vvEPA
United States
Environmental Protection
Agency
Office of
Solid Waste and
Emergency Response
DIRECTIVE NUMBER: 9481.00-2,
TITLE: Mgthod for the Storage and Retrieval of RCRA Groundwater
. Monitoring Data on Storet
1/1O/85
1/1O/85
APPROVAL DATE:
EFFECTIVE DATE:
ORIGINATING OFFICE:
0 FINAL
D DRAFT
STATUS:
REFERENCE (other documents):
OSWER OSWER OSWER
/£ DIRECTIVE DIRECTIVE D
-------
vvEPA
.
Wasnmglon. DC 20460
OSWER Directive Initiation Request
9481.00-2,
Name ot Contact Person
Bob Aoril
i Coae - Branch
WMD
Teiepnone Numoer
382-7917
Lead Office
U OERR
OSW
n
OUST
for
Signature ol Office Director
AA-OSWER
Date
Title
Method for the Storage and Retrieval of RCRA Groundwater
Monitoring Data on Storet
Summary ot Directive
Written for Headquarters, State and Regional RCRA offices
explaining how to use STORET for storage and retrieval of
groundwater data.
Key Words:
Groundwater
vpe of Directive iManual. Policy Directive. Announcement, etc.)
' Status
! n
Draft
Final
U New
LJ Revision
[J Yes Q No
Doeatnis Directive Supersede Previous Directiveis,' | ] Yes I I No Does It Supplement Previous Directive^!'
f "Yes" to Either Question. What Oirective (number, title)
Review Plan
D AA-OSWER D OUST
D OERR D OWPE
L-} OSW U Regions
D OECM
D OGC
D OPPE
n
Otner iSpecilyl
h>s Request Meets OSWER Directives System Format
igrature of Lead Office Directives Officer
Date
ignature of OSWER Directives Officer
: Date
I
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SEPA
METHODS FOR THE
STORAGE AND RETRIEVAL OF
RCRA GROUND-WATER MONITORING
DATA ON STORET
Users Manual
March 20, 1985
REVISED OCTOBER, 1985
for the
Office of Solid Waste
U.S. Environmental Protection Agency
Washington, D.C.
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T A B -L E
OF CONTENTS
Page
Number
PREFACE
1.0 INTRODUCTION
1.1 Background And Purpose Of This Manual
1.2 Audiences To Be Addressed
1.3 Other Documentation
1.4 Scope
1.5 Contacts
2.0 THE STORET SYSTEM FOR RCRA GROUND-WATER
MONITORING DATA
2-1 Purpose Of .'RCRA Ground-Water Monitoring,
2.2 Introduction To STORET
2.3 Strategy For The Use Of STORET For RCRA
Ground-Water Monitoring Data
3.0 HOW TO GET STARTED
3.1 Getting Computer Access Codes
3.2 Assuring Equipment Compatibility
3.3 Set-Up Modifications For Accessing STORET
3.4 Training And Documentation
4.0 DATA FORMATTING
4.1 Station Establishment In STORET
4.2 Descriptive Paragraph
4.3 Parametric Data
4.4 Qualifying "Remarks"
4,5 Quality Assurance/Quality Control
5.0 DATA RETRIEVAL
5.1 Non-Analytical Data Listings
5.2 Tabular Analyses
5.3 Graphic Displays Of Trends
1-1
1-1
1-1
1-2
1-4
1-4
2-1
2-1
2-1
2-9
3-1.
3-1
3-2
3-3
3-4
4Z1
4-1
4-14
4-15
4-20
'4-21
5-1
5-1
5-2
5-.4
-i-
Marcf) 20, 1985
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Page
Numbe:
5.4 Ma? Displays Of Data
5.5 Interfaces With Other Important Data
Analysis Systems '
APPENDIX A -
APPENDIX B -
APPENDIX
APPENDIX
C
D
APPENDIX E
APPENDIX F -
APPENDIX G -
APPENDIX H -
APPENDIX I -
STORET Station-Type Codes (as of
3/7/85)
Site Descriptor Parameter Codes,
Values, And Definition
Remark Codes To Use With STORET Data
Sample Descriptor Parameter Codes,
Values, And Definition
- Sample Media Key ("SMK") Notation
For RCRA/STORET Users
User Media Key ("UMK") Notation For
RCRA/STORET Users
STORET Parameter Codes For Substances
Monitored Under 40 CFR §265.'92 For
Facilities With RCRA Interim Status
Current Status Of Parameter Codes
For 40 CFR §261 Appendix VIII
Hazardous Substances In STORET
Geologic Age Identification, Aquifer
Names And Codes
5-9
Marcfi 20, 1985
-------
LIST
0 F
E X H I 3 I
Page
Number
II-l Example Of Overall STORET Data Organization : 2-4
II-2 Facility Descriptor Locations In The STORET 2-12
Data Base For RCRA/STORET Users
II-3 Physical Setting Descriptor Locations In The 2-15
STORET Data Base For RCRA/STORET Users
II-4 Well Descriptor Locations In The STORET Data 2-16
.Base For RCRA/STORET Users
II-5 Sample Purpose Descriptor Locations In The 2-19
- STORET Data Base For RCRA/STORET Users
II-6 Sampling Condition Descriptor Locations In The ' 2-20
STORET Data Base For RCRA/STORET Users ' '
II-7 Sampling/Analysis Descriptor Locations In The 2-22
STORET Data Base For RCRA/STORET Users
IV-1 Recommended STORET Station-Type Codes For RCRA 4-10
Grounds-Water Monitoring Wells
IV-2 U.S.G.S. - Accounting Units Of The National 4-13
Water Data Network
V-l Example Of STORET Retrieval ,Program To List 5-3
Station..: Headers (PGM-INDEX)
_. .i-.----,- -
V-2 Examprie Of STORET Retrieval Program To Produce 5-5
Descriptive Statistics Of Selected Data
(PGM-INVENT)
V-3 Example Of STORET Retrieval Program To Graphically 5-7
Depict Trends In Concentration Over Time
(PGM-PLOT)
V-4 Example Of STORET Retrieval Output Of Program 5-10
To Plot A Statistical Representation Of
Changes In Concentration Over Time (PGM-MSP,
Trendplot)
-Ill-
Ma pert 20, 1985.
-------
Preface
being -made avaiabToRE USerS 'have ^ °r
September, 1985
IV
-------
1.0 INTRODUCTION
March 20, 1983
-------
1.0 INTRODUCTION
This is a_ manual for .users to optimize the use of
for their RCRA' ground-water monitoring data. It should also
be useful for other ground-water data. The manual is organized
into five sections. They are:
Section 1, this introduction
Section 2, a brief description of STORET and the
special features of RCRA ground-water data
Section 3, a discussion of how to access the system
Section 4, a detailed discussion of the various
special elements and conventions for RCRA ground-
water monitoring data.
Section 5, sample data retrievals.
1.1 Background and Purpose of this Manual
In 1983, EPA's Office of Solid Waste recommended
the STORET System . be the system for RCRA regulators to
manage ground-water monitoring data. STORET was select-
ed among other existing or potential systems because:
STORET is a solid, established system with'
proven utility for storing and analyzing
environmental monitoring data
STORET is well known to many of the users who
would be entering RCRA ground-water monitoring
data in it
There is ample STORET documentation and a well
qualified user assistance team to aid users in
system operation
STORET has analytical "software that would be
very useful for RCRA data interpretation.
OSW expects that STORET will soon have new RCRA
users. In order to provide those users with all their
data storage and analytical needs, and to ensure that
RCRA data in STORET is of uniform, high quality, OSW has
developed a program-wide data management strategy. This
manual is to assist RCRA/STORET users in implementing
that strategy.
1.2 Audiences to be Addressed
This manual is meant for the following audiences:
1-1 Marcn 20, 1985
-------
RCRA regulators, particularly States choosing
to organize and store their ground-water
,monitor ing data in STORET
Agencies responsible for RCRA oversight, such
as EPA Regional Offices
STORET data users interested in RCRA ground-
water monitoring data but who are not necess-
arily RCRA regulators, including, other EPA
program offices, and other Federal or local
agencies
Other persons who are interested in storing
ground-water data in STORET.
1.3 Other Documentation .
The following other documentation and manuals may
be of help to RCRA/STORET users (the first is essential,
and contains much information about STORET not duplicated.
here) :
The STORET Users Handbook (Volumes 1 and 2)
.The users manual for operation of the STORET
System, explaining the-details.of how to
operate the system for data storage and how to
run retrieval programs, available from STORET
User Assistance (automatically given . to new
STORET users; see Section 3.4 of this report)
WCC WYLBUR Manuals ~ Training course manual
and reference guide that describe how to
operate WYLBUR, a "text editing" language
(one that allows users to write and edit pro-
grams, but not to run STORETretrievals) also
available on the computer housing STORET; the
two WYLBUR manuals are on-line and are access-
ed by users in the following manner:
- WYLBUR Training Course Manual Upon
logging on to OBS, in response to
the COMMAND? prompt, enter:
USE $JUSD.UTILITY.DATA(OBSCRSLS)
hit the carriage return, and then, to the
next COMMAND? prompt, enter:
1-2 March 20. 1983
-------
RUN DEST LOCAL
and hit the carriage return again
program to produce the WYL3UR Training
Course documentation will then be run,
and automatically mailed to you when
ready)
WYLBUR Reference Manual
COMMAND? prompt, enter:
- To the
USE SJUSD.UTILITY.DATA(OBSDOCLS;
hit carriage return,
next COMMAND? prompt,'
and then,
enter:
to the
RUN DEST LOCAL
and hit the carriage return again (the
program to produce the WYLBUR Reference
Manual will then be run, and automatic-
ally mailed to you when completed).
WCC TSO Manual A manual describing Time
Charing Option, the system language tha~t STORET
"users use on the IBM to get to STORET. This
manual is on-line (i.e., is a system file that.
may be accessed by the user when operating the
computer) and accessed in the following manner:
- The user enters "OBS" when logging on
(see Section 3.0 of this manual for an
explanation of logging on)
- In response to the COMMAND? prompt, the
user enters:
USE $HP3JUSD.TSO
and hits the carriage return key to which
the users responds with:
1-3
March 20. 1985
-------
LIST OFFLINE M(your 3-letter user id)
and hits the carriage return again. The
user will now be sent a copy of this on-
line TSO manual.
Two other documents represent earlier, strategies
to manage RCRA data on STORST, and may be of interest:
Region VI Guidelines for Handling Ground-Water
Quality Data from RCRA TSD Facilities in STO-
RET (Environmental Analysis Section, Surveill-
ance Branch, Environmental Services Division,
EPA Region VI; August, 1982) An initial
effort to provide users with a systematic way
of storing RCRA ground-water data on STORET
(less comprehensive than this manual) , avail-
able from OSW or Region VI.
Ground-Water Data Management Program (Ground-
.Water Protection Division, South Carolina
Department of Health, and Environmental Con-
trol) ? Another initial effort to systematize
RCRA data in STORET; again, less comprehensive
than this manual (available from Pat Shirley,
SCDHEC).
1.4 Scope
This manual contains methods for storing a wide
range of information that may be of interest to RCRA
ground-water daca managers. . It" includes information
concerning the site and the samples, as well as a means
for storing the concentrations of analytes. Each of
the pieces of information presented in this manual as
an item that, was identified by a current or potential
RCRA/STORET user as desirable. With the exception of
some basic facility data required by STORET, users need
store only the data their application requires. The use
of STORET for RCRA ground-water monitoring dats is
intended as a flexible tool that enhances the user's
data management capabilities.
1.5 Contacts
There are several contacts available to RCRA/STORET
users. A list of these contacts and the services they
offer is given below:
1-4
March 20. 1983
-------
STORET User Assistance Team (Dan Parker,
FTS/202-382-7220) -- Technical assistance in
creating STORET files, maintaining files, and
developing and running analytical programs;
'STORET training; STORET users manuals
Office of Information and Resource Management
(Chuck Tobin, FTS/202-382-2422) Coordina-
tion of use of STORET for RCRA data with other
EPA ADP activities such as the FINDS* or
HWDMS** Systems
Office of Solid Waste/Land Disposal Branch
(Dr. Robert April, FTS/202-382-4654) Pro-
grammatic support in organizing your RCRA data
for STORET; documentation on coded parameter
code values; focal point for the initiation of
new parameter codes, analytical capabilities,
or other needs
* Facility Index System
** Hazardous Waste Data Management System
1-5
OCT 1985
-------
2.0 THE STORET SYSTEM FOR RCRA GROUND-WATER
MONITORING DATA
March 20, 1985
-------
2.0 THE STORET SYSTEM FOR RCRA GROUND-WATER MONITOR ING DATA.
This section describes the RCRA ground-water monitoring
data collection process, introduces -he STORET Sys-err., and
explains the interaction between STORET and the RCRA Program.
2.1 Purpose of_RCRA Ground-Water Monitoring
Ground-water monitoring data collected under RCRA
are used from many purposes. Among these uses are:
Determining compliance with interim status
requirements
Determining compliance with permit conditions
Developing monitoring programs at a facility
Determining whether ground-water contamination
is occurring and, if so, its extent.
The data to make these determinations are collected
under 40 CFR §264 and §265, compliance orders, or other
regulatory activities. Data may be collected during
.other activities as w.ell. It will be important to
document the purpose of each -sampling event in- the STORET
data base (see Section 2.3.2.2 of this 'report).
2.2 Introduction to STORET
This -section presents a brief introduction to the
STORET System and its potential uses to RCRA data man-
agers. More detailed information about the STORET Sys-
tem operations and capabilities is given in the STORET
Users' Handbook.
2.2.1 History of STORET
The STORET ("STOrage and RETrieval") System is
one of EPA's most successful analysis systems for
environmental monitoring data. STORET was begun in
1964 in the Public Health Service. It has since
come over to EPA/Office of Information and Re-
source Management, where it currently serves over
400 users.
STORET serves as a repository for over
90,000,000 observations taken at over 500,000,
sampling points. The data are chiefly from the
continental United States, and span a time period
from 1899 to the present (the majority of data in
STORET has been collected since 1975).
2-1 March 20. 1985
-------
The type of data stored in STORET are usually
measurements of the concentration of a particular
substance at a particular site at a documented
date, time, and depth. The'auxilliary information
about each measurement, such as date or depth,
allows many different types of data manipulations,
including data aggregation and trend analysis.
2.2.2 Terminology for RCRA/S.70RET Users
RCRA/STORET users should become familiar with
the following terminology:
A facility is that entity at which ground
water is being monitored.
A waste area is an area around which
wells have been installed to monitor the
ground water.
A site (or monitoring station, as is
commonly usedin STORET terminology)
is a single RCRA well from which
samples are being taken.
'.A record is the collective total of in-
formation from all sampling events' for a
single station.
A sampling event is all the information
collected'at one time from a well.
A data element (or variable, or STORET
"parameter") is that substance or other
... factor which is being measured.
An observation (or data pointy or value)
is the value of a data element for a
sampling event at a station.
2.2.3 STORET as a Data Base
The various components of each data record in
STORET are described below.
2.2.3.1. Record Structure
The structure of each record in the STO-
RET System is composed of three parts. These
parts are:
2-2 March 20, 1985
-------
The station header
The descriptive paragraph
The parametric data field.
Exhibit II-l following this page depicts the
three parts of'a STORET record.
The station header of a STORET record de-
scribes the location at which samples were
taken. Borrowing from Exhibit II-l, the STORET
station header looks like:
MID098765432U12 WWMI1234
46 14 31.2 089 21 48.0
XYZ CHEMICAL CO LTRT RCRA DNGR WELL $4
26053 MICHIGAN
LAKE SUPERIOR 990793
ONTONAGON RIVER
21MIGW 050403021
0050 FEET DEPTH
AMBNT/WELL/IND/DSPR/LTRT/DOWN/HAZARD/RCRA
The station header is composed of nine indiv-
idual elements. These elements are:
. Station codes (primary and second-
ary)
Latitude/longitude coordinates and
precision indicators
Station name
State/county code and names
. Major basin name and major/minor/sub-
basin code
. Minor basin name
Monitoring agency code'and hydrologic
unit code
Station depth
Station type.
All but station name and station depth are
"key" data elements, meaning that they hold
critical values by which data are selected or
arranged in a data retrieval.
2-3
March 20. 1983
-------
EXHIBIT II-l
Exanple of Overall STORET Data Organization
station header
I prinary station axle
I j secondary station cole
MID098765432U12 WUM11234
46 14 31.2 089 21 48.0 latitude/longitude
XYZ CHEMICAL CO LTRT RCRA DNGR WELL |4 site nan*;
26053 MICHIGAN PIPS state/county oode, state naiiiu
LAKE SUPERIOR 990793 - major basin name, major/ininor/sub-basin code
QNTONAGON RIVER : minor basin name
21MIGW 050403021 agency code and hydrologic unit
0050 FEET DEPTH _,_ station depth
AMBMr/WELL/IND/DSPR/LTRT/DOWJ/HAZARD/RCRA station-type
descriptive paragraph
THIS IS A LAND TREATMENT FACILITY OWNED BY XYZ CHEMICAL CO., A WHOLLY
OWNED SUBSIDIARY OF ACME PETROLEUM. IT IS USED FOR LANDFARMING REFINERY
WASTES. HANDLES WASTES FROM ACME REFINERIES AS WELL AS OTHERS. HAS BEEN
USED TO DISPOSE REFINERY WASTES FOUND ON THE JONES, GA SUPERFUND SITE.
date, time, "media,SMK,UMK" field
- parametric data field
DATE
TIME
MEDIA
RCRAGW
SMK OR
DEP1U
73/09/11 0915 RCRAGW 2110
UMK FOR ABOVE SAMPLE 04001100
73/09/11 0916 RCRAGW 2220
UMK FOR ABOVE SAMPLE 04001100
75/10/21 1100 RCRAGW 0000
UMC FOR ABOVE SAMPLE 07003303
76/06/30 0810 RCRAGW 0020
UMK FOR ABOVE SAMPIJC 07003100
76/07/27 1620 HCRAGW 0000
UMK FOR ABOVE SAMPLE 07003100
00011
T" F
66.0
66.2
48.0
69.0
73.2
00300
DO ng/1
8.4
8.4
10.6
8.4
7.2
00400
pH SU
6.0
6.0
6.5
6.6
6.6
01045 parameter u«k;
Fe Tot ug/1 "parameter"
parametric valu<:
120
50K remark t«*i<
100U
-------
A station .T.US- be
station header must be created) before any
other data for that station can be stored in
STORET. One STORET station header will be
used to describe each ?.C?.A monitoring well.
Technical instructions on how to create a
station header for a RCRA monitoring well can be
found in Chapter WQ-DE of the STORET User's
Handbook, and,programmatic instructions can be
found in Section 4.1 of this report.
The descriptive paragraph of a station is
an optional field for entering textual informa-
tion. From Exhibit II-l, the descriptive para-
graph may look like:
THIS IS A LAND TREATMENT FACILITY OWNED BY XYZ
CHEMICAL CO., A WHOLLY OWNED SUBSIDIARY OF ACME
PETROLEUM. IT IS USED FOR LANDFARMING REFINERY
WASTES. HANDLES WASTES FROM ACME REFINERIES AS
WELL AS OTHER. HAS BEEN USED TO DISPOSE RE-
FINERY WASTES FOUND ON JONES GA SUPERFND SITE..
As opposed, to the station header which
is composed of nine discrete data elements,
the descriptive paragraph may contain any in-
formation the user wishes to enter, in any
format, up to 1070 characters in length. The
information in the descriptive paragraph may
be about the 'station, the monitoring agency,
or anything that the user wishes. It is an
optional field, and data selection cannot be
based on its contents.
Suggested
"store in the
information
descriptive
for RCRA users to
paragraph may be found in Section 4.2.
The parametric data field in a STORET re-
cord is where all the measurements are stored.
As can be seen in Exhibit II-1 and the example
below, the parametric data field is a matrix:
00011
DATE
73/01/03
73/09/11
73/09/11
75/10/21
76/06/30
76/07/27
TIME
0925
0915
0916
1100
0810
1620
DEPTH
0001
0001
0001
0005
0022
0003
T°
33
66
66
48
69
73
F
.0
.0
-.2
.0
.0
.2
00300
DO
13.
8.
8.
10.
8.
7.
mg/1
8
4
4
6
4
2
00
pH
6.
6.
6.
6.
6.
6.
400
SU
5
0
0
5
6
6
01045 '
Fe Tot
50K
120
50K
100
2-5
Marcn 20. 1985
-------
For each station, the y-a-xis holds the
dare, time, and depth of each sar?.pii.-.c event,
the x-axis holds all the data elements, and
the cells of the matrix hold .the data values.
Users may specify which data elements are to
be used to store data at a station. Each
station may have up to 999 data elements.'
Chapter WQ-DE of the STORET User's Handbook .
gives technical instructions on the storage of
parametric data. Section 4.3 of this manual
contains an explanation of the use of the par-
ametric data field specifically for storing
RCRA ground-water monitoring data.
2.2.3.2 Special STORET Features
There are several special features in
STORET that will be helpful -to RCRA/STORET
users. These features include:
The capability to store replicate
'data values
The capability to flag any data
.point with a "cemark", qualifying
the value..
In STORET, a user normally stores one .and,
only one value per data element for a single
place-date-time-depth. RCRA data is usually
collected in replicate; that is to say that a
single sample may be:
A split sample, where several separate
samples are collected at a well
during the same sampling event
A field aliquot/ where one sample is
divided between several containers
in the field
A lab aliquot, where one sample is
divided between several containers in
the lab.
