184
231
1,168
0020
306
Standard
Deviation
,41
106
161
2,768
3.053
140
721
778
6
77
9
125
222
0
44
333
182
202
1.859
0003
226
Number of
Values
8
12
6
34
6
2
40
12
2
27
2
2
3
1
2
41
10
11
19
2
9
-------
TABLE B-4
STATISTICAL SUMMARY OF ORGANICS IN MSWLF LEACHATE
(continued)
Organic Toxicant
Methylene Chloride (Dichloromethane)
Naphthalene
Nitrobenzene
4-Nitropheno!
Pentachlorophenol
Phenol
1-Propanol
2-Propanol
1 , 1 ,2,2-Tetrachloroethane
Tetrachloroethylene
Tetrahydrofuran
Toluene
Toxaphene
1,1,1 -Trichlor oethane
1,1,2-Trichloroethane
Trichloroethylene
Trichlorofluormethane
1 ,2,3-Trichloropropane
Vinyl Chloride
m-Xylene
Xylenes
Minimum
2
2
4
17
3
7.3
11,000
94
210
2
18
555
1
1
30
1
4
230
8
97
32
Maximum
220,000
202
120
17
470
28,800
11,000
26.000
210
620
1,300
18,000
1
13,000
630
1,300
150
230
61
171
310
Median
440
12
40
17
45
378
11,000
8,450
210
554
260
413
1
86
426
43
34
230
402
68
71
Average
5,352
324
547
17
173
2,456
11,000
10,748
210
132
484
1,016
1
887
378
187
561
230
36 1
81
141
Standard
Deviation
8,446
334
436
0
198
3,094
0
7,626
0
129
409
1,161
0
1,363
187
217
463
0
17
53
93
Number of
Values
68
23
3
1
3
45
1
4
1
18
7
69
1
20
4
28
10
1
10
8
7
-------
TABLE B 5
DATA SUMMARY OF INDICATOR PARAMETERS FOR PRE-1980 AND POST-1980 MSWLFs
Inorganics
Indicator
Parameters
Alkalinity
Ammonia
Biological Oxygen
Demand
Calcium
Chemical Oxygen
Demand
Chloride
Conductivity (umho/cm)
eH(mv)
Fluoride
Hardness
Iron
Nitrate
Nitrite
Nitrogen (Kjeldahl)
Nitrogen (Organic)
pH(pH units)
Phosphorus
Potassium
Sulfate
Sodium
Temperature
(Degrees Centigrade)
Total Dissolved Solids
Total Suspended Solids
Total Organic Carbon
Post- 1980 MSWLFs
Minimum
3,800
039
13
657
42
43
1.750
481
038
2,800
26
004
005
81
40
6 17
029
363
24
69
113
7.020
32
20
Maximum
4,200
810
5.980
1.060
16.000
2.056
28.125
481
18
3.000
695
066
0.05
390
60
839
79
471 8
1.300
2.574
113
31.800
960
14.500
Median
3,900
299
185
747
4.300
820
8.800
481
04
2,900
230
022
005
380
45
691
1.7
462
260
817
113
7.976
554
2.860
Number
of
Sites
1
4
3
2
5
4
4
1
2
1
4
3
1
2
1
«j
3
l
3
4
1
3
4
4
Pre- 1980 MSWLFs
Minimum
960
16
64
146
266
31
300
411
011
670
2.1
001
0005
3441
4 5
54
0325
178
84
12
96
390
23
74
Maximum
57.850
1.100
29.200
2,100
50.450
2.651
36.000
804
1.1
9.380
2.280
1 4
0 112
1.470
100
12 5
117 18
1.175
1.400
1.830
25
16.120
17.800
13,000
Median
2.650
215
2.600
284
2,817
550
5,450
486
028
1,550
934
0 135
001
235
50
658
1 31
2394
118
596
18
4.230
264
810
Number
of
Sites
17
21
20
11
29
28
32
3
9
17
31
19
3
15
3
33
11
14
23
23
3
14
22
17
-------
TABLE B-6
DATA SUMMARY OF OTHER INORGANICS OF PRE-1980 AND POST-1980 MSWLFs
Inorganics
Other Inorganics
Aluminum
Arsenic
Barium
Cadmium
Chromium (total)
Copper
Lead
Manganese
Magnesium
Nickel
Selenium
Silver
Vanadium
Zinc
Post - 1980 MSWLFs
Minimum
22
0.003
008
0003
0006
002
0007
1
275
005
0002
0026
0016
006
Maximum
34
004
1.7
002
037
007
0 15
50
424
16
0002
0037
0024
64
Median
26
0011
10
00065
0008
0031
0046
1238
412
0 185
0.002
0036
00185
0335
Number
of
Sites
1
4
4
5
6
3
5
4
2
4
1
2
1
4
Pre- 1980 MSWLFs
Minimum
001
00002
Oil
0002
0002
002
0031
003
74
002
0.001
00008
0009
0.03
Maximum
58
0982
5
0 15
1.9
28
16
79
780
2227
009
0035
0024
350
Median
33
0015
058
0018
006
0059
0072
326
138
0 164
0006
0012
0014
088
Number
of
Sites
6
24
22
15
28
18
24
26
10
21
9
10
3
25
-------
TABLE B-7
DATA SUMMARY OF ORGANICS FOR PRE-1980 AND POST-1980 MSWLFs
Organics
Acei.-oe
2-Butanone (Methyl Ethyl
Ketone)
Chloromethane
p-Cresol
4.4-DDT
1,1 Dichlorethane
Trans-1,2-Dichlorethylene
Oiethyl Phthalate
2-Hexanone (Methyl Butyl
Ketone)
Isophorone
Methylene Chloride
(Dichloromethane)
Phenol
Toluene
Post- 1980 MSWLFs
Minimum
8
1,300
400
4.400
0042
4
6
32
39
25
6
378
83
Maximum
4.600
12.000
400
4.500
022
4
677
32
690
25
690
2.100
1.100
Median
4.000
9.900
400
4.450
Oil
4
14
32
360
25
120
1.700
590
Number
of
Sites
3
2
1
1
2
1
2
1
2
1
4
2
3
Pre- 1980 MSWLFs
Minimum
170
195
170
452
0042
4
7
3
6
4
2
73
555
Maximum
390
2.800
170
78
Oil
6,300
3.130
330
12
16,000
57,000
15,800
13,300
Median
320
430
170
535
0056
220
168
924
9
91
1.100
258
420
Number
of
Sites
2
7
1
2
1
12
13
9
1
5
15
12
16
-------
TABLE B 8
DATA SUMMARY OF HAZARDOUS WASTE LANDFILLS AND POST-1980 MSWLFs
Constituent
Alkalinity
Ammonia
Biological Oxygen Demand
Calcium
Chemical Oxygen Demand
Chloride
Conductivity (umho/cm)
Hardness
Iron
Nitrogen (Organic)
pH (pH units)
Potassium
Sulfate
Sodium
Total Dissolved Solids
Total Suspended Solids
Total Organic Carbon
Aluminum
Arsenic
Barium
HAZARDOUS WASTE LANDFILLS
Concentration
Range
540
870
30 - 22,500
0 150-820
47 - 22,000
40 - 8,420
430 - 20.000
265-4,550
03-491 4
228
6670
31 - 1.500
112- 1.600
24 7 5,200
2.883 - 18.242
1,470
138- 12.200
049-78
0004- 120
02 232
Median
540
870
13,400
72
12,600
2,028
20,000
2,930
172
228
69
34
399
377
10.562
1,470
4.624
22
278
084
Number
of
Sites
1
1
2
5
2
3
2
2
a
1
3
4
3
4
2
1
2
3
4
4
POST 1980 MSWLFs
Concentration
Range
3.800 - 4.200
039-810
13-5.980
657- 1,060