Each replicate of that sample is analyzed for
the same components. The STORET replicate
data storage feature allows users to store all
values obtained from those replicate samples,
even though they are from the same place-date-
time-depth-data element. Users may enter val-
ues that are actually a statistic of all the
other values for a sample (such as mean value
Marcn 20, 1985
26
-------
or maximum value) and flag them as such. Then,
upon data analysis, users may specify which
data points, based on those flags', they wish
to see. Storage of replicate data is describ-
ed in Section 4.3.
Many reported values are not precise.'
For example, a value may be reported as "less
than the detection limit" or "tested for but
not detected". STORET'has a variety of "re-
mark codes", special qualifiers that have such
meanings as "less than" (as represented by the
symbol "K") or "undetected" (as represented by
the symbol "U") that may be added to any data
value. As depicted in Exhibit II-l, remarked
data looks like the following:
00400
pH SU
6.5
6.0
6.5
. 6-. 6
6.6
010
Fe Tot
50
120
50K
100J
45 parameter code
ug/1 "parameter"
Uses of remark codes are explained in Sec-
tion 4.4.
2.2.4 STORET as an Analytical System
STORET was selected by OSW as the repository
for RCRA ground-water monitoring data in part
because of- its excellent data analysis programs.
The analyses that may be performed and the logic
behind running a data analysis program are discussed
briefly below.
2.2.4.1 Data Analysis Programs
STORET provides its
for many different types
include:
users with programs
of analyses. .These
Non-analytical data displays, such
as an "index", or listing of all the
stations meeting user-specified
criteria, or a station location map
2-7
March 20. 1965
-------
Tabular analyses, such as a statist-
ical summary of data, or an analysis
of the frequency . of drinking water
standard violations
Graphic displays of trends, includ-
ing.the concentration of a substance
over time
Map displays of data, including the
mapping of statistically summarized
parametric data, the aggregation and
'analysis of data within user-specif-
ied geographic boundaries, and the
mapping of trends in water quality
indicator levels
Interfaces with other important data
analysis systems,suchastheStat-
istical Analysis System ("SAS").
STORET analytical programs are described
in the STORET .Users ' Handbook in Section WQ-RET.
2.2.4.2 STORET Retrieval Logic
It is important for RCRA/STORET users to
keep STORET retrieval logic in mind when
scoring data. Understanding this logic will
help RCRA users place key information in
strategic locations where it may serve as data
selection criteria.
The logic behind, running a STORET data
analysis program (also called a "data retriev-
al*) ref.lects the structure of the data base
as has been described previously. A "typical"
data retrieval might look like:
PGM=INVENT,PURP = RCRA,A= 21MIGW,S=ALL,
EXTRACT=WELL,P=00940,P=01045,P=32730,
?=00929,P=00945,BD=820101,ED=841231,
When users submit a data retrieval pro-
gram, they do so in the following manner:
First/ the user must specify the
STORET data analysis program to be
run (in this case, a data inventory
2-8 March 20. 1985
-------
as identified by er.cerina "?GM =
INVENT")
Users must also enter, a purpose for
running the program, shown as
?UR?=RCRA " .
Next, the user enters criteria for
the selection from the data base of
stations from which they want to see
data. This is done by means of
selectors (the first broad "cut"
through the data base, in this case
by the agency code "21MIGW" and by
all stations within that agency,
as specified by "ALL")
Then the user may add station re-.
strictors (criteria that further
narrow down the stations chosen by
the selectors; in this case, ex-
tracting only those stations that
have a station-type code of "WELL")
Then, the user identifies the data
to be analyzed (.by specifying five-
digit parameter codes that represent
specific parameters such as
'. "P = 00940" which represents chloride,
P=01045" which represents iron,
etc.)
Next, the user may apply restrictions
to the data that is analyzed. Data
restrictions are almost always by
date, time, and/or depth (in the
example, data are restricted by date
by using the keyword/value' combina-
tions of "BD-820101, ED=841231",
where "BD" and "ED" stand for "be-
ginning date" and "ending date" re-
spectively)
In some retrieval programs, users
may enter .specifications for the
output format.
2.3 Strategy for the Use of STORET for RCRA Ground-
Water Monitoring Data
The objectives of this data management strategy and
the ...data needs as identified by RCRA managers are de-
scribed below.
2-9 March 20, 1985
-------
2.3.1 Goals of the RCRA/STORZT Data Management
Strategy
Transfer of responsibility for regulating
hazardous waste facilities from E?A to the States
is' an important objective of the Resource Conserva-
tion and Recovery Act. This is not an immediate
process, but one that is happening over time, as
EPA approves more and more States' hazardous waste
plans and grants them authorization. As this hap-
pens, it is likely that the amount and type of
ground-water monitoring and reporting will vary
from regulator to regulator. The data.collected by
RCRA regulators will be equally as diversified. It
is not the intention of this strategy to dictate to
RCRA regulators the handling of their data. Rather,
the intention of this strategy is to provide RCRA
data managers with a framework for the systematic
organization and storage of their data. RCRA data
managers may chose to store as much or as little of
the information, described in this report as they
wish .on STORET (users will note that certain
information are STORET system requirements, and
must be entered when using STORET).
The instructions presented in this manual are
intended as guidelines, not rules, for RCRA data
management. In many instances, -the reader will
notice the words "must" or "should" used. As this
manual presents no mandatory instructions for RCRA
data managers, the term "must" is used to convey
instuctions which are STORET System requirements
(i.e., if the user does not perform the instruction
which "must" be performed, the STORET System will
not accept the data). When the term "should" (or
"shall") is used, the instruction being conveyed is
one that has been found particularly useful to RCRA
users, but is not necessarily a STORET System re-
quirement.
Other goals for this RCRA ground-water monit-
oring data management strategy include:
The clear distinction of RCRA wells in
STORET as wells monitoring controlled
hazardous waste facilities
The appropriate positioning of key infor-
mation so that data organization and
retrievals may be based on that informa-
tion
The capabilities for RCRA users.to docu-
ment supporting information, such as the .
2-10 March 20, 1985
-------
purpose of the sampling even- or -he
physical conditions during sampling/ in
the 3TORET data base
. . The capabilities to document testing and
analytical techniques in the STORET data
base .
2.3.2 Data Needs Identified for RCRA/STORZT Users
.Three categories of data have been identified
as needed by RCRA/STORET users to completely docu-
ment a sampling point and a sampling event. These
types include:
Site descriptors
Sample descriptors
Analytical findings.
These categories of data are perhaps more
information than would be needed to store surface-
water data. The unique needs of ground-water data
managers prompted development of this manual. The
categories of data, and their location in the
STORET data base according to this strategy are
described in the sections that follow. It is not
expected that any one user will want to store all
of the data elements described here.
2.3.2.1 Site Descriptors
Factors which are descriptive of the
sampling location and would not change over
time are called "site descriptors". There
are three types of site descriptors needed by
RCRA data managers to support their ground-!
water monitoring data. They are:
Facility descriptors descriptors
of the operation being regulated,
such as type of waste management
area being monitored (e.g., land-
fill), facility location (e.g., zip
code) and cype of business (e.g.,
disposer of hazardous waste) . Ex-
hibit II-2 lists the recommended fac-
ility descriptors for. RCRA data, and
shows the "locations" in the STORET
data base where facility descriptors
should be stored.
March 20. 1985
-------
10
I
M
K)
EXHIBIT II-2
Facility Descriptor Uocations in the STUUbT Data Base
For HaiVS'lORIirr Users
/ Data
L'lauent *
i
Station
Header
Descriptive
Paragraph
Parametric Data
Fixed-date
Variable date
Facility name X
Type °t waste managanent area (landfill, etc) X
KCRA-reguiating agency
Facility Dun & Bradstreet nunber X
State/county codes and nanes X
Major/minor/sub-basin codes and nanes X
Hydrologic unit (USGS) X
Facility type ** (treater, storer, etc) X
Other permits held by facility
RCRA permit status
Ownership of facility ** X
Legislation of concern ** X
Facility history
X
X
X
X
X
n
to
o
* Numbers in parentlieses are S'lUKhT paraneter codes; "n/a" means ii(5 peirameter cotle availabl
** Information may fall into several categories and/or be stored in several locations
-------
. EXHIBIT II-2 (Continued)
Facility Descriptor bDcations in the SWUKT Data base
For itCKVS'lURKl1 Users
Data
Element * *;,.
' ii
Station
Header
Descriptive
Paragraph
Parametric Data
Fixed-date
Variable date
Land use
Potential targets, nearby sensative
ecosystems
Contacts tor turther infonnation **
Total well field description
Other monitoring activities
X
X
X
X
X
3C
»
n
* Numbers in parentheses are S'lUKfcTI' paraneter codes; "n/a" means no parameter code available yet.
** Information may tall into several categories and/or be stored in several locations
-------
Physical setting descriptors ce-
scripcors of the sectinc in which
the facility is located and from
which samples were taken, such as
aquifer-name or geologic formation
name. Exhibit II-3 lists -he
recommended physical setting descrip-
tors for RCRA data and the "loca-
tions" in the STORET data base where
physical setting descriptors should
be stored.
Well descriptors .descriptors of
those characteristics of a well
which may be an important factor in
data analysis, and which would not be
expected to change over time, such
as type of well, well depth, and
casing material. Exhibit II-4 lists
the recommended well descriptors for
RCRA data and the "locations" in the
STORET data base where well descriptors
should be stored.
Section 4 of this report describes what
to store and how to store these different
types of data in the various STORET locations.
2.3.2.2 Sample Descriptors
Factors that describe a sample at the
time it was taken, and which are expected to
change with each sampling'event are called
"sample descriptors". Three types of sample
descriptors needed Fy RCRA data managers to
support their ground-water monitoring data
are:
Sampling purpose descriptors de-
scriptors of why and by whom a
sample was taken. Exhibit II-5 lists
the recommended sampling purpose
descriptors for RCRA data, and shows
the "locations" in the STORET data
base where facility descriptors should
be stored.
Sampling conditions descriptors
descriptors of the conditions during
the sampling event, such as the
depth to the top of the water table
or the temperature. Exhibit II-6
lists the recommended sampling con-
ditions descriptors for RCRA data,
2-14 March 20. 1985
-------
EXHIBIT i1-3
Physical Setting Descriptor locations in the SJORET Data Base
For RCRA/STORET Users
Data
Element*
Station Descriptive
Header Paragrafih
Parametric Data
Fixed-date Variable date
Proximity and position relative to drink-
ing water sources
Lithologic modifier
Source of geohydrologic' data (84112)
Topography (04060)
Geologic age or formation name (04000)
Aquifer name (84001)
Lithology
Aquifer thickness
Depth to top of lithologic unit (73661)
Depth to bottom of Uthologic unit (73662)
X
X
X
X
X
X
X
X
* Numbers in jarentheses are STORET parameter codes
-------
EXHIBIT 11-4
to
Well Descriptor Locations in the STORET Data Base
For RCRA/STORET Users
Data
Element*
I^ati tude/ longi tude
Well "position" relative to waste
management area
Station
Header
X
X
Purpose of well (84061) X
Type of monitoring (RCRA, etc.) X
Drilling nethod (84063)
Screened interval (82f>09)
Depth of hole (72001)
Depth of well (72008)
Well intake finish (84113)
Well casing material (64114)
Type of material from which opening is made (84115)
Descriptive
Paragraph
Parametric Data
1 ixed-date
X
X
X
X
X
X
X
Variable date
c>
Numbers in parentheses are STORET parameter codes
CO
oo
-------
ro
I
12XIIIBIT 11-4 (continued, p.2)
Well Descriptor Locations in the STORET Data Base
For RCRA/STORET Users
Data
Element *
Station
Header
Descriptive
Paragraph
Parametric Data
Fixed date
Variable date
Drilling fluid (04116; used with 84063,
"drilling iiethod")
Available logs (in variable date if inure
than one log is available)
Type of surface seal (84117)
Bottom of seal (73663)
Method of development (84118)
Top of casing below LSD (73664)
bottom of casing segnent below LSI) (73665)
Casing thickness (73666)
Diameter of open section (73667)
Width of opening (73668)
Length of well opening (73669)
Source of evacuation data (84119
X
X
X
X
X
X
X
X
X
X
*
Numbers in j>arenthoses are STOKKT parameter codes
-------
ro
I
>-
oo'
EXHIBIT U-4 (continue*!, p. 3)
Well Descriptor Locations in the S1OKET Data Base
For RCRA/STORET Users
Data Station
Element * . (leader
Descriptive
Paragraph
Parametric Uata
Fixed date Variable date
Casing inner diameter (82513)
Casing outer dicimeter (73670)
Bore hole diameter (82513)
Packing material (84120)
Date of analysis (73672)
Date of extraction (73673)
Type of water use (84056)
X
X
X
X
X
c:\
* Numbers in parentheses are STORET parajiieter codes
-------
113(111 BIT 1 1-5
Saiiple Purpose Descriptor locations in the STORCT Data Base
For RCRA/STORET Users
Data
Eleiient
Station
Header
Descriptive
Paragraph
Parametric Data
Fixed-date
Performer of sanpling (04067)
Saiipling type an-1 frequency (84053)
Inspection type (IJ4057)
Regulating agency (04121)
Sampling purpose (04122)
Variable date
X
X
X
X
X
o
o
* Numl)ers in parentheses are S1OKET paraiiteter codes
-------
EXHIBIT 11-6
Sampling Condition Descriptor Locations in ths STORET Data Base
For RCRA/STORET Users
t \
Data , Station;
Element * , ' ':;_; Header
Descriptive
Paragraph
Parametric Data
Fixed-date Variable date
Production level (73674)
Saiipling date
Elevation of land surface datum (72000)
Elevation of ground water (71993)
M Depth to water level (72019)
NJ
0 Water level relative to mean sea
level (02545)
Measuring point elevation (82514)
Depth from level to measuring
point (82546)
X
X
X
X
X
X
X
X
o
c* * Numbers in parentheses are SWKET parameter codes
-------
and shows the " i o c a t i o n s " i p. the
STCRET data base where facility
descriptors should be stored.
Testing and analytical techniques
descriptors descriptors co docu-
ment how a sample was taken and/or
analyzed, such as how the sample was
drawn and whether or not it was
replicated'. Exhibit II-7 lists the
recommended testing and analytical
techniques descriptors for RCRA
data, and shows the "locations" in
the STORE? data base where facility
descriptors should be stored.
2'. 3 . 2 . 3 Analytical Findings
The findings that were determined from
each sample are called "analytical findings".
(e.g., the concentration of arsenic in the
sample). Analytical findings will be stored
in the STORET parametric data field. Instruc-
tions on storing findings can be found in
Chapter WQ-DE of the STORET User's Handbook
and Section 4.2 of this report.
2-21
March 20, 1935
-------
tlXllllUT 11-7
Sajiplincj/Ana lysis Descriptor Locations in the SIUKET Data Hase
For RCKA/STORET Users
IJata Station
Element * Header
Descriptive
Paragraph
Parametric Data
Fixed-date Variable date
Volume of water evacuated from well prior to
sample collection (73675)
Method of evacuation (84124)
Method of water-level measurement (84125)
Monitoring well sanpling method
N> Lab identification number (00008)
Replicate number and type
Sampling and analytical technique
Pimping period (72004)
Sampling point description (84062)
Data quality assessment (84129)
Source of depth data (84126)
Method of depth measurement (84127)
X
X
X
X
X
X (SMK)
X (UMK)
X
X
X
X
X
* Numbers in parentheses are STORKT {>arameter codes
-------
EXHIBIT 11-7 (continued)
Saiipling/Arialysis Descriptor Locations in the STORET Data Base
For RCRA/STORET Users
Data Station
Element * Header
Descriptive
Paragraph
Parametric Data
Fixed-date Variable date
Source of evacuation data (84119)
Source of water level data (84120)
X
X
to
to
* - Numbers in £>arentheses are STORET parameter codes
-------
3.0 HOW TO GET STARTED
March 20, 1985
-------
3 . 0 HOW TO GZT STARTED
In order for users to access the STORET System, -hey
must perform the following steps:
Obtain the required computer access codes from EPA
Have equipment that is compatible with the computer
on which STORET resides
Make modifications to their account set-up which
will improve their capabilities to use STORET (see
Section 3.3).
They should :
Receive training and/or documentation.
Each of these steps is described in greater detail in the
sections that follow.
3.1 Getting Computer Access Codes
In order to use STORET, users must first arrange
access to the computer system on which STORET resides.
To do this, the new user should first call STORET User
'Assistance (.800-424-9067) and notify them of his/her
inte.ntion to become a STORET user, and ask to be refer-
red to an ADP Coordinator located in the appropriate EPA
Regional Office.
Next, new users must contact the Regional ADP
Coordinator referred to them by STORET User Assistance
to ascertain whether the intended user's organization is
already using STORET and to develop a funding agreement
for use of the system. The funds needed are simply the
standard EPA timeshare account. Several funding mechan-
isms are available to new users:
Other STORET users may exist in the new user's
organization, and a simple expansion of the
existing user's arrangement may be worked out.
The EPA Regional Office may agree to share
some of the expenses for using STORET with the
new user.
Use of STORET for RCRA ground-water data
management is a grant-eligible item under
Sec. 3011 RCRA State Hazardous Waste Grants.
Once a funding mechanism has been arranged between
a new user and the ADP Coordinator, the new user will be
given three access codes that will allow use of the
3-1 . March 20, 1985
-------
computer system on which STORET resides. These codes
include :
A "User ID" , a code identifying the. user
(often theuser's initials)
An account. code , a code for the organization
"paying the bill" for this use of STORET
A password for system access security (the
user may change the password as soon as the
account becomes authorized, and will be asked
to change it several times during the life of
the account) .
In addition, users will be queried, upon logging on
to the computer, for a "FIMAS ID". The response to this
prompt for STORET users should be "STORP" .
When users are issued the computer access codes,
they are also issued three important phone numbers.
These phone numbers are:
STORET User Assistance in Washington D.C.
(800-424-9067 or FTS/202-382-7220)
Technical Support in Research Triangle Park,
North Carolina (800-334-2405)
Telecommunications Support in Research Tri-
angle Park, North Carolina (800-334-0731).
Users should call Telecommunications Support as
soon as they receive their computer access' codes to
get a specific phone number for accessing STORET.
Although the computer on which STORET resides is located
in North Carolina, local telephone numbers are available
for many users so that long distance calls do not have
to be made every time the user accesses STORET.
3. 2 Assuring Equipment Compatibility
To access STORET, users will need a modem/telephone
set-up to communicate with the computer, and a remote
terminal with which to interact with the STORET system.
There are two hardware specifications for these equip-
ment. These specifications are:
The modem used for telecommunications must
have a baud rate of either 120, 300 or 1200.
The computer terminal to be used to operate.
^TORET must be an ASCII teletype equivalent
(most terminals are ASCII teletype equivalent) .
. 3-2 March 20, 198!
-------
Microcomputers, such as Lexitrons or I3M PC's
be used to access .STORET if a modem and communications
software are available. If new users do not know
whether their available hardware meet the above criteria
or if their software has the right specifications, they
should ask the AD? contact within their organization,
th-e ADP Coordinator in the EPA Regional Office, or STORET
User Assistance.
Upon getting access to the EPA computer in Research
Triangle P.ark,. North Carolina, users automatically have
arrangements in place for their computer output to be
printed there and mailed to them. TMs is a "default"
set-up; i.e., these arrangements will be maintained
unless the user makes others. .Users may find it useful to
have some sort of printer or printing terminal available
to them, particularly when they run interactive programs
or programs that yield a .small (e.g., five pages or less)
output. This may be accomplished by:
Users operating STORET on a printing terminal
Users having their own printers to which output
can be routed
Users making arrangements with their EPA
Regional office for their output to be routed
and printed there, and then forwarded to the
user.
If the user chooses not to make any of the above
arrangements (or cannot), output can still be mailed to
the user from North Carolina.
3.3 5et-Up Modifications for Accessing STORET
Once users have received access codes and have
learned how to log-on to the compute, they must execute
a- few simple procedures to get started on STORET. These
include:
The "NEWUSER" command, which makes certain in-
ternal system arrangements for using STORET
The "JOBPARM" command, which sets up a job
card for users (the "card" that will almost
always automatically accompany any program
that the user runs, which identifies the user
and any program specifications the users
desires) with default values.
Specific instructions on how to execute these proce-
dures are provided in the STORET training materials (see
Section 3.4 below).
Marcn 20. 1985
-------
3.4 Training and Documentation
All new STORET users should attend the introductory
training class on system operation given by the STORET
User Assistance Team, and should receive the documenta-
tion needed to operate STORET. Other types of training
and documentation are available to the user, and new
users may wish to. obtain them once they feel proficient
in STORET.
New users should contact the STORET User Assistance
Team and ask to be included in the next available train-
ing class. The STORET User Assistance Team gives train-
ing classes many times during the year, and at various
locations depending on the number of users needing
training. Therefore, arrangements for training conven-
ient to the user can be made.
All new STORET users receive the two-volume STORET
User Handbook (users' manual) and training material,
whether or not they attend a training session^ The
training materials are actually a number of data files
that are "on-line" (available for user access on the
computer) and may be retrieved by the user at any time.
These documents explain the minimum that users must know
to operate the IBM and access STORET* Other more de-
taULed manuals that' users may want to obtain include:
A manual on operation of TSO ("Time Sharing
Option", the language used to access STORET on
the IBM computer)
" . A manual on operation of WYLBUR (a text-editor
language also available on the IBM computer).
Instructions on how. to access the on-line TSO and
WYLBUR manuals were given in Section 1.3 of this report.
I-t should be noted that the programmatic material (spec-
ifically, that pertinent to RCRA and to ground-water
da-ga-in general) contained in this manual is not pres-
ently' taught by the STORET User Assistance Team in their
regular STORET training curriculum.
Once the user has completed these procedures,
he/she may begin' to enter and retrieve data. The next
chapter, Chapter 4.0, provides the information RCRA
users need to know to format their ground-water monitor-
ing data for entry into STORET.
3.4 March 20. 1985
-------
4.0 DATA FORMATTING
March 20, 1985
-------
4 .0 DATA FORMATTING
Chapter WQ-DE of the 3TORET Users' Handbook describes
the technical procedures for storing data in 3TORZT. Specif-
ically, it -describes the various data entry procedures and
explains how to invoke each of them. Chapter 4.0 of this
report is .meant to be a supplement to chapter WQ-DE of the
STORET User's Handbook. Rather than describing the technical
procedures for entering any data into 5TORET, this chapter
assists RCRA users in understanding what information is needed
and describes what has been determined to be the most useful
organization and format of RCRA ground-water monitoring data
in STORET. Extensive capabilities have been provided for
storing site and sampling data. Users should determine which
of these capabilities are appropriate to them.
4. 1 Station Establishment in STORET
Before any ground-water monitoring data can be en-
tered in STORET, an identification of each station from
which the samples were taken must be "established" in
the data base. In other words, a station header for
each RCRA ground-water monitoring well co which data are
attributed must be created. Data in the station header
remains relatively fixed for the life of the station.
Although data in the station header may be changed, they
are not normally*" added to or changed once- established.
A well-organized station header for RCRA wells will:
:. Clearly distinguish RCRA wells from other
types of monitoring wells in STORET
Document the position of the well relative to
other monitoring wells at the same facility.
The recommended organization of RCRA well informa-
tion to meet the above station header needs is described
in the sections that follow.
4.1.1 Information Needed to Establish a Well in
STORET
In order to establish a RCRA monitoring well
in STORET, users must have the following informa-
tion :
Facility identification information,
including :
Dun & Bradstreet number
Name
- Type of waste management area being
monitored
March 20, 1985
-------
Location of the well, including:
- Latitude/longitude coordinates
5ta.te and county.
Aquifer
Hydrologic unit
Identification code for contributor of
the data (called an "agency code"; this
is not the user's ID)
Position and sequential number of the
well relative to other wells at the
facility.
Specific formats for each of these elements
are described below.
4.1.2 Agency Code
The agency code in the STORET station header
is that element which identifies the "coordinator"
of tne data. All STORET monitoring stations must
have an agency code. For RCRA ground-water monit-
oring data, the agency code represents the RCRA
regulator who is contributing the data to STORET
and not each facility contributing data to the
regulator. An organization coordinating data being
put into STORET may have one or more agency codes,
but each station in STORET may have only one.
RCRA users should store ground-water monitor-
ing data under an agency code that is unique to
other agency codes the users' organization may
have.Usersmayidentifyother agencycodesthat
may exist for their organization in several ways:
3y contacting the ADP specialist or the
EPA liason in that organization
3y contacting the ADP Coordinator and/or
STORET coordinator in the EPA Regional
Office
3y contacting STORET User Assistance
By retrieving a STORET help file called
"AGENCODE".
There are four recommended components to an
4-2 March 20, 1985
-------
agency code for RCRA ground-water rnonicoring daca.
In general, the eight-d ig it STORET agency code to:
RCRA ground-water monitoring dara should be comcosed
A STORET-understood indication in the
first two characters of who chat che
agency code represents, which include:
"11" for an EPA Regional office
or other Federal agency
"21" for a State agency.
A two-letter abbreviation or number
representing the agency as the third and
fourth characters, which may be either:
- The Federal Information Processing
System two-letter abbreviation for
the State (the standard abbreviation,
which can be found in Appendix C of
the STORET Users' Handbook)
- . "HQ" for EPA Headquarters program
offices
The two-digit number of the EPA
Region, such as "01" for Region I or
"08" for Region VIII.
"R" to indicate that the data is collected
under the RCRA program as the fifth
character
"G"_ to indicate that the 'data is ground-
water monitoring data as the sixth char-
acter
Two optional "free" characters for the
user to code as needed for the "seventh"
and eighth characters.
Examples of STORET agency codes for RCRA
ground-water monitoring data are shown below:
For a State agency/ 21IARG01
or
For an EPA Regional Office, 1105RGAB
4-3 March 20. 1985
-------
4.1.3 StationCodes
Station codes are codes which identify -he
specific site within the monitoring agency -ha- -he
data are for. For RCRA ground-water rr^on i tor ir. c
data, each well is considered a "site" (or 2
"station", in 3TORET terminology)-. Each site
must have at least one, but may have up 'to four
station codes:
One primary station code, which is required
Up to three secondary station codes, or
"aliases", which may be assigned to a
well, but are not required.
Station codes may be numeric, alphabetic, or a
combination of both. The. two important requirements
for station codes are that each code may not: exceed
15 characters in length, and that each code,
whether it is primary or secondary, be unique from
all other, station codes yet stored in STORET.
The primary station code for RCRA wells should
include three components. These include;
Facility Dun & Bradstreet number
Relative position of the well to other
wells for'that waste management area
(i.e.-, up- or downgradient)
Unique number of the well for that waste
manaaement area.
Foe example, a primary station code for a RCRA
ground-water monitoring well may look like:
TXD123456789U04
The first 12 characters of this primary sta-
tion code make up the Dun & Bradstreet (D & B) num-
ber of the facility at which the well is located.
The D & B number of each facility is unique, and is
used as a standard for many EPA (and other), data
bases. D & B numbers already exist for most RCRA_
facilities, and should not be "made up" arbitrarily
by the user. D & B numbers for RCRA facilities
may be identified through EPA's FINDS Data Base^
Users should contact the group that 'maintains FINDS
4-4 March 20. 1985
-------
in the EPA Regional Office to identify whether or
not a D & B number, already exists for cheir facil-
ity. If not, che FINDS group will have one
created.
The character that follows che D & 3 number in
che STORET primary scacion code (che thirteencr. of
the 15 characters) for RCRA wells is an alphabetic
character that describes the relative position of
the well to the waste management area. Th e c h i r -
teenth character should be a value of "D" for
downgradient or a value of "U" for upgradient.
If another code is needed (to represenc a different
type of station designation), users should contact
OSW and inform them of this need. OSW will oversee
'creation and documentation of the new code.
The last two of the fifteen primary station
code characters are for assigning a number to each
monitoring well that is unique for that waste
management area. Wells may be numbered sequentially
starting from the first upgradient well, and. in-
creasing by one or more in a clockwise direction.
Sequential numbering is particularly meaningful
if additions or deletions of wells are not expected.
However, as changes are likely to happen during the
regulated life of the facilithy, just assigning
2-digit well numbers that are not sequential (but
are unique for each well) is acceptable. Ninety-nine
wells may be stored in this fashion. Should the
user need to number more than 99 wells, letters of
the alphabet should be used (for example, AO, Al,
A2, etc., up to A9, and the BO, 81, etc.).
Assignment of the secondary station codes for
.a RCRA well is left up to the user.Users may
enter any numbering scheme they wish for the sta-
tion "alias". Users may be interested in having the
secondary station code be: any of the following:
The permit number for any permits which
have been issued to the facilicy
An identifier for the district or region
in which the facility is located
An internal numbering scheme which may be
used for other types of stations that are
also being stored in STORET.
Users may keep in mind that data retrievals
may be based on any of the station codes, not just
the primary station code. For that reason, each
station code, regardless of whether it is primary
4-5 Marcti 20. 1985
-------
or secondary, should be .unique.
4.1.4 Station Naming Conventions
The "station location" or "station name" is a
required data element in the STORET station header,
Station names may be up to 48 characters in length.
No data selection may be made based on the informa-
tion appearing in the station name, nor does the
station name appear in every output report.
However, it is one of the few opportunities for
users to enter a brief textual description of a
station.
The STORET station name for RCRA wells
should have the following items of information;
. . Facility name
Type of waste management area
An indication that the data is collected
from the well under RCRA
The position and internal 'number of the
well.
Users may have to abbreviate some words in the sta-
tion name in order to enter all the needed informa-
tion within the 48-character length limit. Some
examples of complete station names for RCRA wells
include:
XYZ CHEMICAL CO LTRT RCRA DNGR WELL*4
oc
CY OF OAKDALE MUNIC LF RCRA UPGR WELL12
The facility name used for the station name in
STORET should resemble the primary facility name in
the FINDS data base as closely as possible. Users
may find out the exact name ofthe"facility as it
has been entered in FINDS by calling the FINDS
group in the EPA Regional Office.
4-6
March 20. 1985
-------
The next 'component of the station name should
be the type of waste management area being monitor-
ed-. For example, the cype of waste management araa
might be a landfill or a surface impoundment.
The third component of the station name should
simply be "RCRA". -This is entered to distinguish
the" well as one located in .a- controlled hazardous
waste facility.
The last component of the station name should
be an identification of the position and n-umber of
the well amongst the RCRA wells for this waste
management area. This component should have the
same information as that in the last three digits
of the primary station code, but presented more
explicitly, such as "UPGR WELL#1" instead of "U01".
4.1.5 Station Location Identification
There are several data elements in the STORET
station, header that identify the location of the
site. These include:
. : The latitude/longitude coordinates of the
site (plus a precision code)
The hydrologic -location of the site,
expressed as major/minor/sub-basin
The state and county in which the site
is located
. The USGS hydrologic unit in which the
site is located.
An explanation of how to enter these location-
al data elements for RCRA wells is given below.
4.1.5.1 Latitude/Longitude and Precision
Latitude/longitude coordinates are re-
quired data elements for all STORET stations
(they are two separate station header data
elements) . The latitude in STORET is format-
ted as "DDMMSS.S" and the longitude as
"DDDMMSS.S", where D equals degrees, M equals
minutes, and S equals seconds. Note that
expression of degrees greater than one hund-
red is acceptible for longitude.
Both latitude and longitude may be enter-
ed to the tenths of seconds. This corresponds
4-7 March 20. 1985
-------
co approximately 10 feet. As one of -he goals
of the RCRA ground-water data management
strategy is to distinguish each monitoring well
in STORET as clearly as possible,
tude/longitude coordinates of all RCRA monit-
oring wells in STORET should be precise to the
tenths of. seconds. The orecision code, which
musc.be entered with the latitude/longitude
coordinates reflect the user's knowledge of how
precise the coordinates are. An explanation of
how to enter latitude/longitude coordinates and
the accompanying precision code may be found
in Chapter WQ-DE of the STORET User's Hand-
book.
4.1.5.2 Major/Minor/Sub-Basin Codes and Names
Users must also identify the hydrologic
basin in which the station is located. For
RCRA ground-water monitoring wells, users
should identify the major, minor/ and sub-
basins in which the facility is located, as
defined in Appendix C of the STORET Users'
Handbook. Identification of the aquifer which
is being monitored is done .in the parametric
data field. This is described in Section 4.3..
4.1.5.3 FTPS State/County Codes
To identify the geopolitical location of
the station, users must use the Federal Infor-
mation Processing System (FIPS) code for state
and county. FIPS codes are five-digit codes,
the first two representing the state and the
last three representing the county. Users
should enter the FIPS codes and stace/county
names as they are shown in Appendix C of che
STORET User's HandbooTTFor"example,the
State code for che State of Michigan is 26.
The county code for Kalamazoo County in Michi-
gan is 077. Therefore, the total FIPS code
for a site in Kalamazoo County, Michigan would
be:
26077
4.1.6 Station-Type Codes
Station-type codes are those station header
data elements that describe the type and purpose of
the monitoring station. STORET currently has sev-
eral categories of station-type codes. Certain of
those categories are required; i.e., one or more
March 20. 1985
4-8
-------
codes from chose categories ~ust be
every station header. Station-type codes from the
other categories are optional. Users must string
together station-type codes reiavent to their
station. For example, a well monitoring a hazard-
ous waste landfill located in an 'industrial facil-
ity might have a station-type code of:
WELL/AMBNT/IND/LNDFL/HAZARD
The complete list existing of station-type
categories and codes may be seen in Appendix A. At
any time, the current list of valid STORET .station-
type codes may be retrieved in the on-line data set
called'"STORET.HELP.STATION.TYPE".
Existing and planned station-type codes of
particular importance to RCRA/STORET users are
highlighted in Exhibit IV-1, following this page.
Many of the station type codes that are recommen -
ded for the station headers of RCRA wells are not of
the "required" type, for STORET. However/ in order
to completely distinguish RCRA monitoring stations
from others in STORET, they should be used.
4.1.7 Station Depth
The station depth field in the STORET station
header is used, for surface water stations, to
store the total depth (i.e., from surface to bot-
tom) of the point where the sample was taken.
RCRA/STORET users may store the aquifer thickness,
at the point where the well is located, in the sta-
tion deoch field.
4.1.8 Hydrologic Unit Code
The hydrologic unit code of the STORET station
header is an optional eight-digit code representing
the USGS hydroiogic unit in which the' station is
located. 'The components of the codes represent
hydrologic region, sub-region, accounting unit, and
cataloging unit.- This coding scheme represents
different basin designations than the major/minor/
sub-basin fields. As this coding scheme is widely
used by data managers, it is recommended that it
is also used for RCRA wells. Exhibit IV-2 depicts
the scheme of USGS hydrologic unit, designations.
Clearer, larger-scale maps of hydrologic units may
be obtained from the Geological Survey.
4-9
March 20. 1985
-------
o
£3
10
c5
in
iv-i
Recommended STORbM' Station-Type Codes for RClxA Ground-Water Monitoring Wells
Level
Requirerient
Code
Definition
Required, 1 only
Required, 1 only
Optional, 1 only
WELL
AMDMT
MLN
CMBMI
The station monitors water in a well or
ground water site
Used to indicate the sanple was gathered in a
in a natural body of water, as opposed to
within a facility or in the effluent
The site from which sanples are gathered is
priirarily associated with iiiiiucii>al water
supply and/or sewage
The site from which sanples at...- gathered is
prijnarily associated with an industrial
facility
The site has both of the above attrilx.ites
PRIV
ABND
The site from which sanples are gathered ix
privately owned
The site from wluch sanples are gatheted Lu
abandoned
-------
EXHIBIT IV-1 (continued, p.2)
Recommended STORET Station-Type Codes for RCRA Ground-Water Monitoring Wells
Level
Requirement
Code
None recommended for
HCRA/STORET wells
Optional, as many as
are appropriate should
he entered
HAZARD
IMDF'L
LTRF
UPGR
UOVJN
RCRA
SF
UI
WJ'RSUP
Definition
Site contains toxic or hazardous wastes
landfill
Impoundments, waste pits, treatment lagcxjns,
settling ponds, and eva[)0t-ation
Land treatrrent area
Upgradient
Dcwngradient
RCRA monitoring site
"Superfund" monitoring site
Underground injection
Water supply
-------
KXIIIPIT IV-1 (continued, p.3)
Reconuiiended SK)I
-------
EXHIBIT V-2
UNTIIO *IA(U OIPANIMEMI Of IM» INItHIOH
aiOtOOICAt (UHVIV
ACCOUNTING UNITS OF THE
NATIONAL WATER DATA NETWORK
!<
x.i$\c«
i ;'/£, }
'^^MpP
. v.^^vc^'/^---/ , -.,.. \
-T
^v^^rW
^ '
-------
; 4.1.9 Unlocking Key and Daces
. Many users are concerned about data security.
The STORET System contains an. element called an
"unlocking key" which helps prevent data from either
being changed or retrieved by unauthorized persons.
The unlocking key is stored with the station header
at the time the site is being established. Mo one
but a user with the unlocking key may ever change
any data in STORET.
The unlocking key is used in conjuction with a
"lock-after" date if users wish no one .to look at
the data who isn't authorized. The lock-after
date is expressed as "YY/MM" (year/month) . If a
user wants no one to look at the data who is not
authorized, a lock-after date of 50/01 (or some
other date in the past) should be entered with
their unlocking key. This means that "after Janu-
ary, 1950", no one may retrieve these data without
including the unlocking key in the retrieval re-
quest. ' If the user wants no one to be able to
change the data, but does not mind if others access
the data in retrievals, a lock-after date of
"99/99" should be entered with the unlocking key.
As this is .an invalid date, 99/99. is used to signal
that the data.is "unlocked for retrieval.
4.2 Descriptive Paragraph
The descriptive paragraph for a STORET station is
that field in which a user may store any information in
any format. The descriptive paragraph may be up to 1080
characters, composed of 15 lines that are each no more
than 72 characters in length. Its use is optional.No"
automated data selection may be made based on the infor-
mation in it. Therefore, only data on which no retriev-
als are likely to be based should be 'stored in the
descriptive paragraph.
If RCRA/STORET users choose to store information in
the descriptive paragraph of each well, any or all of
the following pieces of infromation may be included:
Total number of uporadient and downgradient
monitoring wells at the facility, and relation
of this well to the others, for example:
UPGRADIENT WELL 13 OF 20 UPGRADIENT AND
60 DOWNGRADIENT RCRA MONITORING WELLS
4-14
March 20, 1985
-------
Type of business conducted at -he facility
Permit and/or enformcement status of -he facil-
ity
. History of the facility, including any recent
spills or other permit violations
RCRA-regulating agency (e.g., EPA or State)
Other permits given to the facility, including
Federal and other
Land use of the surrounding area
'Potential targets or nearby sensitive ecosys-
tems
Proximity and position relative to drinking
water sources
Contacts from whom.further information about
the facility may be obtained
Other non.-RCRA monitoring points which may be
' located at or near the facility.
Complete instuctions on how to create a descriptive
paragraph for STORET stations may be found in Chapter
WQ-DE of the STORET User's Handbook.
4.3 Parametric Data
There are a number of types of RCRA ground-water
monitoring information^- that should be stored in STORET's
parametric data field. These include:
Site Descriptors:
Physical setting descriptors*
Well descriptors*
Sample Descriptors:
Sample purpose descriptors
Sample conditions descriptors
* Some site descriptors will also be stored in other
STORET locations, such as the station header or the descrip-
tive paragraph (see Section 2.3.2)
March 20. 1985
4-15
-------
- Sampling and analytical methods
Analytical findings for:
- Interim status parameters (Sec. 255
Permit parameters (Sec. 264)
Special data-point qualifiers (remarks).
The processes by which RCRA users should organize
these types of information in STORET are described below.
4.3.1 Site Descriptors
Site descriptors were defined and .listed in
Section 2.3.2.1 of this manual. These are data
that describe the facility, geohydrology, and well
from which samples are taken, and are not expected.
to change over time. As they are not expected to
change, it is best th-at RCRA/STORET users store
them in the parametric data field with a date
specially used for .unchanging data (dynamic data,
data that will change fcom sampling event to'sampling
event will be stored with the date the sample .was
collected). In other words, all unchanging data
stored in the parametric data.field should'be Ftor-
ed as if they were collected on "66/06/06".
Site descriptors include facility descriptors,
physical setting descriptors-, and well descriptors.
As can be seen in Exhibits II-2, II-3, and II-4, al-
most all of the information identified as site
descriptors needed by RCRA users will be stored in.
the parametric data field under the "fixed" ("66/06/
06") date. All- but one of the facility descriptors
(well ownership) and several physical setting and
well descriptors should be stored in other STORET
fields. Using this method for storing unchanging
data, data stored in the parametric data field
might look like:
Date
Drilling method
Drilling fluid
Sample purpose
pH (s.u.)
Total iron (ug/1)
66/06/06 84/01/31 84/03/31
BORE
BENTT
GWQUAL
7.0
50.0
7.0
75.0
4-16
March 20. 1985
-------
Many of the site descriptors that will be
stored in the parametric data field will be stored
under parameter codes whose values are coded (e.g.,
drilling method and drilling fluid from the exam-
ple). This means that the values given to each
data element will be a code that represents some-
thing. To identify what the code represents, the
user must .look up its definition in a table. The
recommended site descriptor parameter codes for
RCRA ground-water data, their coded values and
their definitions may be. found in Appendix B of
this report (note that some codes and values will
be added to STORET in the near future and are
indicated in Appendix B with by "n/a" or
*"*"). For certain physical setting descriptors,
namely "Geologic age or formation name" and "Aquifer
name", the coded values are presented in Appendix
H..
4.3.2 Sample Descriptors
Sample descriptors were defined and listed in
Section 2.3.2.2 of this manual. These are data
that describe the sample purpose, sampling condi-
tions, and sampling/analytical methodology, and are
expected to change over time.
Sample purpose descriptors, sampling condi-
tions descriptors, and some sampling/analytical-
methods descriptors should .be stored much the same
way as any other "usual" parametric data in STORET,
i.e., they should be stored with the analytical
findings for each sampling event (special proce-
dures for many of the sampling and analytical
methods data are.described below). Many of these
data elements have coded data values. The parame-
ter codes, value codes, and definitions for sample
purpose, sampling conditions descriptors, and
testing/analytical methods can be found in Appendix
D.
^y : Sampling and analytical methods for each
.sampling event will, for the most part, be stored
>irt. special STORET key fields which are part of the
-^parametric data field. These fields, known as
"media, SMK, UMK", are key fields by which data may
be selected in a retrieval, and change with each
sampling event. For RCRA ground-water monitoring
data, the media field will have one value, "RCRAGW"
(representing the media "RCRA ground water").
Replicate samples are often taken for RCRA
ground-water monitoring. There are three common
methods for replicating ground-water samples:
4-17 OCT 1985
-------
Several samples -ay be taker, from
the same well
An individual sample may be divided in
the field
A sample may be divided in the laboratory.
For purposes of this manual, multiple samples
from a well will be called "splits". A portion of
a sample divided at the well is a "field aliquot".
A portion of a sample divided in the lab is a "lab
aliquot".
The SMK field will be used to distinguish
replicates, and will contain the following compon-
ents :
Type of sample (split, lab aliquot, etc.)
Split number
Field-aliquot sample number
Lab-aliquot sample number.