42- 16.000
43-2,056
1,750-28,125
2,800 - 3,000
2.6 695
40-60
617-839
363-471 8
24- 1,300
69 - 2,574
7,020-31,800
32 960
20- 14.500
22-34
0 003 - 0 04
0 08 - 1 7
• Median
3.900
299
185
747
4,300
820
8,800
2,900
230
45
691
462
260
817
7,976
554
2.860
26
0011
1 0
Number
of
Sites
1
4
3
2
5
4
4
1
4
1
6
1
3
4
3
4
4
1
4
4
-------
TABLE B-8
DATA SUMMARY OF HAZARDOUS WASTE LANDFILLS AND POST-1980 MSWLFs
(continued)
Constituent
Cadmium
Chromium (Total)
Copper
Lead
Manganese
Magnesium
Nickel
Selenium
Silver
Vanadium
Zinc
Acetone
Chloromethane
1 , 1 -Dichloroethane
Trans- 1 ,2-Dichloroethylene
Diethyl Phthalate
Isophorone
Methylene Chloride
(Dichlormethane)
Phenol
Toluene
HAZARDOUS WASTE LANDFILLS
Concentration
Range
00059-125.5
0011-087
00204-1 62
00124-11.73
0 18-8942
0830-610
0.064-402
653
002
0 150
005-12
60,000
340
32 - 35,000
45-4,650
83
26 - 390
130-270,000
0002-3,100
0027-12,000
Median
06
0 110
0215
048
765
254
0.272
653
0.02
0 150
0536
60.000
340
594
2,350
83
208
7.715
1 09
880
Number
of
Sites
6
7
8
5
5
5
6
1
1
1
9
1
1
2
2
1
1
4
4
8
POST- 1980 MSWLFs
Concentration
Range
0003-002
0006-037
002-007
0007-0 15
1-50
275-424
005- 16
0 002 - 0 002
0026-0037
0016-0024
006-64
8 - 4,600
400 - 400
4-4
6 677
32-32
25 25
6-690
378-2.100
83- 1.100
•Median
00065
0008
0031
0046
1238
412
0 185
0002
0.036
00185
0.335
4.000
400
4
14
32
25
120
1.700
590
Number
of
Sites
5
6
3
5
4
2
4
1
2
1
4
3
1
1
2
1
1
4
2
3
-------
APPENDIX C
SUPPORTING DATA
NOTES
1. Concentrations of all inorganic constituents in parts per million unless noted
otherwise; concentrations of organic constituents in parts per billion.
2. Standards used in tables are included in Table C-13; selection of standards
used is discussed in the text.
3. "Pre-1980 MSWLF" refers to municipal solid waste landfills constructed prior
to or during 1980; "post-1980 MSWLF" refers to landfills constructed after
1980. Unless distinguished by "pre-1980", "post-1980", or "undated", MSWLF
refers to pre-1980, post-1980, and undated municipal solid waste landfills.
4. The indicated ratios encompass the range between the nearest lower and
upper half logs (base ten); for instance, around "one", the range is between
the log values of -0.5 to 0.5; in non-log values, from 1/3.15 to 3.15/1.
5. Inorganic constituents include both indicator parameters (e.g., pH, iron) and
other inorganic constituents.
6. Abbreviations used in this appendix include "NA" - not applicable; "--" - not
available; "inorg" - inorganic constituents; "org" - organic constituents;
"ND" -constituents not detected; and "DET" -constituents detected.
7. Percentages may not total to 100 due to rounding.
C-1
-------
TABLES AND FIGURES IN APPENDIX C
Pre-1980 vs Post-1980 Minimum MSWLF Leachate
Concentrations
C-2 Pre-f980 vs Post-1980 Maximum MSWLF Leachate
Concentrations
C-3 Average MSWLF Leachate Concentrations vs
Standards
Table
C-1 Number of Inorganic Constituents Detected and
Number Not Detected in Pre- and Post-1980
MSWLF Leachate
C-2 Number of Organic Constituents Detected and
Number Not Detected in Pre- and Post-1980
MSWLF Leachate
C-3 Log Ratios of Pre-1980 vs Post-1980 Median
MSWLF Leachate Concentrations
C-4 Distribution of Ratios of Pre-1980 to Post-1980
Median MSWLF Leachate Concentrations
C-5 Log Ratios of Pre-1980 vs Post-1980 Minimum
MSWLF Leachate Concentrations
C-6 Distribution of Ratios of Minimum MSWLF
Leachate Concentrations vs Standards
C-7 Log Ratios of Pre-1980 vs Post-1980 Maximum
MSWLF Leachate Concentrations
C-8 Distribution of Ratios of Maximum MSWLF
Leachate Concentrations vs Standards
C-9 Log Ratios of Hazardous Waste Landfill vs Post-
1980 MSWLF Leachate Concentrations
C-10 Distribution of Ratios of Hazardous Waste Landfill
vs Post-1980 MSWLF Leachate Concentrations
C-11 Log Ratios of Median MSWLF Leachate
Concentrations vs Standards
C-12 Distribution of Ratios of Median MSWLF Leachate
Concentrations vs Standards
C-13 Comparison of Average MSWLF Leachate
Concentrations to Standards
C-2
-------
TABLES AND FIGURES IN APPENDIX C
(continued)
Number of Pre-1980 MSWLF Leachate
Constituents Exceeding Standards, by Site
C-15 Number of Post-1980 MSWLF Leachate
Constituents Exceeding Standards, by Site
C-16 Number of Undated MSWLF Leachate
Constituents Exceeding Standards, by Site
C-17 Number of Hazardous Waste Landfill Leachate
Constituents Exceeding Standards, by Site
C-3
-------
FIGURE C-1
PRE-1980 VS POST-1980 MINIMUM MSWLF LEACHATE CONCENTRATIONS
NUMBER
OF
CONSTITUENTS
20
18
16
14
12
10
8
•POST-1980
CONCENTRATIONS
GREATER
PRE-1980
CONCENTRATIONS
GREATER
10-6 10-5 ID'* 10-3 10-2 10-1 1 101 102 103 1Q4 1Q5
PRE-1980/POST-1980 MINIMUM CONCENTRATIONS
-------
FIGURE C-2
PRE-1980 VS POST-1980 MAXIMUM MSWLF LEACHATE CONCENTRATIONS
NUMBER
OF
CONSTITUENTS 10
1 7
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
1
n
* POST- 1980
^ _ *-
CONCENTRATIONS
• GREATER
•••,•''•• *°^
%il rt' >'
' W
Sr
§s
|
,,.*? '-N
1
^-
'
%^ ••
v ,s A
^ -s
^ v
:,;»
i- *""",•.
X X
PI
c
G
RE-1980 ^
ONCENTRATIONS
REATER
^__
l - ^
;
ftv
> -
10-6 10-5 10-4 10-3 10-2 10-1 1 101 102 103 1Q4 1Q5
PRE-1980/POST-1980 MAXIMUM CONCENTRATIONS
-------
FIGURE C-3
AVERAGE MSWLF LEACHATE CONCENTRATION VS STANDARDS
15
14
13
12
11
10
NUMBER
OF 8
CONSTITUENTS
AVERAGE
•CONCENTRATIONS
LESS THAN
STANDARDS
AVERAGE
CONCENTRATION
GREATER THAN
STANDARDS
10-6 10-5 10'* 10-3 10-2 10-1 1 101 102 103 10* 105
AVERAGE CONCENTRATIONS/STANDARDS
-------
TABLE C-1
NUMBER OF INORGANIC CONSTITUENTS DETECTED AND NUMBER NOT DETECTED IN PRE- AND POST-1980
MSWLF LEACHATE
Constituents1
Indicator Parameters2
Alkalinity
Ammonia
Biological Oxygen Demand
Calcium
Chemical Oxygen Demand
Chloride
Fluoride
Hardness
Iron
Nitrate
Nitrite
Nitrogen (Kjeldahl)
Nitrogen (organic)
Phosphate
Phosphorus
Potassium
Pre-1980
ND
0
0
0
0
0
0
9
0
0
3
2
0
0
0
0
0
DET
23
40
55
17
80
79
12
23
82
22
3
23
10
2
20
20
Total
23
40
55
17
80
79
21
23
82
25
5
23
10
2
20
20
%
ND
0
0
0
0
0
0
43
0
0
12
40
0
0
0
0
0
%
DET
100
100
100
100
100
100
57
100
100
88
60
100
100
100
100
100
Post- 1980
ND
0
0
0
0
0
0
4
0
0
0
0
0
0
0
0
0
DET
4
11
10
5
17
13
5
4
13
4
2
5
4
0
14
4
Total
4
11
10
5
17
13
9
4
13
4
2
5
4
0
14
4
%
ND
0
0
0
0
0
0
0
0
0
0
0
0
0
-
0
0
%
DET
100
too
100
100
100
100
56
100
100
100
60
100
100
100
100
100
i Includes only constituents detected at least
2. pH, eH and temperature not included
-------
TABLE C-1
NUMBER OF INORGANIC CONSTITUENTS DETECTED AND NUMBER NOT DETECTED IN PRE- AND POST-1980
MSWLF LEACHATE
(continued)
Constituents
Sulfale
Sodium
Total Dissolved Solids
Total Suspended Solids
Total Organic Carbon
Total Solids
Subtotals
Other Inorqanics
Aluminum
Antimony
Arsenic
Barium
Beryllium
Boron
Cadmium
Chromium (total)
Cobalt
Copper
Cyanide
Lead
Pre-1980
ND
0
0
0
0
0
0
14
6
10
5
3
11
0
9
3
9
13
10
7
DET
62
38
52
74
43
7
787
8
6
47
36
4
6
26
59
4
46
19
45
Total
62
38
52
74
43
7
801
14
16
52
39
15
6
35
62
13
59
29
52
%
ND
0
0
0
0
0
0
2
75
63
10
8
73
0
26
5
69
22
35
14
%
DET
100
100
100
100
100
100
98
25
37
90
92
27
100
74
95
31
78
65
86
Post-1980
ND
0
0
0
0
0
0
4
0
4
0
0
4
0
2
0
4
4
4
2
DET
8
13
7
14
13
0
170
4
0
11
to
0
0
6
19
0
;
0
8
Toial
8
13
7
14
13
0
174
4
4
11
10
4
0
8
19
4
11
4
10
%
ND
0
0
0
0
0
--
2
--
100
0
0
100
--
25
0
100
36
100
20
%
DET
100
100
100
100
100
--
98
--
0
100
100
0
--
75
0
64
64
0
100
-------
TABLE C-1
NUMBER OF INORGANIC CONSTITUENTS DETECTED AND NUMBER NOT DETECTED IN PRE- AND POST-1980
MSWLF LEACHATE
(continued)
Constituents
Manganese
Magnesium
Mercury
Nickel
Selenium
Silver
Thallium
Tin
Vanadium
Zinc
Subtotals
TOTALS
Pre-1980
NO
0
0
14
8
10
12
9
9
0
1
149
163
DET
74
16
12
68
10
11
9
3
9
74
592
1.379
Total
74
16
26
76
20
23
18
12
9
75
741
1.542
%
ND
0
0
54
11
50
62
50
75
0
1
20
10
%
DET
100
100
46
89
50
48
50
25
100
99
80
90
Post 1980
NO
0
0
4
2
4
4
4
4
0
0
46
50
DET
12
5
0
12
1
3
0
0
4
14
116
286
Total
12
5
4
14
5
7
4
4
4
14
162
336
%
ND
0
0
100
14
80
57
100
100
0
0
28
14
%
DET
100
100
0
86
20
43
0
0
100
100
72
86
-------
TABLE C-2
NUMBER OF ORGANIC CONSTITUENTS DETECTED AND NUMBER
NOT DETECTED IN PRE- AND POST-1980 MSWLF1 LEACHATE
Constituents
Acetone
Acrolein
Benzene
Bromomethane
2-Butanune(MEK)
Butyl benzyl phenol
Carbon telrachloride
Chlorobenzene
Chloroethane
Bis (2-chloroeh
toxy) methane
2-Chloroethyl vinyl ether
Chloroform
Chloromethane
Bis (chloromethyl) ether
2-Chloronapthalene
p-Creosol
2.4-D
4.4-DDT
Pre-1980
ND
4
49
24
53
1
22
54
43
43
40
52
48
53
38
38
1
8
39
DET
5
1
31
1
7
3
0
8
10
2
2
7
1
1
1
4
4
3
Total
9
50
55
54
8
25
54
51
53
42
54
55
54
39
39
5
12
42
%
ND
44
98
44
98
13
88
100
84
81
95
96
87
98
97
97
20
67
93
%
DET
56
2
56
2
88
12
0
16
19
5
4
13
2
3
3
80
33
7
Post- 1980
ND
1
11
1
11
3
0
11
1
11
11
11
11
11
1
1
6
13
4
DET
9
0
0
0
7
0
0
0
0
0
0
0
1
0
0
4
0
7
Total
10
11
11
11
10
0
11
1
11
11
11
11
12
1
1
10
13
11
%
ND
10
100
100
100
30
--
100
100
100
100
100
100
91
100
100
60
100
36
%
DET
90
0
0
0
70
--
0
0
0
0
0
9
0
0
50
0
64