The UMK will also have several components. These
components include:
Sainpler type
Sampling equipment material
Lab or field determination flag
Analytical method used to determine
reported values.
For example, data stored in the parametric
data field using "media, SMK, UMK" for the above
information will look like:
SMK OR 84063 00300 00400
DATE --;'. TIME . MEDIA DEPTH DRILL DO mg/1 pH SU
66/06/06" " 0000 RCRAGW 0000 AIRRT
UMK FOR ABOVE SAMPLE 00000000
73/09/11 0915 RCRAGW 2110 8.4 6.0
UMK FOR ABOVE SAMPLE 04001100
73/09/11 0916 RCRAGW 2220 8.4 6.0
UMK FOR ABOVE SAMPLE 04001100
75/10/21 1100 RCRAGW 0000 10.6 6.5
UMK FOR ABOVE SAMPLE 07003303
76/06/30 0810 RCRAGW 0020 8.4 6.6
UMK FOR ABOVE SAMPLE 07003100
4-18 OCT 1385
-------
Documentation and training to store data
STORST's "media, SMK , UMK" fields can be obtained
from STORET User Assistance. Values for the SMK
and UMK fields for RCRA ground-water monitoring
data can be found in Appendices E and F, respec-
tively.
4.3.3 Analytical Findings
STORET "parameter codes" , the computer codes
under which, to store data, usually represent a
combination of three items:
Substance
Medium
Units .
For example, parameter code 01000 represents
"arsenic, dissolved fraction of water, ug/1",
while a different parameter code, 01002, represents
"arsenic, total water, ug/1" because the medium
differs. Most RCRA users will be interested in
scoring their analytical findings under those
parameter codes that represent a substance in
"whole" or "total" water. Other codes are
available should the user find them necessary.
The parameter codes of interest to RCRA data
managers for storing data collected at interim
status facilities may be found in Appendix G of
this manual. Parameter codes for data collected
from fully permitted facilities may be found in
Appendix H*. There are many other parameter codes
available on STORET. These may be identified in
any of three continually updated listings:
PARMALFA identifies parameter codes in
alphabetical order of parameter name
PARNUMER identifies parameters in
numerical order of parameter code
PARCAS identifies parameters and
parameter codes in order of CAS number.
These listings are available through STCRET
"help files". Users should consult these listings
* The reader will note that parameter codes for some
substances are not yet available on STORET. Those substances
are identified by "n/a" in the parameter code column.
March 20, 1985
4-19
-------
should they wish to score data not listed in this
man-ual. If a parameter code for a particular
substance (or other type of information to be stored
with RCRA data) does not exist, users may have it
created by contacting STORET User Assistance.
4.4 Qualifying "Remarks"
RCRA data- managers--may find it necessary to explain
something about a particular data point in addition to
its numerical value. For example, a data point may be
one that is being reported below the detection limit
(e.g., "actual value is less than 50 ug/1") or a sub-
stances may be tested for but not detected. The STORET
System has the capability to store "remarks" with each
data value. these remarks flag the data value with such
qualifications as "less than", "greater than" and "unde-
tected". Appendix C of this report presents the remark
codes that are currently valid in STORET. An example of
a parametric data field with data that are remarked
could be :
00400
pH SU
6n ____
6.0
6.5
6.6
6.6
01045
Fe Tot ug/1
______ ___ i
i "? n ______
c n v
OrtrT
- parameter code
: "parameter"
parametric) data
value
data value
data value
Upon data retrieval, users may select:
All data, regardless of the remark code
Only data without remarks
Only data with a specific remark code.
Remark codes may be entered with each data point.
They need not always be used. Complete instructions on
how to store data with remark codes may be found in
Chapter WQ-DE of the STORET Users' Handbook.
4-20 March 20. 1985
-------
Quality Assurance/Quality Control
QA/QC for ground-water samples is a complicated
matter. As stated before, well construction and sainple
collection present complexities not usually of concern
in surface water monitoring data quality evaluation. In
order to provide for the capability of storing fairly
detailed QA/QC information for each sample, a parameter
code (34129) with 4 characters of coded values is used.
The first (left) character will be used to store a one-
digit code for a QA/QC evaluation of thfwell construction.
The codes and the values they represent are:
2 -- Well has been EPA/State inspected in the
last 5 years and determined to be of high
quality
1 -- Well has been properly drilled, construc-
ted of inert materials, properly developed,
properly located, and has controls to prevent
tampering
0 -- Well is known to be inadequate in some
manner . .
blank Well information unknown or not
stored.
The second, third, and fourth characters will have
the same selection of values, but will represent differ-
ent QA/QC evaluations. The second character will hold a
one-digit code representing an evaluation of the sampl-
ing QA/QC. The third character .will hold a one-digit cade
representing an evaluation of the laboratory QA/QC. The
fourth character will hold a one-digit code representing
an overall evaluation of the QA/QC of the sampling
event. The selection of codes for each of these charac-
ters is as follows:
3 -- EPA/State has performed a QA/QC evalua-
tion within the last two years with a positive
result
2 A detailed QA/QC plan with standard
procedures and internal checks exists; the
objectives of the plan have been verified as
being met for at least one year
1 -- A detailed QA/QC plan with standard
procedures and internal checks exists
0 -- No detailed QA/QC .plan exists
blank Information unknown or not stored.
4'21 OCT
-------
5.0 DATA RETRIEVAL
March 20, 1985
-------
5.0 DATA RETRIEVAL
The STORET System offers users a wide variety of data
analyses (also called "retrievals"). To perform an analysis
of data, users must create a "retrieval program", composed of
a string of STORET specifications and commands. Chapter
WQ-RET of the STORET Users' Handbook presents users with the
instructions necessary to successfully run STORST retrieval
programs. The STORET Manager's Guide presents application-; of
STORET analyses ah-d data that would be of interest-to water
quality managers.
Chapter 5.0 of this report is meant to introduce RCRA/
STORET users to STORET's analytical capabilities. It is not
an instructional chapter on how to operate STORET retrieval
programs. Rather, it presents some of the retrieval programs
STORET offers its users, and discusses how RCRA/STORET users
may find them helpful*.
5.1 Non-Analytical Data Listings
STORET offers RCRA users a number of retrieval pro-
grams for displaying data in several formats. Such
retrieval programs include:
STA Lists station codes for sites meeting
user's criteria . . ;
INDEX Lists the station headers for sites
meeting user's criteria
RET -- Lists raw data in chronological order
for one or more sites meeting user's criteria.
LOC Plocs station locations' by latitude/
longitude coordinates on a map.
For example,, a user may want to review the station
headers for all the RCRA monitoring wells in Union
^'County, New Jersey. The "INDEX" program may be chosen
to obtain the needed information. The retrieval
request could look like:
PGM=INDEX,PURP=RCRA,STC=34,CO=039,
EXTRACT=RCRA AND WELL,
* It should be noted that the examples of STORET retrieval
outputs shown in this chapter are not of RCRA data, as no
RCRA data was entered in the format recommended in this report
at the time this manual was produced.
March 20. 1985
5-1
-------
In th is' example:
The STORET program that yields station headers
for sites .meeting the user's criteria is
requested (?GM=INDEX)
The purpose of the retrieval was identified as
for RCRA data assessment (?UR?=RCRA; an inter-
nal STORET tracking tool)
The geographical area in which sites should be
located is determined (STC=34, which is the
FIPS code for New Jersey, and C0=039, which is
the FIPS code for Union County)
The sites in Union County, New Jersey are
narrowed -down to those with particular station-
types, namely "RCRA" and "WELL" (EXTRACT=RCRA
AND WELL)
An example of output from a similar INDEX program
may be seen in Exhibit V-l, following this page.
5.2 Tabular Analyses
STORET retrieval programs that give users a tabular
presentation o-f statistical analyses of data include:
INVENT and INV120 Descriptive statistics
for. data at one and/or a number of sites
meeting user's criteria, foe all or selected
data at those sites
MEAN Statistical summarization and sorting
of data for user-specified sites and data
STAND -- Analysis of the violation of user-
specified criteria for parameters at selected
sites .
For example, if users want to see the descriptive
statistics for certain of the parameters monitored at
downgradient RCRA monito.ring wells at landfills in the
Potomac river basin between January 1, 1984 and June 1,
1984, the retrieval request might look like:
?GM=INVENT,PURP=RCRA,BS=0214,
EXTRACT=RCRA AND WELL AND DOWN AND LNDFL,
P=01000,P=39111,BD=840101,ED=840601,
In this example:
i.
The STORET program for producing descriptive
statistics of selected data was requested
(PGM=INVENT)
March 20, 1985
5-2
-------
EXHIBIT V-l
Example Of STORE? Retrieval Program
To List Station Headers (PGM=INDEX)
It/CO t lOCAtlOU
ttATio* TIU
(III* COOI STATION
IAT/UMC
I HOC I
SICOXOAM
IlISIVl
IVJ IVl
ilORACI I'AK
Ul
I
OJ
MICHIGAN J'OJl nomnlAt *. AT AUAOOA if.
/TtrA/An|III/ST»IA«
llHICM JlOOOi IhOOfl
44 II 01.0 0«0 10 41.0
I HUH
MI CHI (IAN ItoM
>. At cuu»r« no.
1I«ICN Jiooia
«« )i 41. t OtO 10 uA.O
IH3I1
MICHIOAM noil xOHliifAt u. At COUXK «u.
/TVrA/AMttNI/STMIA««
HHICI. MUCH
«t n it.o oia ct it.u
IHUd
HICHICXN
*. AT us-«l
MICH one i j
14 11.0 Olt 10 It.O
MICHIOAM
.'»oj> rmS'jui isii *. AI co. no. «.
/1»*A/A»tNT/Sil>IA>«
IIOICH /IODII
«4 >i It.o 01* 4i if.a
IHUII
0)
MICHIGAN MQii jAt.SON en. *f « ;
/?»f A/*Mb*«f/S|MIAM
JiniCM jrnon
4* 10 %«.0 UN9 ^; -irt.O
INI** A
O
00
Ul
MICHIQAM
AH iiiONfauoo, **l
11 JMHO >i«o/r too
i& 10 it.n oiti ii i ».o
till.I N
-------
The purpose of the retrieval was identified as for
RCRA data .assessment (?URP = RCRAj
The sites to be selected were identified as
chose in the Potomac River minor basin of "he
Northeast major basin (35=0214, where 33
requires that stations be selected by basin,
02 represents the major basin "NORTHEAST", and
14" represent the minor basin "POTOMAC -RIVER")
n
Sites, in the Potomac River basin are further
restricted to only those that are downstream
RCRA monitoring wells at landfills (EXTRACT=
RCRA AND WELL AND DOWN AND LNDFL)
Data to be statistically summarized is identified
as arsenic in the dissolved fraction of water
reported in units of ug/1 (parameter code
01000) and di-n-butyl phthalate in total waiter
.reported in units of ug/1 (parameter code 39110)
* . Statistics are to be calculated only on data
collected between January 1, 1984 and June 1,
1984 for the specified parameters at the
selected .sites (BD=840101,ED=840601) .
An example of tfhe output for a similar retrieval
request is shown in Exhibit V-2.
5.3 Graphic Displays of Trends
STORET users may graphically depict the change in
concentration of a substance over time, or compare the
concentration of one substance to another. The STORET
retrieval programs that would be used include:
PLOT display of a substance over time, with
substance concentration on the Y-axis and time
on the X-axis
REG performs a regression analysis for the
change in substance concentration, either over
time or in relation to another substance
BROWSE Draws the regression analysis for
substances over time interactively (users must
have suitable graphic terminals).
For example, a user .may want to see how the
concentration of a ground-water contamination indicator
parameter has changed over time in 1983 at an upgradient
well. The retrieval request might look like:
5-4 March 20. 1985
-------
EXHIBIT V-2
Example Of STORET Retrieval Program To
Produce Descriptive Statistics Of
Selected Data (PGM=INVENT)
ui
/iir«/w«iil/llil
ftl ixl in
ooolo
000 It,
000 It
0001*
000«J
00041
00044
00041
oootj
00041
00041
00014
0001 1
00041
00401
00410
00411
OOl/t
OO4>O
OHM
1*4 II*
11*
tllOHIK
HIMO
111 111/01
IIOUO
UOuO
*f 1 1 1 Ikl
11*1 »
till IK
IKM
r 1010*
(MIUIII*
III
1 III
101 *Al
1 rot
III
II Hf
II nr
nil tun
fill
Mfl
101 Oil
lion.
111(1
IIIIOxIl
H 10
«l Ml
r*
(«OI
lOltl
«
04
(Otll
(111
X Of Bt
1* Mil
4»-n (001
4X0 (001
IN
fill
MICH f III
tu
(/I
'
t/l
llflllll
It
It
i'
it
M
n
10
it
I
i
I
M.IOOO
/ . ton
|lf.44l
IKi.41
1. tl.ll
4.1IIII
II 1.441
I.I Wit
li.ioo*
II. 1111
I./II4/
JI./44I
.00/000
.114444
.f4l«00
4.00000
0 lOttO («OM>40I«I4I 40IOII>404I4I f|l(>> !».
44 II 10. 0 (« *1 '\.0 <
10.4X1 .OMillt . Oil" x/f«IH|4>. j.
/40I 1 XKXIKk ,
III! 11*1 1 101 Illtco
lIUKIOM lltll-ntlX tltlfl
00*0 Cllil CO
MKMn tH> nil (Oil » 114X0 If r«ll«-UX HIHIHlf III 1411
1*1. 4M
.011/11
»'.':'/»
*.*tl40
.ottoc*
.** »*« »
«*)./!
H.JMt
. MtOII
10.0*1*
.H'tll
1.01070
./Mill
.MI4H
.441101
*
11. -r 10
*.!/<*»
.!«»»
.11 > f
.4| 0
. < « */ 0
:,".";!
. i-> in
./!'/(
.
.!!» 1
. -i.'n
.» -MX
. »/4 «!
1 .1C lOt
.0104*1
/4,.44/t
1 .f IOO/
. If4l|t
\. U* 10
.If |«M
/ . 1C 1* »
.4 Il04f
; i.oooo -
10.1400
140.000
1 110. OC
I. 00000
4.00000
f . 400(
1 10000
1 .OOOC
1 1 .000
'
I.IOCOO
4.JI.OO
.1 O/OOL
1.4)000
.111000
1 .UOOCf*
' '
.1001*0;
/4. 11(0
.00(000
.000000
.00 (OOC
*4. IOOO
.tcoooo
ll.iono
4*.««00
. 1 WOO
. f roof
n.'nor
. IOI4)OO
,o/ w*oo
1.00000
If /O I/I 1
If /O */l 1
If /O 1 / 1 1
If /ol/l 1
It /O I/I (
If /!> /! *
If /( »XI 1
»/!/.«
14/1 ,/. 1
I./C/I
If /I I/ 1
IX) U'll
14/1 4. II
14/04/11
I4/1« . II
I4/0/ ||
'"""
,,,,,,',
""""
n. . .. !
"
!«/«. / f
14,.. , ,
.,..,./.
0
-------
?GM = ?LOT, ?U-R?
S =MID1 2 3 4 5 o 73 9 'JO 1 , ? = 00 0 9 5 ,
30=830101,ED=831231,
where:
The retrieval will produce a graph of
concentration of the substance over time
(PGMsPLOT)
The retri-eval is run for RCRA data assessment
~(PURP = RCRA)
The data selected are those that were entered
into STORET by the State of Michigan RCRA
program (A=21MIRG01)
. The site selected was an upgradient well at
the facility whose Dun i Bradstreet number is
MID123456789 (S=MID123456789U01) .
The ground-water contamination indicator to be
plotted is total organic carbon (parameter
code 00095)
The time on the X-axis is to span from January
1, 1983 to December 31, 1933 (BD=830101,
20=831231).
An example of the output from a similar retrieval
request may be seen in Exhibit V-3, following this page.
5.4 Mao Disolavs of Data
Users may produce several different types of maps
using one STQRET mapping program. with this programs,
users may plot the statistical summarization of the
concentrations of hazardous substances on a map, or
display trends on a map. The retrieval program is
known as "MS?" ("multiple scan plot").
For example, a user may want to see how levels of
chromium, a drinking water suitability parameter, have
changed for downgradient RCRA monitoring wells in
Michigan in the year 1984. The retrieval reqest might
look like:
5-6 March 20, 1985
-------
EXAMPLE V-3
Example Of STORET Retrieval Program To
Graphically Depict Trends In Concentration
Over Time.(PGM=PLOT)
tn
I
ft
n
I 004 1
010001 loud.
«* It II. I Oil II 41.0 I
I OX IMC 10 III I uMIMMtf I
JIOll HICHlCm
LM( lurmio* oioin
0000 » II I OlflM unit 00
-------
?GM=MS?,?UR?=RCRA,QUALMA?,A=2IMIRGG1,3=AIL, ;
LT=NORET,L=4130, L = 3645,1=46,1 = 8645,1 = 45 , 1 = 3220 , j
L = 4130 ,L = 8230,EXTRACT = RCRA AND WELL AND DOWN ;
AND 01034,? = 01034,3D = 840101,ED = 341231, |
MSPARMS = 3EGIN,MODELL,% TILE 50T=A,GROUPSQ,
PLOTC,LEFT1,SEG-0001-0006/,TRNDNLY,
PLOTC,LEFT1,SEG=0007-0012/,TRNDNLY,
T?LOT,EARLY=1L,LATE=2L,
LABEL=TRENDS IN CHROMIUM AT DOWNGRADIENT*,
LABLE=WELLS - 1984*,
STOPMSP,
BACKGRND=REACHES,BACKGRND=STATES,
where:
A mapoing program is requested (PGM=MS? and
QUALMAP)
The purpose of the retrieval is RCRA data
assessment (PURP=RCRA)
All the sites in the agency 21MIRG01 are
requested (A=21MIRGOI,S=ALL)
Those sites are to be further restricted in
two ways:
Only data from sites falling within
the boundaries defineds by the sets
of latitude/longitude coordinates
are to be included (LT=NORET,L=...,
etc; latitude/longitude boundaries
are necessary for all mapping
programs)
Only data from those sites which are
downgradient RCRA monitoring wells
that have 'at least one observation
of chromium (EXTRACT=RCRA AND WELL
AND DOWN AND 01034) are to be included
Chromium in total water, reported in u^/1- is
to be analyzed (P=01034)
Those chromium data are to be restricted to
those collected in 1984 (BD-840101,ED=841231)
Specifications for all maps (flagged by MSPARMS=
BEGIN,MODELL) include that the 50th percentile
(median) of the data is to be calculated (%TILE
50T=A) and those percentile values are to be
divided into four equal groups(GROUPSQ); all
Maren 20. 1985
-------
soecial MS? keywords are sandwiched between
the keywords' "MSPARMS and STOPMS?"
The first "plot" is to calculate the 50th
percentile of chromium values for the firs-
six months of the year (SEG = 0001-0005) but not
to print the map of these 'values (TRNDNLY; the
request not to print the map is optional, but
it is not needed if only the trend map is
wanted)
The second "plot" is to calculate the 50th
percentile of chromium values for the secand
six months of the year (SEG=0007-0012) but not
print the map (TRNDNLY)
The trend map be created by considering the
values of the 50th percentile .of chromium in
the first of the above plots, the January-June
plot, the one against which the second "plot",
from July to December, is to be- compared
(TPLOT,EARLY=1L, LATE=2L)
The trend map -is to have a title on its legend
' reading "TRENDS IN CHROMIUM AT DOWNGRADIENT
WELLS - 19-84" (LABEL= ..... ) ' .
The mapping MSP-specific keywords are finished
(STOPMSP)
The outlines of the stream reaches and the
state borders are to be overlaid on the map
(BACKGRND=REACHES,BACKGRND=STATE) .
An example of the trend map resulting from a similar
retrieval request can be seen in' Exhibit V-4.
5. 5 Interfaces with Other Important Data Analysis
Systems "
STORET data may be channeled through other data.
analysis software available on EPA's IBM computer. One
software system that will be of great interest to RCRA
users will be the Statistical Analysis System (SAS).-
Users may perform many different kinas of sophisticated
statistical analyses on their data using SAS, including
the Student's T-Test.
Another type of software that would be of interest
to RCRA/STORET users is the software developed by
Tennessee Valley Authority (TVA) STORET users to produce
contour maps of their data. This software plots isobars
of concentrations of hazardous substances on a map.
March 20, 1985
-------
EXHIBIT V-4
Example Of STOEET Retrieval Output Of
Procram To Plot A Statistical Represer.'
ion Of Changes In Concentration Over T:
(?GM=MS?, Trendpiot)
-*4
V*9 a C
> * /'
t * ' *>-' 990
"'ef^' -1 * ' a.a^s-s'a
T* * a a aja a)a
4 _3f»^9 9 9 9^. , - ^ VA* 9 « - »
9« 99 « a 3 7 , . i 9 i'. IO 9 J
*»* A^'S"- 99 4 a * 9 a a **"' -vX- a . .
y* '^' ' ^^ ^»*«*9«a ^* a«^V^(/''. » a *
-^ T*-a i^' 9 a a j 8 a a ^/Va *?::+*
March 20, 1985
5-10
-------
A detailed description of how to perform Student's
T-Tests and contour mapping programs on STORE! data will
be included in later versions of this manual.
This concludes the 10/85 version of the RCRA/STORET
Users' Manual.
5-11
OCT 1985
-------
APPENDIX A
STORET STATION-TYPE CODES (AS OF 3/7/85
March 20. 1985
-------
APPENDIX A
STOKBT Station-Type Codes (as of 3/7/«5)
Cocle
lief in it ion
>
I
LEVEL 1 CODES; (EACH STATION MUST HAVE EXACTLY ONE)
OCEAN THE STATION MONI'IURS WATER FROM THE OPEN SEA. '
LAKE THE STATION MONITORS WATER IN A LAKE.