'. Butanol, 1-butanol and ethanol, which were analyzed for only once each, are not included
-------
TABLE C-2
NUMBER OF ORGANIC CONSTITUENTS DETECTED AND NUMBER
NOT DETECTED IN PRE- AND POST-1980 MSWLF LEACHATE (continued)
Constituents1
Dibromomethane
Di-n-butyl phthalate
1 ,2 Dichlorobenzene
1,4 Dichlorobenzene
Dichlorodifluoromethane
1,1-Dichloroethane
1,2-Dichloroethane
Trans- 1 , 2-dichloroethylene
1 ,2-Dichloropropane
1 , 3- Dichloropr opene
Oiethyl phthalate
2,4 Dimethyl phenol
Dimethly phthalate
Endrin
Ethyl benzene
Bis(2-ethylhexyl) phth .late
2-Hexanone
Isophorone
Lindane
4-Methyl-2 pentanone
Methylene chloride
Pre-1980
NO
3
37
41
35
43
28
49
24
47
51
17
43
40
46
22
34
4
24
8
3
16
DET
0
5
7
11
4
26
5
29
7
2
24
2
2
0
32
8
2
18
0
0
39
Total
3
42
48
46
47
54
54
53
54
53
41
45
42
46
54
42
6
42
8
3
55
%
ND
100
88
85
76
91
52
91
45
87
96
42
96
95
100
41
8"
t>7
57
101
100
29
%
DET
0
12
15
24
9
48
9
55
13
4
59
4
5
0
59
19
33
43
0
0
71
Post-1980
ND
0
11
11
11
11
10
11
7
11
11
10
11
11
14
11
11
3
10
11
6
0
DET
0
0
0
0
0
1
0
4
0
0
1
0
0
0
0
0
7
1
2
4
11
Total
.0
11
11
11
11
11
11
11
11
11
11
11
11
14
11
11
10
11
13
10
11
%
ND
-
100
100
100
100
91
100
64
100
100
91
100
100
100
100
100
30
91
80
60
0
%
DET
-
0
0
0
0
9
0
36
0
0
9
0
0
0
0
0
70
9
20
40
100
-------
TABLE C-2
NUMBER OF ORGANIC CONSTITUENTS DETECTED AND NUMBER
NOT DETECTED IN PRE- AND POST 1980 MSWLF LEACHATE (continued)
Constituents1
Napthalene
Nitrobenzene
4-Nitrophenol
Pentachlorophenol
Phenol
1-Propanol
2 Propanol
1 , 1 ,2,2-Tetrachloroethane
Tetrachloroethylene
Tetrahydrofuran
Toluene
Toxaphene
1,1,1 -Trichloroethane
1 , 1 ,2-Trichloroethane
Trichloroethylene
Trichlorofluoromethane
1,2, 3-Trichloropropane
Vinyl chloride
M-xylene
Xylenes
TOTALS
Pre-1980
ND
23
41
44
43
15
1
1
50
41
0
9
48
37
51
34
45
5
44
1
3
1.761
DET
21
3
1
3
30
0
0
1
13
3
45
0
13
3
21
7
0
10
4
5
497
Total
44
44
45
46
45
1
1
51
54
3
54
48
50
54
55
52
5
54
5
8
2,268
%
NO
52
93
98
93
33
100
100
98
76
0
17
100
74
94
62
87
100
81
20
38
-
%
DET
48
7
2
7
67
0
0
2
24
100
83
0
26
6
38
14
0
19
80
63
-
Post- 1980
NO
It
11
11
11
6
0
0
11
11
0
4
14
0
11
11
11
9
11
0
10
475
DET
0
0
0
0
5
0
0
0
0
0
7
0
0
0
0
0
1
0
0
0
72
Total
11
11
11
11
11
0
0
11
11
0
11
14
0
11
11
11
10
11
0
10
S47
%
ND
100
100
100
100
55
--
--
100
100
-
36
100
100
100
100
100
90
100
--
100
--
%
DET
0
0
0
0
45
--
-
0
0
"
64
0
0
0
0
0
10
0
-
0
-
-------
TABLE C-3
LOG RATIOS OF PRE-1980 VS POST-1980
MEDIAN MSWLF LEACHATE CONCENTRATIONS
Constituent
INORGANICS
Indicator Parameters*
Nitrite
TOC
Calcium
Iron
Sulfate
TSS
Potassium
IDS
Hardness
Nitrate
Nitrogen (Kjeldahl)
Sp. Cond. (umho/cm)
COD
Chloride
Alkalinity
Fluoride
Ammonia
Sodium
Phosporus
Nitrogen (organic)
BOO
SUBTOTAL
Other Inorqanics
Manganese
Silver
Magensium
Barium
Vanadium
Nickel
Aluminum
Arsenic
Lead
Copper
Post-
1980
0.05
2,860
747
230
260
554
462
7,976
2,900
0.22
380
8,800
4,300
820
3,900
0.4
299
817
1.7
45
185
36,037
12.38
0.036
412
1
0.0185
0.185
2.6
0.0 M
0.046
0.031
Pre-
1980
0.01
810
284
93.4
118
264
239.4
4,230
1,550
0.135
235
5,450
2,817
550
2,650
0.28
215
596
1.31
50
2,600
23,264
3.26
0.012
138
0.58
0.014
0.164
3:3
0.015
0.072
0.059
Log Ratio
Pre/Post
-0.70
•055
•0.42
-039
-0.34
-0.32
-0.29
-0.28
-0.27
-0.21
-0.21
-0.21
-0.18
-0.17
-0.17
-0.15
-0.14
-0.14
-0.11
0.05
1.15
-
-0.58
-0.48
-0.48
-0.24
-0.12
-0.05
0.10
0.13
0.19
0.28
* pH, eH and temperature not included
-------
TABLE C-3
LOG RATIOS OF PRE-1980 VS POST-1980
MEDIAN MSWLF LEACHATE CONCENTRATIONS
(continued)
Constituent
INORGANICS (continued)
' Zinc
Cadmium
Selenium
Chromium (Total)
SUBTOTAL
ORGANICS
p-Cresol
2-Hexanone
2-Butanone
Acetone
Phenol
Chloromethane
4,4-OOT
Toluene
Di ethyl Phthalate
Isophorone
Methylene Chloride
Trans- 1,2-Dichloroethylene
1,1-Dichloroethane
SUBTOTAL
Post-
1980
0.335
0.0065
0.002
0.008
429
4450
360
9900
4000
1700
400
0.11
590
32
25
120
14
4
21,595
Pre-
1980
0.88
0.018
0.006
0.06
146
53.5
9
430
320
258
170
0.056
420
92.4
91
1100
168
220
3,332
Log Ratio
Pre/Post
0.42
0.44
0.48
0.88
--
-1.92
-1.60
-1.36
-1.10
-0.82
-0.37
-0.29
-0.15
0.46
0.56
0.96
1.08
1.74
--
-------
TABLE C-4
DISTRIBUTION OF RATIOS
OF PRE-1980 TO POST-1980
MEDIAN MSWLF LEACHATE CONCENTRATIONS
Ratio
10'6
10-5
10-*
10-3
10-2
10-'
1
10
102
103
104
105
TOTAL
Indicator
Parameters*
0
0
0
0
0
2
18
1
0
0
0
0
21
Percent
' 0
0
0
0
0
•o
86
5
0
0
0
0
100
Other
Inorganics
0
0
0
0
0
1
12
1
0
0
0
0
14
Percent
0
0
0
0
0
7
86
7
0
0
0
0
100
Organic
0
0
0
0
2
3
4
3
1
0
0
0
13
Percent
0
0
0
0
15
23
31
23
8
0
0
0
100
Total
0
0
0
0
2
6
34
5
1
0
0
0
48
Percent
0
0
0
0
4
13
71
10
2
0
0
0
100
pH, eH and temperature not included
-------
TABLE C-5
LOG RATIOS OF PRE-1980 VS POST-1980
MINIMUM MSWLF LEACHATE CONCENTRATIONS
Constituent
INORGANICS
Indicator Parameters*
Potassium
TDS
Nitrite
Nitrogen (organic)
Sp. Cond. (umho/cm)
Sodium
Calcium
Hardness
Nitrate
Alkalinity
Fluoride
Sulfate
Nitrogen (Kjeldahl)
TSS
Chloride
Iron
Phosphorus
TOC
Ammonia
BOO
COD
SUBTOTAL
Other Inorganics
Aluminum
Manganese
Silver
Arsenic
Magnesium
Chromium (total)
Nickel
Selenium
Zinc
Post-
1980
363
7,020
0.05
40
1,750
69
657
2,800
0.04
3,800
0.38
24
81
32
43
2.6
0.29
20
0.39
13
42
17,256
2.2
1
0.026
0.003
275
0.006 •
0.05
0.002
0.06
Pre-
1980
17.8
390
0.005
4.5
300
12
146
670
0.01
960
0.11
8.4
34.41
23
31
2.1
0.325
74
1.6
64
266
3,431
0.01
0.03
0.0008
0.0002
74
0.002
0.02
0.001
0.03
Log Ratio
Pre/Post
-1.31
-1.26
-1.00
-0.95
-0.77
-0.76
-0.65
-0.62
-0.60
-0.60
-0.54
•0.46
-0.37
-0.14
-0.14
-0.09
0.05
0.57
0.61
0.69
0.80
--
-2.34
-1.52
-1.51
-1.18
-0.57
-0.48
-0.40
-0.30
-0.30
* pH, eH and temperature not included
-------
TABLE C-5
LOG RATIOS OF PRE-1980 VS POST-1980
MINIMUM MSWLF LEACHATE CONCENTRATIONS
(continued)
Constituent
INORGANICS (continued)
Vanadium
Cadmium
Copper
Barium
Lead
SUBTOTAL
ORGANICS
p-Cresol
Phenol
Toluene
Diethyl Phthalate
2-Butanone
2-Hexanone
Isophorone
Methylene Chloride
Chloromethane
4,4-DOT
U-Dichloroethane ,
Trans- 1 ,2-Dichloroethylene
Acetone
SUBTOTAL
Post-
1980
0.016
0.003
0.02
0.08
0.007
279
4,400
378
83
32
1,300
39
25
6
400
0.042
4
6
8
6,681
Pre-
1980
0.009
0.002
0.02
0.11
0.031
74
45.2
73
5.55
3
• 195
6
4
2
170
0.042
4
7
170
619
Log Ratio
Pre/Post
-0.25
-0.18
0.00
0.14
0.65
--
-1.99
-1.71
-1.17
-1.03
-0.82
-0.81
•0.80
-0.48
-0.37
0.00
0.00
0.07
1.33
--
-------
TABLE C-6
DISTRIBUTION OF RATIOS OF
MINIMUM MSWLF LIACHATE CONCENTRATIONS VS STANDARDS
Ratio
10'6
10-5
1(H
10-3
10-<2
10-'
1
10
10*
103
104
105
TOTAL
Indicator
Parameters*
0
0
0
0
0
11
6
4
0
0
0
0
21
Percent
0
0
0
0
0
52
29
19
0
0
0
0
100
Other
Inorganics
0
0
0
0
3
2
8
1
0
0
0
0
14
Percent
0
0
0
0
21
14
57
7
0
0
0
0
100
Organic
0
0
0
0
2
5
5
1
0
0
0
0
13
Percent
0
0
0
0
15
38
38
0
8
0
0
0
100
Total
0
0
0
0
5
18
19
6
0
0
0
0
48
Percent
0
0
0
0
10
38
40
13
0
0
0
0
100
* pH, eH and temperature not included
-------
TABLE C-7
LOG RATIOS OF PRE-1980 VS POST-1980
MAXIMUM MSWLF LEACHATE CONCENTRATIONS
Constituent
INORGANICS
Indicator Parameters
IDS
Fluoride
Sodium
TOC
Sulfate
Sp. Cond. (umho/cm)
Chloride
Ammonia
Nitrogen (organic)
Calcium
Nitrate
Nitrite
Potassium
Hardness
COD
Iron
Nitrogen (Kjeldahl)
BOD
Alkalinity
Phosphorus
T5S
SUBTOTAL
Other Inorganics
Silver
Vanadium
Nickel
Manganese
Aluminum
Magensium
Barium
Chromium (total)
Cadmium
Post-
1980
31,800
1 8
2.574
14,500
i :o
28.125
2,056
810
60
1,060
0.66
0.05
471.8
3,000
16.000
695
390
5,980
4,200
7.9
960
114,493
0.037
0.024
1.6
50
3.4
424
1.7
0.37
0.02
Pre-
1980
16,120
1.1
1,830
13,000
1,400
36,000
2,651
1,100
100
2,100
1.4
0.112
1,175
9,380
50,450
2,280
1,470
29,200
57,850
117.18
17,800
244,867
0.035
0.024
2.227
!_ 79
5.8
780
5
1.9
0.15
Log Ratio
Pre/Post
-0 30
-0 21
-0.15
-0.05
003
0 11
0.11
0.13
0.22
0.30
0.33
0.35
0.40
0.50
0.50
0.52
0.58
0.69
1.14
1.17
1.27
--
-0.02
0.00
0.14
0.20
0.23
0.26
0.47
0.71
0.88
-------
TABLE C-7
LOG RATIOS OF PRE-1980 VS POST-t980
MAXIMUM MSWLF LEACHATE CONCENTRATIONS
(continued)
Constituent
INORGANICS (continued)
Lead
Arsenic
Copper
Selenium
Zinc
SUBTOTAL
ORGANICS
p-Creso!