STREAM 'HIE STATION MONITORS WATER IN A RIVER OR STREAM.
SPRING THE STATION MONITORS WATER TAKEN FROM A SWING.
WELL THE STATION MONITORS WATER IN A WELL OR GROUNIWATER SITE.
ESTURY 'HIE STATION MONITORS WATER IN THE ESTUARY ZONE
UE1WEEN A STREAM AND 'DIE OCEAN.
PIPE THE STATION MONITORS WATER AT SOME POINT WITHIN
A MAN-MADE FACILITY, SUCH AS A TREATMENT PLANT
OR INDUSTRIAL SITE. USE "PIPE" WIEN THE STATION
MONITORS THE EFFLUENT DISCHARGE.
LND 'HIE STATION MONITORS SOIL OR CROW GROW ON SOIL MUCH
. HAS RECEIVED HAZAltfXJUS OR TOXIC MATERIAL(S) OR STATIONS
NOT LOCATED WITHIN A WATER HODY.
CANAL THE STATION MONI'IURS WATER IN A CANAL OR IN A DRAIN.
RESERV THE STATION MONI1URS WATER IN A RESERVOIR.
LEVEL 2 CODES; (EACH STATION MUST HAVE EXACTLY ONE)
AMUNT THE ONLY VALID LEVEL 2 CODE UNLESS LEVEL 1 IS "PIPE".
USED 'IU INDICATE '1MB SAMPLE WAS GATHERED IN A NATURAL
UUDY OF WATER, AS OPPOSED TO WI'lllIN A FACILITY OR IN
THE EFilJJENT.
a
-i
o
:r
£
-------
APPENDIX A (continued, p. 2)
S1URET Station-Type codes (as ot 3/7/U5)
Code (Definition
THE REMAINING LEVEL 2 CODES ARE ONLY VALID IF LEVEL 1 IS CODED "PIPE";
SEWER THE STATKJN WONI'IURS WITHIN A SEWER. (FURTHER IDENTIFIED IN LEVEL 5)
INPLNT THE SAMPLING POINT IS INSIDE A TREATMENT FACILITY, AND '11 IK
DEITH CODE (X)NVENnoNs (SEE STORLT HANIUOOK) fou EXALT
LOJATIDN WILL HE USED.
NTK1MT THE SAMPLES ARE (lATHEKED AT A IXJINT Wilfc^E N() POU.LfriUN
A11ATEMENT PROCESS HAS BEEN PERbURMED ()N 'DIE WA'IHR.
t^'RIMT THE SAMPLES ARE GATHEitED AT A PO1N11 WHERE SOME, tiUf NOT
ALL, OF THE INTENDED POLLUTION ABATEMENT PROCESSESS HAVE
BE EN PEIU-URMED.
TREA'HD THE SAMIJLES ARE GATHERED AT A POINT WHERE NO FURTHER
POLLUTION ABATEMENT PROCESS WILL BE PERUJRMED.
CMLJfRT THE POIN11 WHERE SAMPLES ARE GATHERED IS NOT CLEARLY
> IN ANY OF THE ABOVE TREATMENT STATUS CODES.
I
K)
LEVEL 3 CODES; (REQUIRED IF LEVEL 1 IS "PIPE". OPTIONAL OTHERWISE. USE ONLY ONE)
MJN THE SITE FROM MUCH SAMPLES ARE GATHERED IS PRIMARILY
ASSOCIATED WITH MUNICIPAL WATER SUPPLY AND/OR SEWAGE.
IND HIE SITE FROM WHICH SAMPLES ARE GATHERED IS PRIMARILY
ASSOCIATED WITH INDUSTRIAL WATER INTAKE AND/OR EFH.UENI'.
CMBrtI THE SITE HAS BOTH OF THE ABOVE ATHUBUTES.
AGRI THE STATION MONITORS WATER ASSOCIATED WITH AGRICUL'lURAL,
SILVKULTURAL, OR FEEnLOT DISCHARGES.
LEVEL 4 COOES; (REQUIRED IF LEVEL 3 IS USED. OPTIONAL OTHERWISE. USE ONLY ONE)
INTAKE THE SITE FROM WHICH SAMPLES ARE GATHERED IS PRIMARILY
« ASSOCIATED WITH A WATER INl'AKE.
9 OUTFL 'HIE SITE FRCM WHICH SAMPLES ARE GATHERED IS PRIMARILY
g ASSCXTIATIJ) WITH POLLUTANT EFHAJIiMl'.
CMBSRC 'HIE SITE HAS turil OF 'HIE ABOVE A'l
-------
I
Ul
n
:»
K)
o
APPENDIX A (continued, p.3)
STORE!1 Station-Type Codes (as of 3/7/85)
Code
Definition
LEVEL 5 COOES; (OPTIONAL.MISCELLANEOUS ADDITIONAL INFORMATION.ANY COMUINATIONS CAN HE USED)
SUPPLY WATER OTHER THAN WASTI-.WATER, FIUM A WATER SUPPLY SYSTEM.
RUNOFF Tilt; STATION MONITORS STORMWATER.
HRZTL A HORIZONTAL WELL, USUALLYASSOCIATED WITH THE LEVEL 1 CODE WELL.
GALEKY tiAl.LEUY.AN UNDEMGWXIND STKUC'IURE DESIGNED TO COLLECT
SimSlJKKACE WATER.
TUNNEL '1UNNEL, ASSOCIATED WI1U THE LEVEL I CODE, WELL.
NONlWr li-VTA IS ASSOCIATED WI'llI AN EFULUENT MUCH IS NOT A POIW SOURCE.
RANNEY RANNEY COLLECltJR, USUALLY ASSOCIATED WI'IH WE LEVEL 1 CODE, WELL.
FISH S'I'ATKJN WHERE FISH (TO INCLUDE COASTAL AQUATIC LIFE) ARE COLLECTED,
IDENTIFIED, AND ANALYZED FOR PRESENCE OF CONTAMINANTS.
PRECIP THE STATION WJNITORS ItAIN WA'I-ER.
SOLIDS STATIONS WHERE SLUUiL' OR SEDIMENT IS SAMPLED.
MET STATION MDMTORS MEIVX)RUf.OiICAI. DATA.
SliSOIL STATION MONI'IURS DRAIN TILES, OR OTHER LOCATIONS JUST UELUW THE SOIL SURFACE.
TISSUE PLANT OR ANIMAL MA'JTER IS ANALYZED.
CMUSWR COMBINED SEWER.
SANSWR SANITARY SEWER.
S'IMSWR S'lURMWATER SI^/ER.
NRSIWE THE SAMPLING Sl'ltl IS LESS THAN 3 KM FI«)M A MAJOR SHORE.
OFSHRE THE SAMPLING SITE IS FROM 3 TO 8 KM FROM A MAJOR SHORE.
OPENLK THE SAMPLING Si I'E IS GREATER THAN 8 KM FROM A MAJOR SHORE.
MONITR SAMl^LE TAKEN AT A SOURCE MONITORING SITE.
NET SAMPLE TAKEN AT A NE1WORK STATION.
HACK SAMPLE IS CONSIDERED OF UACKGIOJND WA'IER QUALITY HOR
MONl'lXjRIMi J'UIUXJSES.
DOW\I SAMPLE IS TAKEN IXJWNtiRADIENT OF A FACILITY WHICH HAS
A POTENTIAL TO POLLUTE.
POLLUr SAMPLE TAKEN IN RESPONSE TO'POLLUTION INCIDENT.
MINE WATER ASSOCIATED WITH MINING ACTIVITIES.
IMPIJMT THE SITE FROM WHICH SAMl'LE JS GATHWU) IS ASSOCIATED Wl'lll
A WASTE PIT, POND OR I^OJN ( IMPOUNDMENT).
-------
APPENDIX'A (continued, p.4)
STORhT Station-Type Codes (as of 3/7/85)
Code Definition
LEVEL 5 CODES (continued)
LNDFL WATER ASSiX'IATED WITH A LANDFILL.
SPRAY WATER ASSOCIATliU WITII A SVRM IUHICATION SITE*
SI.UIXJE WM'liW ASSUCIAThJlJ Wl'fll A SLUIIiE SPRl^ADIMJ SITE.
DEVLM1* SAMPLE TAKEN AT A DEVELOPMENT SITE.
ONLOT WATER ASSfJCIATfcl) WI'W AN ON-LUF SEPTIC SYSTEM.
HAZARD SAMPLE I'AKEN FROM A SI'lTi Wflll IIAZAKDOUS SUBSTANCE.
0
1
n
o>
-------
' APPENDIX B
SITE DESCRIPTOR PARAMETER CODES, VALUES., AND DEFINITION
March 20, 1985
-------
Appendix D
Site Descriptor Parameter Codes, Values, and Definition
Parameter
Code Naine
Facility Descriptors
84059 Well ownership
Physical Setting Descriptors
84000 Geologic aye or foniBtion mine
84001 Aquifer name
84060 Totxxjraphy
Values
PR1V
OOMM
STATF;
COKP
FED
INST
See
Appx.l
See
Appx.l
,VALLY
SUDPE
IILLTP
DRAW
FLAT
ALVFN
PLAYA
Value Definitions
Private
Coninercial
Statercial
Corporation
Federal
Institutional
Valley
Slope
Hilltqj
Draw
Flat
Alluvial fan
Playa
O
-------
Appendix B (continued, p.2)
Site Descriptor Parameter Codes, Values, and Definition
Parameter
Code Naiie
Physical Setting Descriptors (continued)
04060 Tqxxjraiiiiy (continued)
Values Value Definitions
STHCH
DUNES
FLPLW
LSM
MNGRV
ESTRY
PEDMT
TERJC
UNDLG
OTHER
Stream channel
Local depression
Dunes
Flood plain
Sinkhole
l^ake, swaiip, or niarsh
Mangrove swanp
Offshore (estuary)
Pediment
Alluvial or narine terrace
Undulating
Other
84111
Lithologic Modifier
OW
GP
GM
GC
SW
SP
Well graded gravel, gravel-sand mixture,
little or no fines
Poorly-graded gravels, gravel-sand mixture,
little or no fines
Silty gravels, gravel-sand-silt mixture
Clayey gravels, gravel-sand-clay mixtures
Well-graded sands, gravelly sands, little 01
no fines
Poorly-graded sands, gravelly sands, little
or no fines
O
-------
Appendix D (continued, p.3)
Site Descriptor Paraiieter Codes, Values, and Definition
Parameter
Code
Name
Physical Setting Descriptors (continued)
84111 Li tho logic modifier (continued)
84112
Source of geohydrologic data
Values
Value Definitions
SM Silty sands, sand-silt mixtures
SC Clayey sands, sand-clay mixtures
ML Inorganic silts and very fine sands, rock
flour, silty or clayey fine sands or clayey
silts with slight plasticity
CL Inorganic clays of low to medium plasticity,
gravelly clays, sandy clays, silty clays, lean
clays
OL Organic silt and organic silty clays of low
plasticity
Mil Inorganic silts, micaceous or diatouuceous fine:
sand or silty soils
CH Inorganic clays of high plasticity, fat clays
OH Organic clays of medium to high plasticity,
organic silts
PT Peat, humus, swamp soils with high organic
contents
DRLLG Driller's log or report
OjGST Private geologist/consultant
GPHYS Depth interpreted from geophysical
logs by some source agency
MEMRY Memory
OV\NOP Reported ty well owner /operator
o
-------
Appendix y (continued, p.4)
Site Descriptor Parameter Codes, Values, and Definition
Parameter
Code
Maine
Physical Setting Descriptors (continued)
84112 Source of geohydrologic data
73661 Depth to top of lithologic unit
73662 Depth to bottom of lithologic unit
Well Descriptors
84063 Drilling method
Values Value Definitions
OTHER
RAGNC
EPA
STATE
CL
ESDIJ3
AIRRT
BORE
CABLE
DUG
IIYDKT
JET
AIRPR
RVRT
DRIVN
DWAS1I
OTHER
Reported ty other
Measured ly reporting agency
EPA
State
Contract labs
ESD labs
Depth in feet to top of aquifer unit
Depth in feet to bottom of aquifer unit
Air rotary
Bored or augered
Cable-tool
Dug
Hydraulic rotary
Jetted
Air"percussion
Reverse rotary
Driven
Drive-wash
Other
-------
Appendix B (continued, p.5)
Site Descriptor Parameter Codes, Values, and Definition
Parameter
Code
Name -H; >", ',
V ' . if I
Values Value Definitions
Well Descriptors (continued)
84063 Drilling method (continued)
82509
72001
72008
Screened interval
Depth of l£>le
Depth of well
TRNdl
SLDAG
BKTAG
IILWftG
WLINE
Trenching
Solid auger
Ducket auger
Hollow auger
Wire line
Length of screen, in feet
Depth, in feet below I£D, of borehole into
wliich well was placed
----- Depth, in feet below LSD, or well bottom
o
o
-------
A{)pendix B (continued, p.6)
Site Descriptor Paraneter Codes, Values, and Definition
Parameter
Code
Well Descriptors (continued)
84113 Well intake finish
Values
Value Definitions
'PCWCT Porous concrete
FIPRF Field (jerforations
FCPKF tactory perforations
IIZIjGL Horizontal gallery
OPNND Open erjd
MSCFN Screen, machine slotted
FSCRN Screen, field slotted
WSCFN Screen, wrapped wire
SNDPT Sand point
PSYN Porous synthetic
WALLD Walled
OPNIiL Cpen hole
OTHER Otl^er
FRCRK Fractured rock
LVRSC Ijouvered or shutter-tyije screen
MSHSC Mesh screen
PEKFC Perforated, pourous, or slotted
WWDSC Wire-wouml screai
SNDPT Sand point
WLDSH Walled or shored
OPNHL Open hole
UNKSC Screen type unknown
OTHER Otter
UNKN Unknown
O
-------
Appendix B (continued, p.7)
Site Descriptor Parameter Codes, Values, and Definition
Parameter
Oode
Name
Well Descriptors (continued)
84114 Well Casing Material*
Values Value Definitions
DRSBZ Brass or bronze
SS305 Stainless steel 305
SS316 Stainless steel 316
OTfBS Other stainless steel
SrEEL Steel
CTSTL Coated steel
COPPR Copper
GALFE Galvanized iron
WRTFE Wrought iron
OT1IRM Other metal
URICK Brick
CNCRT Concrete
PVC PVC
FBRGL Fiberglass
OTHPL Other plastic
TEFLN Teflon
HOCK Rock or stone
TIIJC Tile
WOOD Wood
OTHER Other
-------
Appendix B_(continued, p.8)
Site Descriptor Paraneter Codes, Values, and Definition
Parameter
Code
Name
Well Descriptors (continued)
84115
'type of Material fran Which
Opening is Made
Values
Value Definitions
BRSBZ Brass or bronze
SS305 Stainless steel 30!..
SS316 Stainless steel 316
OTIISS Other stainless steel
SFKEL Steel
CrSTL Coated steel
COPPR Copper
GALFE Galvanized iron
WKTf'LJ VArought iron
OTIIRM Otlier metal
BRICK Brick
CNCKI' Concrete
PVC tVC
FBRGL Fiberglass
afUPL Other plastic
TtFLN Teflon
ROCK Rock or stone
TILE Tile
WOOD Wood
OTIItK , Other
-------
Appendix D (continued, p.9)
Site Descriptor Parameter Codes, Values, and Definition
Parameter
Code
Name
Well Descriptors (continued)
Values Value Definitions
84116
Drilling Fluid (to be used with
parameter code 84063, "drilling
method"; to enter several, enter
as serrate records one minute
apart)
AIR Air
WAftR Water
BENTT Dentoiiite
OTINO Other inorganic
REVRT Revert
OORG Other organic
84055
Available logs
E E:iectric log
G Gaimia log
L Lithologic log
D Drillers log
T Tenperature log
C Caloper log
R Radiation log
DRLTI Drilling time log
CSOOL Casing collar log
FLOQN Fluid conductivity log
GSAMP Geologists or'sanple log
o
o
tn
-------
Appendix B (continued, p.10)
Site Descriptor Paraiieter Codes, Values, and Definition
Parameter
Code Naue
Well Descriptors (continued)
84055 Avar lable lo
bottom of seal
U3
CO
tn
-------
Appendix B (continued, I>_._11)_
Site Descriptor Parameter Codes, Values, and Definition
Parameter
Code Name
Well Descriptors (continued)
84118 Method of development
73664
73665
73666
73667
73668
Top of casing below LSD
Bottom of casing sequent below LSD
Casing thickness
Diameter of open section
Width of opening
Values Value Definitions
AIRFT
BAILD
CGMPK
WJTTD
NONE
PUMPD
SRGBL
OniER
Air lift
Railed
Blown or surged with expressed uic
Washed or jette
-------
Appendix D (continued, p.12)
Site Descriptor Paraneter Codes, Values, and Definition
Parameter
Code Name
Weil Descriptors (continued)
73669 Length of well opening
Values Value Definitions
long dimension of perforations or slots,
individual openings in screen or slotted
pipe (in inclies)
84119
73670
Source of evacuation data
Well casing outer diameter
EPA
OWOP
a,
ESDLB
STATE
OTHER
EPA
Owner/operator
Contract labs
ESD labs
State
Other
Diameter, in inches, from center of well to
outside of casing
02513
73671
Casing inner diameter
Rore hole diameter
Diameter, from center to inner casing, in
inches
Diameter of hole into which well it; in^ei
in inches
-------
Appendix B (continued, p.13)
Site Descriptor Parameter; Codes, Values, and Definition
Parameter
Code
Well Descriptors (continued)
84120 PackJng material
73672
73673
84061
Date of analysis
Date of extraction
Well use
Values Value Definitions
SAND Sand
GRAVL Gravel
NBKFL Natural backfill
SYNTH Synthetic
Date sanple was analyzed in laboratory or
field to obtain reported value, in YYMMDD
Date organic extraction was iik'ule to obtain
reported value, in YYMMDD
OUSWL Observation well
WTRSP Water Supply
PETRD Oil or gas
RSRCH Research
INJCT Injection/disposal
ABAN Abandoned
DLWTR Depressuring/
dewatering
MINNS Minning
IMJSD Unused
CD
O
-------
Appendix B (continued, p.14)
Site Descriptor Paraneter Codes, Values, and Definition
Parameter
1. Code Maine
Well Descriptors (continued)
84061 Well use (continued)
84056
Type of water use
Values Value Definitions
REQIG Recharge
DRAIN Drainage
M3NWQ Water quality
monitoring
ANOD Anode
EMSPL Stand-ty emergency supply
GBOTI1 Ceothermal
SICIS Seismic
HTKES Heat reservoir
MINE Mine
REPRS Repres su ri ze
TESr Test
UMJSD Unused
VADRL Witlidrawal of water
IJSTRD Destroyed
OTHER Other use
UNKN Unknown use
DMSIX: Domestic
IM) Industrial
PUBSP Public supply
(X)MM Coinrercial
-------
Appendix B (continued, p.15)
Site;Descriptor Parameter Codes, Values, and Definition
Parameter
Code
Name
Well Descriptors (continued)
84056 aype of water use (continued)
Values Value Definitions
FIRE
PHDC
IRRIG
STKSP
AC
BOTTL
MIDIC
RECR
DSAL
COOL
DEWTR
POWR
MING
AQCLT
INST
UNUSD
Fire protection
Processing
Irrigation
Stock supply
Air condition
Bottling
Medicinal
Recreational
Desalination
Cooling
Dewater
Power
Mining
Aquacultural
Institution
Unused
Other
o
o
to
cc
-------
APPENDIX C
REMARK CODES TO USE WITH STORET DATA
March'20, 1985
-------
APPENDIX C
, Remark Codes to use with STCRZT Daca
Code Def in i t ion
Blank No remark
J Estimated value
K Actual value is known to be less than the value shown
L Actual value is known to be greater than the value
shown
M Presence of material verified but not quantified
N Presumptive evidence of presence of material
U Material specifically analyzed for but not detected
S Results based on colony count outside the acceptable
range (non-ideal colony count)
C-l
March 20. 1985
-------
APPENDIX D
SAMPLE DESCRIPTOR PARAMETER CODES, VALUES, AND DEFINITION
March 20. 1983
-------
Appendix D
Sanple Descriptor Parameter Codes, Values, and Definition
Parameter
Code
Name
Values Value Definitions
Sample purpose descriptors
84053 Saiiple type and frequency
l\iQM
WQQ
WOS
WOA
WLC
WIM
WUQ
WLS
VILA
Water
Water
Water
Water
Water
Water
Water
Water
Water
quality, monthly
quality, quarterly
quality, semi-annually
quality, annually
level, continuous
level, monthly
level, quarterly
level, semi-annually
level, annually
04067
Nature of monitoring
SELF Facility collected and analyzed sauple
OQMP Regulating agency collected iind analyzed
sanple for coirpliance monitoring
-------
O
O
D (continued, p.2)
SaijiJle Descriptor Parameter Codes, Values, and Definition
* i»'i
Parameter ^ . ''"'fK'-',;^
Code >.'Name ;
Sample purpose descriptors (continued)
84121 Regulating agency
84122 Sanple purpose
.'' :''V"
Values
STKTK
FliDL
OTID;R
I3KGRI)
GWQAL
UVQM..
CNTMN
AShWl1
FRM1T
Value Definitions
State is regulating facility
Federal agency is regulating facility
Otlier agency is regulating facility
Sanpled to determine lackgrouml levels
Sampled to determine ground-water quality
Sanpled to determine ground-water suita-
bility as drinking water source
Sanpled to determine ground-water contain i.nat i.> >n
' Sanpled as part of facility's assessment plan
Sanpled as part of facility's permit reqtiirt.:m..>nt
Sanpling condition descriptors
73674
72000
Production l«svel
Elevation of land surface datum
Water level, in feet below 1^1), while well v:..:,
discharging
Elevation of land surface, in fe^t ^»bjvo im.iii
sea level
cr
a.
tr.