2-Hexanone
Acetone
2-Butanone
Chloromethane
4,4-DOT
Trans- 1 ,2-Dichloroethylene
Phenol
Diethyl Phthalate
Toluene
Methylene Chloride
Isophrone
1,1-Dichloroethane
SUBTOTAL
Post-
1980
0.15
004
0.07
0.002
6.4
488
4,500
690
4,600
12,000
400
0.22
677
2,100
32
1,100
690
25
4
26,818
Pre-
1980
1.6
0.982
2.8
0.09
350
1,230
78
12
390
2,800
170
0.11
3,130
15,800
330
13,300
57,000
16,000
6,300
115,310
Log Ratio
Pre/Post
i 03
1.39
1 60
1.65
1 74
--
-1.76
-1.76
-1.07
-0.63
•0.37
•0.30
0.66
0.88
1.01
1.08
1.92
2.81
3.20
--
-------
TABLE C-8
DISTRIBUTION OF RATIOS OF MAXIMUM MSWLF
LEACHATE CONCENTRATION VS STANDARDS
Ratio
10"6
10-5
10-4
10-3
10-2
10-'
1
10
10*
103
10*
105
TOTAL
Indicator
Parameters*
0
0
0
0
0
16
5
0
0
0
0
0
21
Percent
0
0
0
0
0
76
24
4
0
0
0
0
100
Other
Inorganics
0
0
0
0
0
0
7
4
3
0
0
0
14
Percent
0
0
0
0
0
0
50
29
21
0
0
0
100
Organic
0
0
0
0
2
2
2
4
1
2
0
0
13
Percent
0
0
0
0
15
15
15
31
8
15
0
0
100
Total
0
0
0
0
2
18
14
8
4
2
0
0
46
Percent
0
0
0
L °
4
39
30
17
9
4
0
0
100
pH, eH and temperature not included
-------
TABLE C-9
LOG RATIOS OF HAZARDOUS WASTE LANDFILL VS POST-1980
MSWLF MEDIAN LEACHATE CONCENTRATIONS
Constituent
INORGANICS
Indicator Parameters
Potassium
Iron
Calcium
Alkalinity
Sodium
Nitrogen (organic)
Hardness
IDS
Sulfate
TOC
Sp. Cond. (umho/cm)
Chloride
TSS
Ammonia
COD
BOO
SUBTOTAL
Other Inorcjanics
Magnesium
Silver
Manganese
Barium
Aluminum
Nickel
Zinc
Copper
Vanadium
Lead
Chromium (total)
Cadmium
Arsenic
Selenium
SUBTOTAL
Post- 1980
MSWLFs
462
230
747
3,900
817
45
2,900
7,976
260
2,860
8,800
820
554
299
4,300
185
35,162
412
0.036
12.38
1
2.6
0.185
0.335
0.031
0.0185
0.046
0.008
0.0065
0.011
0.002
429
Hazardous
Waste
Landfills
34
17.2
72
540
377
22.8
2,930
10,562
399
4,624
20,000
2,028
1,470
870
12,600
13,400
69,953
25.4
0.02
7.65
0.84
2
0.272
0.536
0.215
0.15
0.48
0.11
0.6
2.78
6.53
48
Log Ratio
Hazardous
Waste to
Post- 1 980
MSWLFs
-1.13
-1.13
-1 02
-0.86
-0.34
-0.30
.00
0.12
0.19
0.21
0.36
0.39
0.42
0.46
0.47
1.86
-
-1.21
-0.26
-0.21
-008
-0.07
0.17
0.20
0.84
0.91
1.02
1.14
1.97
2.40
3.51
--
-------
TABLE C-9
LOG RATIOS OF HAZARDOUS WASTE LANDFILL VS POST-1980
MSWLF MEDIAN LEACHATE CONCENTRATIONS
(continued)
Constituent
ORGANICS
Phenol
Chloromethane
Toluene
Diethyl Phthalate
Isophorone
Acetone
Methyl ene Chloride
1,1-Oichloroethane
Trans- 1 ,2-Dichloroethylene
SUBTOTAL
Post- 1980
MSWLF
1,700
400
590
32
25
4,000
120
4
14
6,885
Hazardous
Waste
Landfill
1.09
340
880
83
208
60,000
7,715
594
2,350
72,171
Log Ratio
Hazardous
Waste to
Post- 1980
MSWLFs
-3.19
-0.07
0.17
0.41
0.92
1.18
1.81
2.17
2.22
--
-------
TABLE C-10
DISTRIBUTION OF RATIOS OF HAZARDOUS WASTE LANDFILL VS
POST-1980 MSWLF MEDIAN LEACHATE CONCENTRATIONS
Ratio
10'6
10-5
io-4
10-3
10-2
10-'
1
10
102
103
10<
105
TOTAL
Indicator
Parameters*
0
0
0
0
0
4
11
0
1
0
0
0
16
Percent
0
0
0
0
0
25
69
0
6
0
0
0
100
Inorganic
0
0
0
0
0
1
6
4
2
0
1
0
14
Percent
0
0
0
0
0
7
43
29
14
0
7
0
100
Organic
0
0
0
1
0
0
3
2
3
0
0
0
9
Percent
0
0
0
11
0
0
33
22
33
0
0
0
100
Total
0
0
0
1
0
5
20
6
6
0
1
0
39
Percent
0
0
0
3
0
13
51
15
15
0
3
0
100
* pH, eH and temperature not included
-------
TABLE C-11
LOG RATIOS OF
MEDIAN MSWLF LEACHATE CONCENTRATION VS STANDARDS
Constituent
INORGANICS
Indicator Parameters
Nitrate
Cyanide
Nickel
Other Inorganics
Arsenic
Mercury
Silver
Barium
Selenium
Chromium (total)
Lead
Cadmium
Zinc
Thallium
Antimony
TDS
Copper
Manganese
Iron
Beryllium
ORGANICS
Dimethyl Phthalate
1 ,2-Dichloropropane
Oiethyl Phthalate
Trichloro Fluoromethane
Lindane
Chlorobenzene
2,4-Dimethyl Phenol
Oi-N-Butyl Phthalate
Isophorone
Naphthalene
1 ,2-Dichlorobenzene
Dichloro Oifluoromethane
Standard
10.00
0.70
0.70
0.05
0.002
0.05
1.00
0.01
0.05
0.05
0.01
0.11
0.01
0.01
250
0.001
0.05
0.30
7.1E-06
3.13,000
5,700
30,000
10,000
4
1,000
2,120
4,000
5,200
620
400
7,000
Median
0.22
0.02
0.17
0.01
0.0006
0.02
0.53
0.01
0.06
0.06
0.01
0.68
0.08
0.07
4,890
0.05
3.70
95.15
0.0048
42.5
9
83
34
0.02
7
19
49
76
12
11.5
274
Log Ratio
Median to
Standard
-1.66
-1.54
-0.61
-0.57
-0.52
-0.40
-0.28
-0.22
0.03
0.10
0.13
0.79
0 79
0.82
1 29
1 65
1.87
2.50
2.83
-3.87
-2.80
-2 56
-247
-2.30
-2.15
-2.05
-1.91
•1.84
-1.71
-1.54
-1.41
-------
TABLE C-11
LOG RATIOS OF
MEDIAN MSWLF LEACHATE CONCENTRATIONS VS STANDARDS
(continued)
Constituent