-------
Appendix D (continued, p^jj^
Sari|->le Descriptor Paraneter Codes, Values, and Definition
Parameter
Cbde
Maine
Values Value Definitions
Sampling oondition descriptors (continued)
71993 Elevation of ground water Elevation of top of water table at sanpiing
. point, in feet above mean sea level
72019 Depth to water level Depth, in feet, from land surface to top of
water table at sanpling point
82545 Water level relative to mean sea level Difference between top of water table ami
mean sea level at saupling j>oiiit
82514 Measuring jxunt elevation Elevation of neasuring point, in feet above:
mean sea level
82546 Depth from level to Measuring point Depth, in feet, from land surf dice Lo mea^ur
point, in feet
Sampling/Analytical Methods Descriptors
73675 Volume of water evacuated from well In gallons
prior to saiiple collection
C~J
To
CO
-------
Appendix D (continued, p.4) '
Sanple Descriptor Parameter Codes, Values, and Definition
Parameter
Code
Name
Values Value Definitions
Saiiipling/analytical met)>ods descriptors (continued)***
84119
Source of evacuation data
84124
Method of evacuation
EPA
OWOP
CL
ESDI,
STATE
OTHER
Ai'UM
HAIL
GOMPA
JETD
PERP
CENP
PITP
SMPL
BUCKT
RTFMP
SDPMP
TBPMP
PSPMP
BQTVU
SRNGD
IXJLVD
DLDRT>
EPA v
Owner/opera tor
Contract labs
ESD labs
State
Other
Air lift
Bailed
Coirpressed air
Jetted
Peristaltic pump
Centrifugal puitp
Pitcher pump
Sanpler
Bucket
Itotary pump
Submersible puii|>
Turbine pump
Piston pump
Dottom valve bailer
Syrinye bailer
iXial valve bailer
Bladder punp
-------
Appendix D (continued, p.5)
Sanple Descriptor Parameter Codes, Values, and Definition
Parameter
Code Name
Values
Value Definitions
SampIing/analytical methods descriptors (continued)
I,
84124 Method of evacuation (continued)
84125
Method of Water-Level Measurement
NLFTP Nitrogen lift puinp
CCMPN Compressed nitroyen
LMKN Unknown
OTI1ER Other
ARLAIS Airline measurement
ANGRP Analog or graphic recorded
CAR1M Calibrated airline measurement
ESr Intimated
PRSG Pressure-gage measurement
CPRSG Calibrated pressure yaye
GPIIYS Interjireted from geophysical
MNMFR Manometer
NRIDCG Non-recording gage
INKN Reported, method unkiwwn
STLTP Steel tape
BCTP Klectric tape
CIU..IN Chalk line
SOUND Sounder
CELTP Calibrated electric tape
OTIltlR Other
UNKN Unknown
.
"O
-------
Appendix D (continued, p.6)
Saiiple Descriptor Parameter Codes, Values, and Definition
Parameter
Code
Sampling/analytical methods descriptors (continued)
84126 Sourue of depth data
84127
Method of depth measurement
Values Value Definitions
DRLUJ
GLGST
GPIIYS
MEMRY
OWNOP
RAGNC
EPA
STATK
CL
ESDIJ3
STLTP
ESP
CJ1LIN
SfJiJND
GPIIYS
IWKN
Driller's log or report
Private geologist/consultant
Depth interpreted from geophysical logs
ty sone source agency
Memory
Reported ly well owner/opera Lor
Reported ly other
Measured ly reporting ageu:y
t:PA'
State
Contract late
ESD labs
Steel tape
fctunated
Chalk line
Souruler
Interpreted from geophysical lo
-------
ix D (continued, p. 7)
Sairple Descriptor Parameter Codes, Values, and Defini.ti.cr>
Parameter
Code Name
Sampling/analytical methods descriptors (continued)
84120 Source of water level data
84077
Monitoring well saiipling method
Values
DRUG
Q/GST
GPIIYS
MEMRY
OWNOP
OTHER
RAO^C
EPA
STATE
a,
ESDLB
APLM
HAIL
OOMPA
JETO
PERP
QJNP
P1TP
Value Definitions
Driller's log or rejxirt
Private yeologist/oonsultant
Depth interpreted from geiiphysical ICKJS by
sotie source agency
Memory
Ileported ly well owner/operator
Reported ty other
Measured ty reporting ageicy
EIJA
State
Contract labs
ESD labs
Air lift puiip
Bailed
Coirpressed air
Jetted
Peristaltic pump
Centrifugal pump
Pitclier pump
it*
-o
-------
Appendix D (continued, p.O)
Saiiple Descriptor Paraneter Codes, Values, and Definition
Parameter
Code Name
Sampling/analytical methods descriptors (continued)
84077
00008
72004
Monitoring well sanpling method
(continued)
Lab identification number
Pumping period
Values
SMPL
BUCKT
WPMP
SBPMP
TBPMP
PSPMP
SRNGB
DULVB
NLFl'P
COMPN
LMKN
Value Definitions
Sarqiler
Ducket
Rotary puinp
1\jrbine punp
Piston jxuip
l^ottau valve bailer
Syringe bailer
Dual valve bailer
Bladder fxjjip
Nitrogen lift pump
Oonpressed nitrogen
Uioknown
Coded identification number for
where saiiple was
Punpiny or flow per iod prior to
minutes
u
c-
-------
Appendix p (continued, p. 9)
Saiiple Descriptor Parameter Codes, Values, and Definition
Parameter
Code
Name
Values Value Definitions
Sampling/analytical methods descriptors (continued)***
04062 SaiiiJlijtcj point description FJJDSR
PMl'US
K1CCRD
surface
Top of casing
Punp l>ase
Continuous recorded
84129
Data quality assessrnsnt
(See Section 4.5 of tliis manual for cxx'ie
identification)
I
-------
APPENDIX E
SYSTEM MULTIPURPOSE KEY ("SMK") NOTATION FOR RCRA/STORET USERS
-------
APPLNDIX K,
System Multipurpose Key ("SMK") Notation for RCRA/STORLT Users
The "SMK" is a 6-digit nuinber which will be used to describe tl>e way jj,n which a RCRA ground-^v/ater sanple
was colleced. One S^w^H^be entered for each sampling event (each replicate may be considered a sanpling
event). ' The value of'tJie^MK will be divided; up into several components. Only the first four of the seven
digits have been defifi^ ^asiyet. The components of the first four digits of the SMK will be as follows:
Digit ., _;_ . Component Definition
1 Identifies whether the sanple is a replicate sample, i.e.* one of a set of splits
taken from the well, and/or a field aliquot and/or a lab aliquot; value is one ol:
several codes whose values are presented in the table following this page
2 Identifies the split number of the sairple whose values are reported; for exaiiple,
if a saiiple has 4 splits, the values reported for the analysis of the first replic-
ate would have a SMK with a "1" as the second digit, the values remitted for the
analysis of the second split would have a value of "2" for the second digit of the
SMK, etc.
3 Identifies the number of the saiiple which was divided in the field; for exanpJe,
if a sanple was collected in the field and divided into several vials for analysis,
the reported values of the analysis of the first of the field aliquots would have
a value of "1" as the third digit of the SMK, the reported values of the' second -oi
the field aliquots would have a value of "2" as the third digit of the SMK, etc:.
4 Identifies the number of the sanple which was divided in the lab; for uxaiiplc, ii
a saiiple was collected in the field and divided into several sanples at the lab,
the reported values of the analysis of the first of the lab aliquots sanples would
have a value of "1" as the fourth digit of the SMK, the reported values of the
second of the lab aliquots would have a value of "2" as the fourth digit of the
SMK, etc.
10
CO
en
-------
APPLNDIX K (continual, page 2)
System Multipurpose Key ("SMK") Notation for RCRA/STORET Users
E'irst digit code
Split
Field Aliquot
Lab
0
1
2
3
4
5
6
7
__
*
X
X
X
X
X
X
X
:
X
X
X
-.
X
X
For exaiiple, if a sauple is the first of several sanpies which were divided in the fit;Id, the SMK
might look like:
where:
5110000
Ilie first digit value of "5" says the sairple is a field aliquot of a split sanple
Thie second digit value of "1" identifies that this is the first of the rojvirted .split
'The third digit value of "1" says that this is die first of the field aliquot
'Hie fourth digit value of "0" says tlvit no division was made at the lab
'Ihe fifth, sixth, and seventh digit values of "0" show thses fields us yet iindel'iiK..-.l.
-------
: APPENDIX F
USER MULTIPURPOSE KEY ("UMK") NOTATION FOR RCRA/STORET USERS
OCT 1985
-------
APPENDIX F
User Multipurpose Key ("UMK") Notation for IKJRA/STORE'r Users
The "UMK" is an 8-digit number.which will be used to describe the iiethod in which a RCKA 9rouiid-water
sanple was collected and analyzed. There will be one "UMK" per sampling event (each replicate nay be consid^-i.
a saiipling event). The value of the UMK will be dividied up into several coiiponents, each telling a different.
aspect of the techniques used when the sanple was collected and analyzed. The conponents of die eight diqit^
of the UMK will be as follows:
Digits Component Definition '
1-2 Coded value for sanpler type (see acooiipanying tables)
3-5 Identifies up to three different neterials iiaking up the saiipling equipment, 1-digif.
each (see tables)
6 Flag for indicating whether the reported values were determined in the lab of the
field (see tables)
7-0 Coded value to identify analytical method used to determine re£>orted values (see
tables)
o
o
CO
CO
en
-------
APPENDIX F (continued, p.2)
Sandier-Type Values for Digits 1 and 2 of the LMK
Codes for Digits Definition
1 and 2
00 fcfttry not needed/not applicable
01 Bottom valve bailer
02 Syringe bailer
03 Dual valve bailer
04 Rotary punip
0!i Centrifugal
U6 Peristaltic
07 Bladder puiip
OB lUrliine puinp
09 Piston
10 Air lift
11 Nitrogen lift puiip
12 Conpressed air
13 Conpressed nitrogen
14 Unknown
15 Otlier
CD
-------
o
o
10
GO
cn
AP1MMHX F (continued, p. 3)
User Multipurpose Key ("UMK") Notation for RCRA/STORLT Users
Sampler Material Codes for Digits 3,4, and 5 of the LMK
One cole per digit, up to three nay be stored per sanple
Code for Digit 3 and/or
4 and/or 5
Definition
0 Not applicable
I Stainless steel
2 Polyviriyl chloride (IVC)
3 Teflon
4 Polyalkene (polyethylene, polypropylene, etc)
5 Nylon
0 Rubber
7 Other
-------
APHMHX F (continued, p. 4)
User Multipurpose Key ("LM(") Notation for RCRA/STORET Users
Lab or Field Determination Flag as Sixth Digit of the LMK
Cede Definition
to
co
01
0 Not applicable
1 EPA Lab (in-house and contractors)
2 EPA field (in-house and contractors)
3 Owner/operator, field
4 Owner/operator, lab
5 Contract, field
6 Contract, lab
7 Unknown
0 Other
-------
o
o
8
en
APPENDIX F (continued, p.5)
User Multipurpose Key ("UMK") Notation for RCRA/STORET Users
Analytical Method Codes for the 7-8 Digits of the UMK
Code for 7th
and 8th digits Definition
00 Not applicable
0.1 Gas chronatography/inass spectrometry (GC/MS)
02 Gas chromatography/flame ionization detector (GC/FID)
03 Gas chronatography/electron' capture detector (GC/ECD)
04 Gas chroinatography/theriral conductivity detector (GC/TD)
05 Gas chroiratography/other
(J6 Liquid chroma tog raphy
07 Otlier chromatography
08 Atomic ateorption spectropliotometry, fla>ne (AA/flame)
09 Atomic absorption spectro£iiotoinetry, furnace (AA/fumace)
10 Atomic absorption spectrophotometry, otlier
11 Inductively coupled plasma (ICP)
12 Specific ion electrode (includes pfl)
13 Resistivity or conductivity
14 . Other electrochemical
15 Colorimetric
16 Infra-red spectrometry (IR)
17 Other spectrophotometric
18 Titration
19 Unknown
20 Other
-------
APPENDIX G
STORET PARAMETER CODES FOR SUBSTANCES MONITORED
UNDER 40 CFR §265.92 FOR FACILITIES WITH RCRA INTERIM STATUS
March 20. 1983
-------
APPENDIX G
STQRET Parameter Codes for Substances Monitored Under 40 Cm $265.92
For Facilities with RCR/V Interim Status
Substance
STOWET IftKAMETOR COTES
Ttotal or
Whole Mater
Sample Units
Dissolved
Fraction
of Water- Units
Suspended
Fract ion
of Water Units
K>
O
Drinking Water Suitability Parameters-
Arsenic
Barium
Cadmium
Chromium
Fluoride
lead
Mercury
Nitrate (as N)
Selenium
Silver
Endrin
Lindane
Methoxychlor
Toxaphene
2,4-D
2,4,5-TP Silvax
Radium (226 & 228)
. Radium (226)
. Radium (228)
Gross Alpha
Gross Beta
01002
01007
01027
01034
00951
01051
71900
00620
01147
01077
39390
39782
39480
39400
39730
39045
11503
09501
11501
01501
03501
ug/1
ug/1
ug/1
ug/1
mg/1
ug/1
ug/1
ntj/1
ug/1
ug/1
ug/1
ug/1
ug/1
ug/1
ug/1
ug/1
fCi/1
[Ci/1
[Ci/1
[Ci/1
[Ci/1
01000
01005
01025
01030
00950
01049
71890
n/a
01145
01075
39391
38341
38478
39401
n/a
n/a
n/a
09503
81366
01503
p3503
ug/1
ug/1
ug/1
ug/1
mg/l
ug/1
ug/1
ug/1
ug/1
ug/1
ug/1
ug/1
ug/1
fCi/1
[Ci/1
[Ci/1
[C i/l
01001
01006
01026
01031
82299
01050
71 895
n/a
01146
01076
39392
n/a
39479
n/a
39733
n/a
n/a
09505
81368
01505
03505
UQ/1
UJ/1
IIKJ/1
urj/1
ug/l
iKJ/1
ug/l
[t: i/i
[C i/l
i<: i/l
-------
APPENDIX G (continued)
STGttbT Parameter Codes for Substances Monitored Under 40 CFR §265.92
For Facilities with HCRA Interim Status
Substance
)rinking Water Suitabil
Turbidity
Col i form Bacteria
Col i form Bacteria
STCRET fttRAMETER CODES
Total or
Whole Water
Sample Units
Dissolved
Fraction
of Water Units
Suspended
Fraction
of Water Units
ity Parameters (continued)
(Mem Fil)
(Fenn Tube)
00076 hach ftu
31501 c/lOOml
31505 mpn/lOOml
n/a
n/a
n/a
n/a
n/a
n/a
iround-Water Quality Parameters
Chloride
Iron
Phenols
Sodium
Sul fate
00940 mg/1
01045 ug/1
32730 ug/1
00929 mg/1
00945 mrj/1
82295 ug/1
01046 ug/1
32732 ug/1
00930 mg/1
00946 mg/1
n/a
01044 ug/1
32733 ug/1
00928 nij/1
n/a
Ground-Water Contamination Indicator Para-
meters
pll
Specific conductance
Total Organic Carl ton
00400 s.u.
n/a
00095 urnhos/cm n/a
00680 mrj/1
00681 mg/1
n/a
n/a
00689 mg/1
Total Organic Halogen
. Purgeable organic halogen DX20
. Total organic
. Total organic
. Total organic
halogen DX20
hal ogen
halogen
70354 ' ug/1
70353 ug/1
81375 ug/1
78115 ug/1
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
-------
APPENDIX H
CURRENT STATUS OF PARAMETER CODES FOR 40 CFR §261 APPENDIX VIII
HAZARDOUS SUBSTANCES IN STORET
Marcn 20. 1983
-------
APP1MJIX II
Current Status of Parameter Codes for 40 CFR §261 Appendix Vill Hazardous Substances in STCRET
Substance Name *
Acetonitrile (Ethaneidtrile) (Methyl Cyan-
ide (Acetonitrile))
Acetophenone (Etlianorie, l-phenyl)
3-(aipha-AcetonylbeiJzyl)-4-hydroxycoumarin
and salts (Warfarin)
2 -Ace ty land not luorene (Acetarnide, N-(9II-
fluoren-2-yl)-)
Acetyl chloride (Etlianoyl chloride)
l-Acetyl-2-thiourea (Acetaiidde. N-(amino-
thioxanethyl)-)
Acrolein (2-Propenal)
Acrylaiidde (2-Proj>eiiaiiiide)
Acrylonitrile (2-Proptinonitri le)
o
_. 1 Appendix VI I f pseudonym in parens, STOW
oo difft.-rei»t from A|)|)cndix Vill names.
en
Para.
Cotle(s)
7699?
81553
78755
73500
73501
73502
73503
34210
34211
34212
34213
342 14
79540
82158
73504
34215
34216
34217
34218
'.T para.
Medium
TOTAL
TOT
SED
i
IOTAL W
D1SS
SUSP
SED
TIS
WAS
IN AIR
'ii/rw
DJSS .
SUSP
SliD
name (underlined ami
Urdts
UG/L
UG/L
UG/KG
UG/L
UG/L
UG/L
UG/KG
M3/KG
MG/KG
NG/CC
IX3/L
UG/L
UG/L
UG/KG
in [Wtrt
Cas No.
75058
98JJ62
9.3862
81812
53963
75365
591082
10702U
107028
, 107028
DRY WGT 107028
WET WJT 107028
107028
107028
7'JOol
107131
107131
107131
DRY WGT 1071 3 1
ins ) i f siijui f ii.vml ly
-------
APPENDIX II (p.2)
Current Status of Parameter Codes
Substance Name ^
Acrylonitrile (cont'd)
Aflatoxins ("N.O.S")
Aldrin (l,2,3.4,lO.10-llexachloro-l,4,4a,
5, 8, 8a, Ob-hexahydro-endo, exo-1 , 4 : 5 , 8-
dimethanonaphthalene)
Allyl alcohol (2-Propen-l-ol)
Aluminum phosphide
4-Aminobi£)iienyl ( [1 , 1 '-Uijjhenyl j"-4-
amine) (P-Aminobiphenyl )
for 40 CFR
Para.
Code(s)
34219
79541
U2159
§261 Appendix VIII Hazardous Substances in STORET
Medium
TIS
WASTE
IN AIR
Units
M3/KG WLT WGT
M3/KG
NG/CC
(!as No.
107131
107131
107131
not applicable to RCRA/STORET
39330
39331
39332
346UO
39333
39334
45f>65
46274
61460
61461
61462
79542
81713
73505
73506
77581
TOT
IMS
SUS FRAC
TIS
SKI)
SlIELFlSll
ADIPOSE TIS
SOIL
SIJJIXJE LIQ
SLUDGE SOL
SLUIJGE TOT
WASTE
aiEL
lOfAI,
UG/L
UG/L
UG/L
MG/KG WET WGT
UG/KG DRY WGT
UG/KG WT
MJ/KG
NG/G
UG/L
UG/KG
UG/L
MG/KG !
UG/KG DRY Wl'
UG/L
309002
309002
309002
309002
309002
309002
309002
3090O2
309002
3O9002
3090O2
309002
309002
107IH6
2UU!i973li
92071
1 Appendix VII! paeudc»iyni in parens, STORET para, name (underlined and In parens) if siyni fic.tuL ly
different from Apfjendix VI11 names.
-------
APPENDIX li (p.3)
Current Status of Parameter Codes
Substance Name *
6-Amino-l , la, 2 , 8, Oa, Ob-hexahydro-8-
(hydroxymethyl )-8a-methoxy-5-niethyl-
carbamate azirino[2' ,3' :3,4]pyrrolo
[1 , 2-a ]indole-4, 7-dione, (ester) (Mi t-
onycin C) (Aziririo[2'3:3,4]pyrrok>
( 1 , 2-a) indole-4, 7-dione, 6-aiuino-
8-[ ( (aiiiinocarbonyl )oxy ) methyl ]-l , la, 2,
8,8a,8b-hexahydro-8amethoxy-5-i»ethy-)
5-(Aminojnethyl)-3-isoxazolol (3(2ll)-
Isoxazolone, 5-(amiionethyl)-) 4-
Aminopyridine (4-Pyridinamine)
Amitrole (lll-l,2,4-Triazol-3-aiidne)
Aniline' (Benzenautine)
Antimony and coiipoiinds ("N.O.S.")
Aramite (Sulfurous acid, 2-chloroethyl-,
2-[4-(l,l-dintethy.lethyI )phei£>xy]-l-
inethylethyl ester)
for 40 CFR
Para.
Code(s),
73507
73508 ,
73509
77089
01097
01095
010%
01098
01099
71919
79547
73510
$261 Ap[>eridix VIII Hazardous Substances
'
Medium Units
.
TOTAL UG/L
TOT UG/L
DISS UG/L
SUSP UG/L
SliD MG/W3 DRY WGT
. TIS MJ/W3 WLT
fISil UG/GM DWr
WASTL- MJ/KG
in S'lDRLIT
Cas No.
50077
2763964
61025
62533
7440360
74403bO
7440360
7440360
7440360
7-140360
7440360
1.40 570
1 Appendix VIII pseudonym in [>arens, STORCT para, name (underlined and in parens) if significantly
different frun Appendix VIII names.
QJ
cn
-------
APPENDIX II (p.4)
Current Status of Parameter
' '': j :':..-
Substance Name * , ' ^ *i j
Arsenic and compounds ("N.Q.S.")
Arsenic acid (Ort In arsenic acid)
Arsenic pentoxide (Arsenic (V) oxide)
Codes for 40 CFR
Para.
Code(s)
01002
997
995
1000
22678
22680
22679
9%
1001
970
1003
1004
1252
46551
61520
61521
61522
71918
79548
81743
82504
82505
82506
73511
73512
§261 Appendix VIII
i.
r .-'','
Medium ,
TOT
*TOT INORG
OISS 1NOI3J
Disr.
UISS ORG
TR1 DISS
PENT DISS
SUSP INORG
SUSP
TOT REC
SO)
T1S
ELEC T.
SLUDGI-J LIQ
SLUDGL; SOL
SLUIXJE TOT
FISH
WASTl£
SHULL
DIS DDP
ItJSOL DD
TOT DRY
Hazardous Substances
Units
UG/L-
UG/L
UG/L
UG/L
UG/L
UG/L
UG/L
UG/L
UG/L
UG/L
M3/KG DRY WGT
M3/KG WLT WGT
IJJ/D/CtS
UG/L
MG/L
M3/KG
MG/L
UG/GM DWr
MCJ/KG
M3/KG WLT
UG/KG
UG/KG
UG/KG
in STORLT
Gas No.
7440382
7440382
7440302
7440382
7440382
7440382
7440382
7440382
7440382
7440382
7440382
7440382
7440382
7440382
7440382
7440382
74403U2
7440382
7440382
7440382
7440382
7440382
7440382
7778304
1303282
tJi
1 Appendix VI II pseudonym in parens, STORliT para, name (underlined and in parens) if significantly
different frcjm Aj>f>eiidix VIII names.
-------
APPENDIX M (p.5)
Current Status of Parameter Codes for 40 CFR §261 Appendix VIII Hazardous Substances
Substance Naire * (',v, :
1 ' ' ..-i;i'.u !'''<;;. i
Arsenic trioxide (Arsenic (ill) oxide)
Auramine (Benzenamine, 4,4'-carbonimid-
oylbis[N.NH)imethyl-,inoiiohydrochloride)
Azaserine (L-Serine, diazoacetate (ester))
Barium and con[xxinds ("N.O.S.")
Barium cyanide
Benz[c]acridine (3,4-Benzacridine)
Benz[a]anthracene ( 1 . 2-Beiizanthracene)
o
Para.
Gode(s)
; 73513
73514
73515
01007
01005
46558
OlOOG
01000
oiooy
01215
01216
01217
79550
81658
81828
( Medium
. '. \< « -
:
TOT
DISS
DISS .+
SUSP
TOT.REC.
1)1 S DRY D
INS DRY D
IDT DRY 0
WASTE
PI3I
31ELL
Units
' 1 " f
UG/L
UG/L
UG/L
UG/L
Ki/KG-BA DRY WGT
UG/L
UG/KG
UG/KG
UG/KG
M3/KG
MG/KG WbT WGT
M3/KG WCT WGT
in S1URET
Cas No.
1327533
2465272
L 15020
7440393
7440393
7440393
744039}
74-10393
7440393
7440393
7440393
7440393
7440393
7-140393
7440393
See "Barium"; see "Cyanide"
73516
34526
34527
34528
34529
34530
£5 1 Appendix VI 1 1 pseudonym in parens, STORCT para.
'POT V/I«
DISS
SUSP
SEU
TIS
name (underlined and
UG/L
UG/L
UG/L
UG/KG DRY WGT
M3/KG WLT WJT
in i^arens) if sifjni
225514
50553
56553
50553
50553
50553
f iecint. ly
different from Apj>endix Vlll
-------
APPENDIX II (p.6)
Current Status of Parameter Codes for 40 CFR
Substance Naiit? *
Benz[a]anthracene (continued)
Benzene (Cyclohexatriene)
Benzenearsonic acid (Arsonic acid, plienyl-)
Benzerve, dichloronethyl-Oieruicil chloride)
( dich loropl >eny Imethane )
Benzenethiol (Thiophenol )
Benzidine ([1,1* -Biphenyl J-4 , 4 'diamine)
Benzo(b) f luoranthene ( 2, 3-Benzof luor-
anthene)
Para.
Oode(s)
79509
34030
34235
34236
34237
34230
78124
79551
73517
77902
73510
39120
34239
34240
34241
39121
79553
34230
34231
34232
34233
$261 Appendix
Medium
. WASTE
TOT
DISS
SUSP
SED
TIS
IOJ VOL
WASTE
TOT
tJl SS
SUSP
TIS
SED
WASTE
TOTAL
DISS
SUSP
MJD
VIII Hazardous Substances in STORET
Units
MG/KG
UG/L
UG/L
, UG/L
UG/KG DRY WGT
MJ/KG WET WGT
UG/L
NG/KG
UG/L
UG/L
UG/L
UG/L
MS/KG WET WOT
UG/KG DRY WJT
M3/KG
UG/L
UG/L
UG/L
UG/KG DRY Wl1-
Q»s No.
50553
71432
71432
71432
714J2
71432
71432
71432
yuuss
98B73
10d9b5
92075
92075
92075
92075
920/5
92075
2(JfVJ92
2(JS'->'J2
2()'VJ92
1\)5992
1 Appendix VIII pseudonym in parens, STORCT para, name (underline«l and in parens) if siynific.-tni.ly
different from Appendix VLll names.
-------
APPENDIX II (p.?)
Current Status of Parameter Codes 1
Substance Name *
Benzo( j ) f luoranthene ( 7 , 0-Benzof luor-
anthene) ( 10, ll-benzo(j)f luoranthene)
BenzoLaJpyrene (3,4-Benzojjyrene)
(Benzo-a-pyrene)
p-Benzcquinone ( 1 , 4-Cyc lohexadienedione)
Benzotrichloride (Benzene, trichknometh-
yl) (trichloromethyl benzene)
Benzyl chloride (Benzene, (chloromethyl)-)
Beryllium and coii|xxmds ("N.O.S.")
for 40 CFR
Para.
Code(s)
77800
70122
34247
34240
34249
34250
34251
79532
73519
77677
73520
01012
01010
01011
00990
01013
34252
61523
61524
§261 Appendix V
Medium
TOTAL
TOT
TO1W
D1SS
SUSP
SED
TIS
WASTE
TOTAL
TOT
DISS
SUSP
TOT. REG.
SID
TIS
SLUDGE LIQ
SIUDGK SOL
'III Hazardous Substances
Units
UG/L
UG/L
UG/L
UG/L
UG/L
UG/KG DRY WGT
MG/KJG WbT liJGT
MJ/KG
UG/L
UG/L
UG/L
UG/L
UG/L
MG/KG DRY WGP
M3/KG WLT WGT
MG/L
MJ/KG
in S'lDl^ET
Cus NO.
205023
205023
50320
50320
50320
503 2U
50320
50320
.065.4
90077
.00447
7440417
74404.7
74404 1 7
744U417
7440-1 1 7
7440417
7440-117
7440417
o
o
1 Appendix VIII pseudonym in parens, SfORtlT para. nan»3 (underl in&\ and in parens) if signLf ic.mt ly
different from Appendix VII I names.
en
-------
APPENDIX II (p.a)
Current Status of Parameter Codes
Substance Name '
Beryllium and coii{Kxinds (continued)
Bis ( 2-ch loroethoxy) methane (Ethane, 1,1'-
[methylenebis (oxy ) ]bis [ 2-ch loro-] )
Bis(2-chloroethyl) ether (Ethane,
1,1* -oxybis [2-ch loro-] )
N,N-Bis(2-chloroethyl)-2-naphthylamine
(Ch lornaphaz ine )
Bis ( 2-ch loroisopropyl) ether (Propane,
2,2' -oxybis [2-ch loro- ] )
for 40 CFR
Para.
Code(s)
61525
79556
81854
82525
34278
34279
34280
34281
34282
79559
34273
34274
34275
34276
34277
79560
73521
73522
^261 Appendix VIII
Medium
SLUDGE TOT
WASTE
PISH
MACRO PI ff
TOTW
DISS
SUSP
SED
TIS
WAS
TO1W
DISS
SUSP
SED
TIS
WASTE
Hazardous Substances
Units
MG/L
MG/KG
M3/KG DRY WGT
M3/KG
UG/L
UG/L
UG/L
UG/KG DRY WGT
MG/KG WET WGT
MG/KG,
UG/L
UG/L
UG/L
UG/KG DRY WGT
MG/KG. WET WGT
M3/KG
in S'lORET
Cas No.
7440417
7440417
7440417
7440417
111911
1 1 191 1
111911
11191 1
11 1911
11.1911
111444
111444
1 1 1444
111444
111444
1 11444
49403 1
lUHGul
c.i
~- .1
1 Appendix V1I1 pseudonym in parens, STOKET para, name (underlined and in parens) if significant, ly
different frcjiii Apfiendix VIII nantis.
-------
APPENDIX II (p.9)
Current Status of Parameter ("odes
Substance Name *
Bis(chloromethyl) ether (Methane,
oxybis[chloro-] )
Bis(2-ethylhexyl) phthalate (1,2-
Benzenedicarboxylic acid, bis(2-ethyl-
hexyl) ester)
(Diethylhexyl phthalates)
(Phthalates, diethylhexyl)
Bromoacetone (2-Propannne, 1-bromo-)
Bromomethane (Methyl brcjmide)
(Methyl bromide)
for 40 CFR
Para.
Code(s)
34268
34269
34270
3427 L
34272
32147
39100
39103
39104
39107
39102
39099
39101
39106 ,
73523
34413
34414
34415
34416
34417
79653
02169
§261 Appendix VIII
Medium
TOM
DISS
SUSP
SUD
TIS
IN AIR
TOTAL
DISS
SUSP
SUS.FRAC.
MJD-
TIS
PlSll
SUXJIi SIT
TOTW
UISS
SUSP
SED
TIS
WASTE
IN AIR
Hazardous Substances
Units
UG/L
UG/L
UG/L
UG/KG DRY WG'l1
MG/KG WLT WbT
NG/CC
UG/L
UG/L
UG/L
MJ/KG D Wl1
UG/KG DRY
MJ/KG .WLT WLiT
UG/KG WWF
UG/KG 1) Wl'
IXJ/L
UG/L
UG/L
UG/KG DRY WGT
M3/KG WR1' WLiT
MG/KG
NG/CC
in S'lURLT
(ias No.
5421J81
542001
542U01
542001
54 200 1.
542001
117017
117017
117017
117017
117U17
117017
117017
117017
59fi.il 2
74039
74039
74039
74039
74039
74039
74039
1 Appendix VI 1 1 pseudonym in [>arens, S1ORET para,
different from Af)jwndix VI 1.1 names.
name (underlined and in parens) if si
-------
APPENDIX H (p.10)
Current Status of Parameter Codes
Substance Name 1
4-Bromophenyl [)henyl ether (Benzene,
1 -brono-4-phei toxy- )
Brucine (.Strycluudin-lO-oiui. 2,3-
dimethoxy-)
2-Butanone peroxide (Methyl ethyl ketone,
peroxide)
Butyl benzyl phtlvUate ( 1,2-Benzenodicar-
boxylic acid, butyl phenyl methyl ester)
(N-Butyl benzyl phthalate)
2-sec-Butyl-4,6-dinitropht!Mol (1NUP)
(Phenol, 2,4-dinitro-6-( l-methylpropyl)-)
(Dinoseb)
(2 Secondary Butyl 4,6-ninitrophenol)
for 40 CFR
Para.
Code(s)
34636
34637
34638
34639
34640
73524
73525
34292
34293
34294
34295
34296
81207
02226
30779
30780
30781
30782
§261 Appendix
Medium
rcnw
UISS
SUSP
SliD
TIS
IDTAL
DISS
SUSP
MUD
TIS
TOT
WATER
DISS
SUSP
SED
TIS
VIII Hazardous Substances
Units
UG/L
UG/L
UG/L
UG/KG DRY WGT
MG/KG WLT WbT
(JG/L
UG/L
UG/L
UG/KG DRY
M3/KG WLT
UG/L
UG/L
UG/L
UG/L
UG/KG
M3/KG
in S'lUUKT
(^ib No.
101553
101553 '
10).!)53
101553
101553
357573
1J 302 3-1
05QJ7
05607
B56U7
85607
05QJ7
00057
80057
00057
OOO57
00057
OOO57
1 Appendix VI11 ptjeu
-------
APPENDIX II (p.11)
Substance Name
Cadmium arid conrjjounils ("N.O.S.")
or 40 CFR
Para.
Code(s)
01027
01025
46559
01113
82491
01026
01019
01028
01165
01253
46245
46269
46309
61526
61527;
61528
71940
71941
71940
79500
81214
01634
81728
01735
81744
01753
81772
§261 Appendix VI J
Medium
TOT
UJSS
DISS .+
TOT.REC.
TOP REC DD
SUSP
MUD
MJD
Tor.
DTPA
TOTAL
TOTAL
SUHJGL: LIQ
SLumu sot.
SIJUIGIi 'IDT
TIS
TOTAL FISH
LXTR
WASTE
COU) ILLINOIS
SIEIJ.
PLANKIXDN
ZOOPLANK
SIIH.1,
INl'tlKS'l' WAT
AQ M2
Units
IJG/L
UG/L
UG/L
UG/L
UG/KG
;JG/L
M3/KG-CD WL'l' WGT
M3/WJ-CD DKY WGT
LBS/DAY
LB/D/CFS
MG/KG
M3/KG
M3/KG
M3/L
MG/KG
M3/L
MLJ/KG WLT WU11
UG/GM CW11
UG/L
MG/KG
MG/L
M3/KG I)IW VJU'l1
MG/KG DRY
MG/KG DRY
M3/KG WET
UG/L
MLJ/KG DRY WUT
(i»s No.
7440439
7440439
7440439
7440439
7440-139
7440439
'7440439
7440439
7440439
7440439
7440439
7440439
7440439
7440439
7440439
7440439
74 404 39
74 404 39
7440439
7440439
74 4(.W 39
7440439
7440439
7440439
744043':)
7440439
7440-139
o
o
1 Appendix VIII pseudonym in parens, STORJiT para, name (uiuierliiied and in parens) if si'ynific:.mt.ly
different from Ap[>endix VI 1C names.
CO
CD
en
-------
APPENDIX II (p.12)
Current Status of Parameter Codes for 40 CFR §261 Apjiendix VI 11 Hazardous Substances in STORET
Substance Name *
Cadmium and compounds (continued)
Calcium chrouate (Chromic acid, calcium
salt)
Calcium cyanide
Carbon disulfide (Carton bisulfide)
(Carbondisulfide(CS2) )
Carbon oxyfluoride (Carbonyl fluoride)
Chloral (Acetaldehyde, trichloro-)
(Chloral hydrate)
Ch lorambuci I (Butanoic acid, 4-[bis(2-
ch loroe thy I ) ami no] benzene- )
Chlordane (alpha and yamiia isomers)
(4,7-Methanoindan, 1,2,4,5,6,7,0,8-
octachloro-3, 4, 7, 7a-tetrahydro-)
(alpha and gaiium isomers)
( chlordane (teclt mix k metabs))
Para.
Code(s)
81780
81780
81932
02409
02490
(tedium
EP AL
ANML
SUSPEND
dIS DDP
INSQL DD
Units
MG/KG DRY WJT
MG/KG DRY VJGT
UG/G
UG/KG
UG/KG
CAS No.
7440439
7440439
7440439
7440439
7440439
See "Qiromiun"
See "Cyaiii«
01309
77041
78544
73526
39108
77447
73527
39350
39352
39353
39349
34682
39351
le"
TOT
TOTAL
SED
TOT
TOTAL
TECH&MET 'IDT
TEQI MET HIS
TECIIt«MI-:)' SUS
piai
TUL'IMiMET T1S
TEQUxMLT MUI3
UG/L
UG/L
UG/KG
MG/L
UG/L
IJG/L
UG/L
UG/L
UG/KG WWf
M3/KG WLM1
UG/KG DKY
75150
75150
75150
353504
75076
75U76
J05U33
57749
57749
.. 57749
57749
57749
57749
1 Appendix VI11 pseudonym in parens, STOKET para, nai'ae Tunderlined c»nd in parens) if siijni f icciut: ly
different frcjm Apj^endix VI11 nanes.
-------
APPENDIX II (p.13)
Substance Name
Chlordane (continued)
Status
uied)
of Parameter Codes for 40 CPR
Para.
Code(s)
61487
61488
61489
79583
81714
81863
§261 Appendix VIII
Medium
SLUDGE LIQ
SLUDGE SOL
SLumE TOT
TBL'IIMIX WASTE
S1IEL
SHELL
Hazardous Substances
Units
UG/L
UG/KG
UG/L
MS/KG
UG/KG DRY WGT
UG/KG WLT WUT
in STORLT
Cas No.
57749
57749
57749
57749
57749
57749
Chlorinated benzenes ("N.O.S.")
Chlorinated ethane ("N.O.S.")
Chlorinated fluorocarbons ("N.O.S.")
Chlorinated naphthalene ("N.O.S.")
Chlorinated i^henol ("N.O.S.")
Chlorcacetaldehyde (Acetaldd^yde, chloro-)
Qiloroalkyl ethers ("N.C.S.")
j>-Chloroaniline (lien^eiamine, 4-chloro-)
Chlorobenzene (benzene, cliloro-)
Not applicable to RCRA/STORLT
Not applicable to
Not applicable to
Not applicable to RCRA/STORLT
Not applicable to ICRA/S'IDRLT
73528
Not applicable to RCRA/STORLT
73529
34301
34302
TOTW
DISS
UG/L
UG/L
107200
106478
108907
108907
o
o
1 Appendix VI11 pseudonym in pareus, Slt)!^!' para, name (underline
-------
APPENDIX II (p. 14)
CurrenJ. Status of Parameter Codes
'. ' L ' -'
Substance Name 1 ' ; :,i^ )f
Chlorobenzene (continued)
Chlorobenzilate (Benzeneacetic acid, 4-
ch loro-alpha- (4-ch loropheriy 1 )-alpha-
hydroxy- , ethy 1 es te r )
p-Chloro-Hk-cresol (Phenol, 4-chloro-3-
methyl) (parachlorometa cresol (PCMC))
l-Chloro-2,3-ejx:>xypropane (Oxirane, 2-
(chloroirethyl )-)
( Epichlorohydrin )
2-Chloroethyl vinyl etlter (Ethene, (2-
ch loroethoxy ) - )
for 40 CFR
fePara. »
' ;Code(s)
34303
34304
34305
79506
82141
39460
39461
79007
34452
34453
34454
34455
34456
79602
77004
01679
34576
34577
34570
34579
34580
79526
02140
§261 Appendix VIII
Medium
SUSP
SED
TIS
WASTE
IN AIR
W1IL WFR SMPL
MJD DRY
l-'ISII
TOTW
DISS
SUSP
SED
TIS
WAS
TOTAL
TOT
TOTW
DISS
SUSP
SED
TIS
WAS
IN AIR
Hazardous Substances
Units
UG/L
UG/KG DRY WGT
MG/KG WET WUT
MG/KG
NG/CC
UG/L
UG/KG
UG/KG
UG/L
UG/L
UG/L
UG/KG DRY WGT
M3/KG WET WGT
M3/KG
UG/L
M3/L
UG/L
UG/L
UG/L
UG/KG DRY WGT
MS/KG WET WGT
MG/KG
NG/CC
in STORET
Cas NO.
108907
100907
100907
100907
100907
510156
510156
510156
59507
59507
59507
59507
59507
59507
106090
10609O
1 10750
110750
110750
1 10750
1 10750
1 107SH
J 10750
1 Appendix VI11 pseudonym in parens, STORET para, name (umlerlinetl and in parens) if si.
-------
APPENDIX jl (p.15)
Substance Name
Chloroform (Methane, trichloro-)
Chloromethane (Methyl chloride)
er Codes for 40 CFR
Para.
Code(s)
'' 32106
34316
34317
32003
32005
32021
32022
32270
34318
34319
79589
82149
34418
34419
34420
34421
34422
79654
82162
§261 Appendix VI 1 1
Medium
TOT
DISS
SUSP
CCE AND CAK
CCE
LTHER INSOLUliL
WATER SOLUUI JiS
EXT
SED
TIS
WAS
IN AIR
TOTW
DISS
SUSP
SED
TIS
WASTI2
IN AIR
Hazardous Substances
Units
UG/L
UG/L
UG/L
UG/L
UG/L
UG/L
UG/L
M3/L
UG/KG DRY WGT
KJ/KG WEI1 WGT
M3/KG
NG/CC
UG/L
UG/L
UG/L
UG/KG DRY WGT
MG/KG WLT WGT
MS/KG
NG/CC
in STORKT
Cas No.
67663
67663
67663
67663
67663
67663
67663
67663
67663
67661
67663
67663
74873
74873
74873
74873
7.'I873
74873
74873
Chloromethyl methyl ether (Methane,
chloromethoxy-)
73530
IU7J02
1 Appendix VIII pseudonym in parens, STORLT para.
different from Appendix VIII names.
name (underlined and in parens) if significantly
-------
APPENDIX 11 (p. 16)
Current Status of Parameter Codes
Substance NaiitJ *
2-Chloronaphthalene (Naphthalene, beta-
chloro-)
2-Chlorophaiol (Phenol, o-chk)ro-)
for 40 CFR !
I
Para.
Code(s)
34581
34582
34583
34584
34505
79527
34586
34507
34508
34589
34590
79523
&261 Appendi>
Medium
TOTW
DISS
SUSP
SICD
TIS
WASTE
TOTW
DISS
SUSP
SL'D
TIS
WAS
c VIII Hazardous Subatancet
Units
IX3/L
UG/L
UG/L
UG/KG DRY W3T
' MG/KG V\/L'l' WbT
NG/KG
UG/L
UG/L
UG/L
UG/KG DRY WGT
MG/KG WLT WUT
NC/KG
i in S'lORLT
(Jas No.