ORGANICS (continued)
Toluene
Ethyl Benzene
Pentachlorophenol
1,4-Oichlorobenzene
4-Nitrophenol
Bis (2-Ethyhexyl) Phthalate
Toxaphene
Phenol
1,1,1-Trichloroethane
2-Butanone
4,4-ODT
1 ,2,3-Trichloropropane
p-Cresol
Endrin
2A-D
1,2-Dichloroethane
Nitrobenzene
Chloroform
Benzene
Tetrachloroethylene
Trichioroethylene
Acrolein
Bromomethane
Vinyl Chloride
Carbon Tetrachloride
1 , 1 ,2-Tnchloroethane
Methylene Chloride
1 , 1 ,2,2-Tetrachloroethane
1,3-Oichloropropene
Bis (Chloromethyl) Ether
Standard
10,000
1,400
1,000
75
150
700
5
1000
200
2000
0.1
200
2000
0.2
100
5
20
5.7
5
6.9
5
21
10
2
5
6.1
4.7
1.75
0.19
0.0037
Median
413
58
45
7
17
80
1
378
86
1550
0.105
230
2305
0.25
130
10
40
29
37
55.4
43
270
170
40.2
202
426
440
210
24
2581
Log Ratio
Median To
Standard
-1 38
•1 38
-! 35
-: -:i
•095
•0.94
-0 70
-042
-0.37
-0 It
002
006
0.06
0.10
0.11
0.30
0.30
0.71
0.87
o.*o
0.93
1.11
1.23
1.30
1.61
1.84
1.97
2.08
2.10
483
-------
TABLE C-12
DISTRIBUTION OF RATIOS OF MEDIAN MSWLF LEACHATE
CONCENTRATIONS VS STANDARDS
Ratio
106
10-5
10-4
10-3
10-2
10-1
1
10
102
103
10*
105
TOTAL
Indicator
Parameters
. 0
0
0
0
2
3
6
4
2
2
0
0
19
Percent
0
0
0
0
11
16
32
21
11
11
0
0
100
Other
inorganics
0
0
1
2
8
8
10
7
5
0
0
1
42
Percent
0
0
2
5
19
19
24
17
•12
0
0
2
100
Organic
0
0
1
2
10
11
16
11
7
2
0
1
61
Percent
0
0
2
3
16
18
26
18
11
3
0
2
100
-------
TABLE C-13
COMPARISON OF AVERAGE MSWLF LEACHATE
CONCENTRATIONS TO STANDARDS
Constituent
INORGANICS
Indicator Parameters*
Iron
Nitrate
Total Dissolved Solids
Other Inorqanics
Antimony
Arsenic
Barium
Beryllium
Cadmium
Chromium (total)
Copper
Cyanide
Lead
Manganese
Mercury
Nickel
Selenium
Silver
Thallium
Zinc
ORGANICS
Acrolein
Benzene
Bromomethane
2-Butanone (Methyl Ethyl
Ketone)
Carbon Tetrachloride
Chlorobenzene
Chloroform
Bis(Chloromethyl) Ether
p-Cresol
2,4-0
Average
221
1 88
5,691
4.52
0.0418
0.8526
0.0056
0.022
0.1754
0.1679
0.0634
0.1616
9.59
0.0020
0.3255
0.0119
0.0208
0.1753
8.32
270
221
170
4,151
202
128
195
250
2,394
129
Standard
1,000 a
10 a
20 a
0.01 c
0.05 b
1.0 b
0.2 c
0.01 b
0.05 b
0.012 c
0.018 a
0.7 c
0.05 b
0.05 a
0.002 b
0.07 c
0.01 b
0.05 b
0.04 a
0.110 a
21 a
5 c
10 c
2,000 a
5 c
1,000 c
5.7 d
0.0037 d
7,000 c
100 c
Ratio
Average to
Standard
0.2
0.2
284
452
0.8
0.9
0.028
2.2
3.5
14
9.3
0.09
3.2
192
1
4.6
1.2
0.4
4.4
76
12.8
44
17
2.1
40
0.1
34
67,568
1.2
1.3
Ratio
Standard to
Average
4.5
5.3
0.004
0.602
1.2
1.2
36
0.5
0.3
0.1
0.1
11.0
0.3
0.005
1
0.2
0.8
2.4
0.2
0.01
0.08
0.02
0.06
0.5
0.03
78
0.03
0.00002
0.8
0.8
* pH,eH and temperature not included
a Water Qual i ty Cri teri a
b National Interim Primary or Secondary Drinking Water Standard
c Systematic Toxicant
d Carcinogen
-------
TABLE C-13
COMPARISON OF AVERAGE MSWLF LEACHATE
CONCENTRATIONS TO STANDARDS
(continued)
Constituent
ORGANICS (continued)
4,4-OOT
Di-N-8utyl Phthalate
1 ,2-Oichlorobenzene
1 ,4-Dichlorobenzene
Oichlorodifluoromethane
1,1-Dichloroethane
1,2-Oichloroethane
1 ,2-Dichloropropane
1 ,3-Dichloropropene
Oiethyl Phthalate
2,4-Dimethyl Phenol
Dimethyl Phthalate
Endrin
Ethyl benzene
Bis(2-Ethylhexyl)
Phthalate
Isophorone
Lindane
Methylene Chloride
(Dichlormethane)
Naphthalene
Nitrobenzene
4-Nitrophenol
Pentachlorbphenol
Phenol
1 , 1 ,2,2-Tetrachloroethane
Tetrachloro«thylene
Toluene
Toxaphene
1,1,1 -Trichloroethane
1,1,2-Trichloroethane
Trichloroethytlene
Trichlorofluoromethane
1 ,2,3-Trichloropropane
Vinyl Chloride
Average
0.1031
70.2
11.8
13.2
237
1,715
1841
66.7
24
118
19
42.5
16.8
274
184
1,168
0.020
5,352
32.4
54.7
17
173
2,456
210
132
1,016
1
887
378
187
56.1
230
36.1
Standard
0.1 d
4,000 c
763 a
75 c
7,000 c
7 b
0.58 d
5 c
5,700 a
0.19 d
30,000 c
2,120 a
313,000 a
0.2 c
1,400 a
70 c
5,200 a
4 C
4.7 d
620 a
20 c
150 a
1,000 c
1,000 c
1.75 d
6.9 d
10,000 c
5 b
200 b
3,000 c
6.1 d
5 b
3.2 c
10,000 c
20 c
2 b
Ratio
Average to
Standard
1.03
0.02
0.02
0.2
0.03
245
2.957
368
0.01
126
0.004
0.009
0.0001
84
0.2
2.6
0.2
0.005
114
0.05
2.7
0.1
0.2
2.4
120
19.1
0.1
0.2
4.4
0.3
62
37
58
0.006
11.5
18.0
Ratio
Standard to
Average
1.0
5.7
65
5.7
30
0.004
0.0003
0.003
86
0.008
254
112
7365
0.01
5.1
0.4
4.5
200
0.0009
19
0.4
8.8
5.8
0.4
0.008
0.05
98
5.0
0.2
3.4
0.02
0.03
0.02
178
0.09
0.06
-------
TABLE C-14
NUMBER OF PRE-1980 MSWLF LEACHATE CONSTITUENTS
EXCEEDING STANDARDS, BY SITE
Site I. D.
Number
2
14
19
20
22
23
24
30
31
32
38
48
53
61
62
63
64
65
68
69
71
72
73
75
77
78
Totals
Number of
Samples'
Inorg
3
3
-
-
-
•
-
-
-
-
•
3
-
3
4
6
4
30
4
1
1
2
11
-
1
10
86
Org
3
-
2
3
8
6
1
1
1
1
1
-
1
1
2
6
4
30
4
1
1
1
6
4
1
10
99
Number of
Constituents
Inorg
13
19
-
-
-
-
-
-
-
-
-
14
-
18
7
19
10
14
12
11
11
10
19
-
16
18
211
Org
38
-
36
38
36
34
3
36
36
37
37
-
2
40
31
23
19
32
-
18
-
4
38
36
37
36
647
Total
51
19
36
38
36
34
3
36
36
37
37
14
2
58
38
42
29
46
12
29
11
14
57
36
53
54
858
Number of
Constituents
Exceeding Standards
Inorg
4
4
-
-
-
-
-
-
-
-
-
5
-
6
2
9
3
19
3
4
2
5
7
-
5
9
87
Org
2
-
1
3
6
6
2
9
3
4
5
-
2
4
4
6
2
4
-
1
-
0
3
1
1
1
70
Total
6
4
1
3
6
6
2
9
3
4
5
5
2
10
6
15
5
23
3
5
2
5
10
1
6
10
157
Number of
Constituents
Exceeding lOOOx
Standards
Inorg
0
0
-
-
-
-
-
-
-
-
-
0
-
0
0
2
0
3
0
0
0
0
1
-
0
0
6
Org
0
-
0
0
0
1
0
0
0
0
0
-
0
0
1
0
0
0
-
0
•
0
0
0
0
0
2
Total
0
0
0
0
0
1
0
0
0
0
0
0
0
0
1
2
0
3
0
0
0
0
1
0
0
0
8
-------
TABLE C-15
NUMBER OF POST-1980 MSWLF LEACHATE CONSTITUENTS EXCEEDING
STANDARDS, BY SITE
Site 1. 0
Number
14
27
48
60
62
67
74
79
Totals
Number of
Samples'
inorg
-
4
-
8
4
3
3
1
23
Org
3
3
3
0
4
1
3
0
17
Number of
Constituents
inorg
-
15
-
6
13
10
11
5
60
Org
42
39
37
-
35
4
4
-
161
Total
42
54
37
6
48
14
15
5
221
Numberof
Constituents
Exceeding Standards
Inorg
-
5
-
5
8
4
4
1
27
Org
1
5
4
-
1
0
0
-
11
Total
1
10
4
5
9
4
4
1
38
Numberof
Constituents
Exceeding
1000 x Standards
Inorg
-
0
-
0
0
1
0
0
1
Org
0
0
0
-
0
0
0
-
0
Total
0
0
0
0
0
1
0
0
1
-------
TABLE C-16
NUMBER OF UNDATED MSWLF CONSTITUENTS EXCEEDING
STANDARDS, BY SITE
Site 1. 0.
Number
1
2
3
4
5
6
7
8
9
10
11
13
15
16
17
39
40
41
42
43
-14
45
46
47
49
50
51
52
55
56
57
58
59
66
70
76
80
Totals
Number of
Samples
Inorg
1
1
1
1
1
1
1
-
-
-
1
1
1
1
1
3
-
1
1
3
1
1
1
1
1
1
1
1
-
-
-
-
-
1
1
2
2
34
Org
1
-
-
-
-
1
-
1
1
1
1
-
-
-
1
3
1
1
1
3
-
1
1
-
1
1
-
1
1
1
1
1
1
1
1
^
2
32
Number of
Constituents
Inorg
11
6
1
1
1
9
9
-
-
-
2
5
1
4
14
19
-
15
3
15
10
9
4
5
13
16
11
14
-
-
-
-
•
6
14
M
10
239
Org
2
-
•
•
-
4
-
11
10
14
3
-
-
-
26
38
6
1
7
28
-
6
1
-
6
1
-
5
1
10
3
8
1
36
25
4
13
270
Total
13
6
1
1
t
13
9
11
10
14
5
5
1
4
40
57
6
16
10
43
10
15
5
5
19
17
11
19
1
10
3 •
8
•1
42
39
15
23
509
•Number of
Constituents
Exceeding Standards
Inorg
5
2
1
1
1
8
5
-
-
-
1
4
1
3
3
8
-
7
3
4
1
5
1
' 5
6
11
5
7
-
-
-
-
-
3
5
2
5
113 .
Org
0
-
-
-
•
2
-
2
2
2
0
-
-
-
0
5
2
1
3
2
-
1
0
-
2
1
-
2
0
5
1
6
0
1
3
0
1
44
Total
5
2
1
1
I
10
5
2
2
2
1
4
1
3
3
13
2
8
6
6
1
6
1
5
8
12
5
9
0
5
1
6
0
4
8
2
6
157
Number of
Constituents
Exceeding 1000 x
Standards
Inorg
0
0
0
0
0
0
0
-
-
-
0
0
0
0
0
0
-
0
0
0
0
0
0
0
0
2
0
1
-
-
-
-
0
1
0
0
4
Org
0
-
-
-
-
0
-
0
0
0
0
-
-
0*
0
0
0
0
0
-
0
0
0
0
0
-
0
0
0
0
1
0
0
0
0
0
1
Total
0
0
0
0
0
0
0
0
0
0
0
0
0
0
••MMHH
0
0
0
0
0
0
0
0
0
0
0
2
0
1
0
0
0
1
0
0
1
0
0
5
-------
-•j-> CCCUYiLNTAIiON l- REPORT NO. i .
1 - J"> ^"«.NTA.,UN EPA/530.SW.88. 038 G^'666^
[ 4. Till. end Subtitle i- _
Criteria for Municipal Solid Waste Landfills/ summary ofr Do.f <*~ c/i
Municipal Solid Waste Landfill Leachate C^^vu^tv^-*.^
r *«t»«»T(»j
Cilice of Solid Waste
». Performing OrgeniMtion Neme and Address
U.S. Environmental Protection Agency
401 M Street, SW
• '•- ?' \--ton, DC 20460
12. Sponseriryi Orientation Name end Address
X flecipienrs Accession No.
5. ft*port D«t«
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10. Pro/«etA»»l./Wort. Unit No.
11. CentrteUC) or Crint(G) No.
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IS. Type of Report 4 Period Caver*
Background Document
14.
IS. Supplementary Note*
1C. Abstract
------- |