915U7
91507
9 1 507
91507
915U7
91507
95570
95570
95570
95570
9557U
95570
I- (o-Chioropheny I) thiourea (Thiourea, (2-
chlorophenyl)-) (N-(2-chiorcji»enyl) thlo-
urea; (o-chlorphenyl) tliiourea; l-(2-chlor-
ophenyl) thiourea l-(2-ctiIorji»enyl)-2-
thiourea; l-(ochloro[>henyl )-2-thiourea)
73531
3-Chloropro(>ioiiitrt 1 e
3-chloro-)
(ProfianenLtri le,
-coro- -iori)in'Oi>iiionitrile; beta-
chloro[oropionitri le; l-chloro-2-cyano-
ethane
73532
5344021
542767
I Appendix VIII pstjiattonym in parens, S*R)l
-------
APPENDIX II (p.17)
Current Status of Parameter Codes for 40 CFR
Para.
Substance Name * Code(s)
Chranium and coupounds ("N.O.S.") 01034
82O58
01030
01031
01118
01024
01029
01254
01255
46244
46271
46308
46560
61511
61512
61513
71939
71943
71947
81215
81217
81729
81736
81745
81773
81781
81789
§261 Appendix VIII
Medium
CR.TOT
TOTAL REMOVAL
DISS
SUSP
TOT.RUC.
MUD
SED
TOTAL
HEX
DTPA
TOTAL
TOTAL
D1SS.+
SLUDGE LIQ
SLUDGE SQL
SLUDGE TOT
FISH
'TOTAL FISH
EXTR
(HEX) ILL-COLD
TOTAL ILL-COLD
PiJWKTON
apOPLANK
SHELL
AQ MCDKY
El1 AIJWY
ANML DRY
Hazardous Substances
Units
UG/L
%
UG/L
UG/L
UG/L
M3/KG WET WGT
MJ/KG DRY WUT
LB/D/CFS
LD/D/CFS
M3/KG
MG/KG
M3/KG
UG/L
MJ/L
MG/KG
M3/L
UG/G OR M3/KG WT
IXJ/GM DWT
UG/L
M3/L
MG/L
M3/KG VKf
MG/KG DRY
MG/KG WET
MG/KG WGT1
MJ/KG VET
MG/KG WOT
in SIDI^T
Cas No.
7440473
744O473
7440473
7440473
7440473
7440473
7440473
7440473
7440473
7440473
7440473
7440473
7440473
74-10473
7440473
7440473
7440473
7440473
7440473
7440473
7440473
7440473
7440473
7440473
7440473
74 404 7 J
7440473
1 Appendix V£II pseudonym in parens, STORLT para, name (underlined and in parens) if significantly
different from Appendix VllI
-------
APPENDIX II (p. 18)
Current Status of Parameter Codes
Substance Name *
Chromium and coni>ounds (continued)
Chrysene (l,2-Denzi4ienanthrene)
Citrus red No. 2 (2-Naphthol, l-[(2,5-
dimethoxypheriy 1 )azo]- )
Coal tars ("N.O.S.")
Copper cyanide (cuprous cyanide; copper.
(l) cyanide; copper (2) cyanide; co£jper
(ll) cyanide; cupric cyanide)
Creosote (Creosote, wood) ("N.O.S.")
Cresols (Cresylic acid) (Phenol, methyl-)'
("N.O.S.")
for 40 CFR §261 Appendix VI 11 Hazardous Substances in STOKET
Para.
Code(s) Medium
81796 SHELL
82059 1DTAL
82399 HEXAVAL
82498 UIS D U P
82499 INSQL D D
82500 TOT l«i:C I)D
85007 'IXDTAL
34320 'lO'lW
34321 DISS
34322 SUSP
34323 StD
34324 T1S
79592 WASTE
73523
Not applicable to RCKA/STORLT
See "Copper"; see "Cyanide"
Not applicable to RCRA/STORLT
Not applicable to KCRA/SWKhT
1 Appendix VI I 1 pseudonym in p.irens, STOUET para, name (underlined arid
c5 different from Ap|>endLx VI ll names.
Units
M3/KG DRY
KG/UATQi
KG/BATQI
UG/KG
UG/KG
UG/KG
#/lJAY
UG/L
UG/L
UG/L
UG/KG DRY
M3/KG WET
MG/KG
iri parens)
C-as No.
War 7440473
7440473
7440473
74 4047 J
74404 7 J
7440473
7440473
2IH019
218019
21U019
WGT 210019
WGT 21U019
21 HO 19
03f>b5'JU
if siijni fit. vint ly
-------
APPENDIX H (p.19)
Current Status of Parameter Codes
Substance Name ^
Crotonaldehyde (2-Rutenal)
Cyanides (soluble salts and couplexes)
("N.O.S.")
Cyanogen (Ethanedinitrile)
Cyanogen bromide (liromine cyanide)
Cyanogen chloride (Chlorine cyanide)
Cycasin (beta-D-Glucopy ranosi.de, (methyl-
ONN-azoxy )methy I- )
for 40 CFR
Para.
Code(s)
77028
00158
00719
00720
00723
00722
34325
79595
85008
00721
01257
34326
61555
61556
61557
81208
81210
73534
73535
77022
73536
§261 Appendix VIII
Medium
TOTAL
W11L WAT FREE
FREE HOG METII
CN-TOT
DISSOLVE
FREE CN
SUSP
WASTE
TOTAL
SED
TIS
SLUDGE TOT
SLUDGE 9DL
SLUDGE LIQ
FREE
ILLINOIS
TOTAL
Hazardous Substances
Units
UG/L
KG/BATCH
UG/L
M3/L
UG/L
MG/L
MG/L
MS/KG
#/DAY
MG/KG DRY WGT
Ifl/D/CFS
MG/KG WET WGT
MG/L
M3/KG
MG/L
M3/L
MG/L
UG/L
in STOKET
Cay No.
4 1 70303
57125
57125
57125
57125
57125
57125
57125
57125
57125
57125
57125
57125
57 1 25
5712'i
57125
57125
4ul)195
5UGO.U
506774
149010(17
1 Appendix VIII pseudonym in parens, STORET para, name (underlined and in parens) if significantly
from Appendix VIIt
-------
APPENDIX fl (p.20)
Current Status of Parameter Codes for 40 CFR §261 Appendix VIII Hazardous Substances in STOKET
Substance Name
Para.
Code(s)
Med turn
Units
2-Cyclohexy 1-4,6-dinitro[ihenol (Phenol,
2-cyclohexy1-4,6-dinitro-)
73537
Cyclophosphamide (211-1,3,2-Oxazaphosphor- 73530
ine, [bis(2-chloroethyl)a»iirK}]-tetra-hydro-,
2-oxide)
liaunoiiycin (5,12-Naphtiliacenedione, (8S-
cis)-8-acetyl-10-[ (3-aniino-2,3,6-trideoxy )-
alpha-L-lyxo-hexopyranosyl)oxy]-7,8,9,10-
tetrahydro-6,8,11 -1 r il iy» iroxy-1 -methoxy-)
73539
No.
131895
50100
20030013
1
fJDD (Dichlorodii>henyldichloroetnane) 39310
( Ethane , 1,1 -dich kjro-2 , 2-bis ( p-ch loro- 39360
phenyl).-) (p.p'-DDO) 34651
39361
34652
39362
3931 1
39312
39313
39314
39363
39364
45559
46204
46205
61401
61402
1 Appendix VI 11 pseudonym in parent, STORLM1 para.
TOT
WIIL Wl'U SMl^L
DIS
FLT l-'liAC
SUS
SUS FRAC
SLID
TIS
TISSUE FAT
ORGANISM TOP
MJD
SIlEfJ^lSU
ADIlXDfili:
SOIL
SOIL
SUJDGI': L10
SlUI'Xil-: 90L
naiiki (underlined and
UG/L
UG/L
UG/L
UG/L
UG/L
UG/L
UG/KG'DRY WGT
MG/KG WLT WGT
UG/G
UG/G
UG/W3
IXJ/KG WT
TISMG/KG
NG/G
NG/G
UG/L
UG/KCi
in parens) if sbji
72540
72540
7254O
7254U
72540
72540
72540
72540
72540
72540
72'>-\H
712540
72540
72540
72540
72540
72540
li. |: ICalil i ,
different frtjiu A^ipendix VIII narnes.
-------
APPENDIX H
72559
72559
72559
72559
7255'J
72559
725')')
_. I Apjiendix VIII pseudonym in parent;, S'in
-------
APPENDIX H (p.22)
Current Status of Parameter Codes cor 40 CFR $261 Appendix VIII Hazardous Substances in STtHET
i
rj
K)
f
n
Substance Name *
ITO (continued)
liar ( Dichlorodiphenyl triclUoroe thane)
(Ethane, l,l,l-trichloro-2,2-bis(p-
chlorophenyl)-) (p^-DDT; HOT)
Para.
Code(s)'
81861
81896
85211
85218
85225
39300
39370
34655
39371
34656
39372
39290
39301
39302
39303
39304
39317
39358
39359
39373
39374
39375
39376
'39377
39378
45555
61475
*
MediVm
SHELL
TOT TISS
EGGS
AIR
PLANT
TOT
MIL SMPL
DIS
FLT FRAC
SUS
SUS FRAC
TISSUE TOT
SED
TIS
TISSUE FAT
ORGANISM TOT
FISH
(KGANISM TOT
SUM ANALOGS MUD
MUD
SHELFISH
SUM ANAIOGS ORG
SUM TISSUE
TISSUE FAT
SUM TISSUE
ADIPOSE TIS
SllinGE LIO
Units
. UG/KG WET WGT
MG/KG WET WGT
IIG/G
NG/M3
UG/G
UG/L
UG/L
UG/L
IJG/L
UG/L
UG/L
UG/G
UG/KG CRY WGT
MG/KG WET WGT
IJG/G
UG/G
UG/KG
UG/G
UG/KG
UG/KG
UG/KG WT
UG/G
UG/G
UG/G
FAT UG/G
MT./MG
UG/L
Cas No.
72559
72559
72559
72559
72559
50293
50293
50293
50293
50293
50293
50293
50293
50293
50293
50293
50293
50293
50293
50293
5029)
5029)
50293
5029)
5029)
5029)
50293
" ^/"XtZ ir.rSS."" 'Wa- "*" ""^ "* in »' « "a-mc-iy
-------
APPENDIX H (p.23)
Current SLatus of Parameter Coles
Substance Nante l
DOT (continued)
Diallate (S-(2,3-dichloroallyl) diisopro-
py I tl viocarbainate )
DibenzCa. h]acridir»e (1,2,5,6-Dibenzacri-
dine)
DibenzCa, j]acridine (1,2, 7,8-Dibenzacri-
dine)
DibenzCa, h]anthracene ( 1 , 2 , 5 , 6-Dibenz-
anthracene) (1, 2:5,6-dibenz(a)anthra-
cene)
for 40 CFR
Para.
Code(s)
61476
61477
79681
81715
81800
81801
81833
81862
85213
85220
85227
73540
73541
73542
34556
34557
34558
34559
34560
79040
79508
§261 Appendix
Medium
SLUDGE SOL
SLUDGE -IDT
WASTE
3IEL
SED
SED
FIS1I
3 JELL
EGGS
AIR
PLAN11
TOTW
DISS
SUSP
SED
TIS
TIS
WASTE
VIII Hazardous Substances
Units
UG/KG
UG/L
MS/KG
UG/KG DRY WGT
MS/KG WET WGT
MS/KG WET WGT
MG/KG DRY WGT
UG/KG WET WGT
UG/G
NG/M3
IJG/G
UG/L
UG/L
UG/L
UG/KG DRY WGT
M3/KG WET WGT
MG/KG WET WI1
M3/KG
in S'iDRET
Caa No.
50293
50293
50293
50293
50293
50293
50293
50293
50293
50293
50293
2303164
226J6U
224420
53703
53703
53703
53703
53703
53703
53703
1 Appendix VIII psciukxiyin in parens, SIX3RET [jara. name (underlined and in parents) if si'jiiil:ic-viiiLly
different from Ai^pendix VIII n.iines.
-------
APPENDIX II (p.24)
Current Status of Parameter Codes
Substance Maine *\ ;
7H-Dibenzo[c, g Jcarbazdle i ( J , 4 , 5 , 6-Dibenz-
carbazole)
Dibenzofa, e]pyrene ( 1 , 2, 4, 5-Dibenzpyrene)
Dibenzo[a,h]pyrene (1,2,5, 6-Dibenzpyrene)
(Dibenzo(b,def)chrysine)
Dibenzota,i]pyrene (1,2,7,8-Dibenzpyrene)
1 , 2-Dibrouo-3-ch loropropane ( Propane,
1 , 2-dibromo-3-ch loro- )
(dibromochloroprcpane; DDCP)
1 , 2-Dibrojiioethune (bthylene dibromide)
Dibramometliane (Methylene bromide)
Di-n-butyl phthalate ( 1 , 2-Benzenedicarb-
oxylic acid, dilxityl ester)
(Dibutyl phthalates)
for 40 Cl-'R §261 Appendix VIII Hazardous Substances in STOKET
Para.
73543
73544
73545
73546
38437
38438
38439
38440
38441
38760
38761
38762
38763
38764
77651
77596
39110
34327
39114
39115
; Medium
TOTW
DISS
SUSP
SED
TIS
TOTW
DISS
SUSP
SI3J
TIS
TOTAL
TOTAL
TOTAL
DISS
SUSP
SUS.FRAC.
Unlta
UG/L
UG/L
UG/L
UG/KG
Mi/KG
UG/L
UG/L
UG/L
UG/KG
MS/KG
UG/L
UG/L
UG/L
UG/L
UG/L
UG/KG D WT
Cas No. .
1
194592
.
192654
189640
109559
96128
96128
96128
96128
96128
96128
Qi -v 1 OCJ
J*J L £tj
%128
96128
%128
106934
7495J
84742
84 74 2
84742
84742
o
1 Appendix VIII pseudonym in j>arens,
different from Appendix VI11 names,
71' para, name (underlined and in parens) if siynif icvuitly
-------
APPENDIX H '''". ; .
Di-n-butyl phthalate (continued)
o-Dichlorobenzene (benzene, 1,2-
dichloro-)
m-Dichl orobenzene (Benzene, 1,3-
dichloro-) ( m f p-d i chl oroben zene )
p-Dichl orobenzene ( Benzene , 1,4-
clichloro-)
n
^ 1 Apjieiviix VIII (iseudonyiii in |«
Jg diM'«?ivnl (run A|>|x-'ulix VI 1 1
m
. . Para." ,,'
Code(s)i
39111
39112
39113
34683
79599
39116
34536
34537
34538
34539
34540
79511
34566
34567
34568
34569
34570
79516
82512
34571
34572
34573
34574
34575
79517
irons, S'lWET para.
n.i«n.'s.
.'.',' i '
Medfaii
FISH
MUD '
FISH
TIS
WASTE
SLUGE STP
TOIW
DISS
SUSP
SED
TIS
WASTE
TOIW
DISS
SUSP
SED
TIS
WASTE
TOTAL
TOTW
DISS
SUSP
SED
TIS
WAS'It:
name ( under! ined
Units
. UG/KG WWT
UG/KG DRY
UG/KG WWT
MG/KG WET
MG/KG
UG/KG D WT
IK/L
UG/L
UG/L
UG/KG DRY WGT
MG/KG WET WGT
MG/KG
UG/L
UG/L
UG/L
UG/KG DRY WGT
MG/KG WET WGf
MG/KG
UG/L
UG/L
UG/L
IG/L
UG/KG DRY WGF
MG/KG WET WC.T
MG/KG
and in | wrens) if siijnif
Cas No.
84742
84742
84742
84742
84742
84742
95501
95501
95501
95501
95501
95501
541731
541731
541731
5417)1
541731
541731
541731
106467
106467
106467
106467
106467
106467
icanl 1 y
-------
APPENDIX H (p.26)
Current Status of Parameter Codes
Substance Name *
Dichlorobenzerie ("N.O.S.") (Benzene,
dichloro-C'N.O.s."))
3, 3'-DichlorobenzidLne ( [1 , 1 '-Diphenyl]
-4,4'-diamine, 3,3'-dichloro-)
l,4-Dichloro-2-butene (2-Butene, 1,4-
dichloro-)
Dich Lorodifluoranetl jane (Methane, di-
ch lor od i f 1 uoro- )
1 , 1 -Dich loroethane ( Ethy 1 idene dich loride )
for 40 CFR
Para.
Code(s)
§261 Appendix VIII Hazardous Substances
Medium
Units
in STORET
Cati No.
Not applicable to RCRA/STORhT
34631
34632
34633
34634
34635
79530
73547
34668
34332
34333
34334
34335
79604
82152
34496
34497
34498
34499
34500
79504
82144
TOTW
DISS
SUSP
SfcT)
TIS
WASTE
TOT W
DISS
SUSP
SED
TIS
WASTE
IN AIR
TOTW
DISS
SUSP
SED
TISS
1\IASTE
IN AIR
UG/L
UG/L
IJG/L
UG/KG DRY WJT
M3/KG WET WGT
MJ/KG
UG/L
UG/L
UG/L
UG/KG DRY WGT
MS/KG WET WGT
MG/KG
NG/CC
UG/L
UG/L
UG/L
UG/KG DRT WF
MG/KG WET Wl'
M3/KG
NG/CC
91941
91941
91941
9194L
91941
91941
110576
757 IB
757JB
75/1B
75710
757 IB
757 IB
757JB
75343
75343
75343
75343
75343
75343
75343
o
1 1 . ^ Ar^w^rwl ~t \t \/ 1 I 1 t~\t^f^t ti"^t~~*r\\ m\ Irk r*v^ V^r\f* t? 1 *f~\ DTi^T* «-i^» v-:» »-»^»rrt*-^ / > tkisl s-hv- 1 *mtx^.l i » i. 1 -tr-i B-V » *"i-kB-^^> 1 i f f»is-
different from Appendix VIII names.
-------
APPENDIX H (p.27)
Current Status of Parameter Codes
Substance Name '
1,2-Dichloroe thane (Ethylene dichloride)
trans- 1,2-Dichloroethene ( 1,2-Dichloro-
ethylene)
Dichloroethylene ("N.O.S.") (Ethene, di-
chloro-("N.O.S.M))
1,1-Dichloroethylene (Ethene, 1,1-di-
chloro-)
X
n
:r
o
- 1 A|>pendix VFII jiseudoMym in |V»rtins, S"l<
ffi till li.-iviil Irtui Ai>i)endix VIII luuiujs.
for 40 ere
Para.
Corle(s)1
32103
34531
34532
34533
34534
34535
79512
82142
34546
34547
3454B
34549
34550
79515
82165
Not appl
34501
34502
34503
34504
34505
79505
82166
HET para.
$261 Appendix VIII Hazardous Substances in STGRET-
Medium
TOT (
Tonw'
DISS
SUSP
SED
TIS
WAS
IN AIR
TOflW
DISS
SUSP
SED
TISS
WAS
IN AIR
icable to HCRA/STCRET
TOIW
DISS
SUSP
SED
TIS
WASTE
IN AIR
name (underlined and
Units
UG/L
UG/L
UG/L
UG/L
UG/KG DRY
MG/KG WET
MG/KG
NG/OC
UG/L
UG/L
UG/L
UG/KG DW
MG/KG WW
MG/KG
NG/OC
UG/L
UG/L
UG/L
UG/KG DRY
MG/KG WET
MG/KG
NGAX:
in parens)
Cas No.
107062
107062
107062
107062
WGT 107062
WGT 107062
107062
107062
156605
156605
156605
156605
156605
156605
156605
75354
75154
75354
WGP 75154
WGT 75354
75354
75JS4
it si
-------
APPENDIX H (p.28)
Current Status of Parameter Codes for 40 CFR
Substance Name l
Dichloromethane (Methylene chloride)
2, 4-Dich lorophenol (Phenol, 2,4-dichloro-)
2 , 6-Dich lorophenol ( E'henol , 2 , 6-dich loro-)
2,4-Dichlorophenoxyacet ic acid (2,4-D),
salts and esters (Acetic acid, 2,4-dichloro-
dichlorophenoxy-, salts and esters)
Dich loropheny 1 ars ine ( PI ieny I dich loro-
arsine)
Dichlorcpropane ("N.O.S.") (Profane,
dicliloro-, "N.O.S.")
Para.
Code(s)
34423
34424
34425
34426
34427
70750
79662
82167
34601
34602
34603
34604
34605
79521
77541
39730
39731
39732
39733
39734
73548
§261 Appendix VIII Hazardous Substances in STORET
': Medium
TOflW
DISS
SUSP
SED
TIS
SED
WASTE
IN AIR
TOW
DISS
SUSP
SED
TIS
WASTE
TOTAL
WML SMPL
MUD
FLT FRAC
SUS FRAC
FISH
Units
UG/L
UG/L
UG/L
UG/KG DRY W3T
MG/KG WET WGT
UG/KG
MG/KG
NG/CC
UG/L
UG/L
UG/L
OG/KG DRY WGT
MG/KG WET WbT
MG/KG
UG/L
UG/L
UG/KG
UG/L
UG/L
UG/KG WWT
Cas No.
75092
75092
75092
75092
75092
75092
75092
75092
120832
120832
1 20832
120832
120832
120832
87650
94757
94757
94757
94757
94757
696286
Not applicable to RCRA/STORET
1 Appendix VI11 pseudonym in parens, STORET para, name (underlined and in
different from Appendix VIII names.
if siyni f icunt ly
n
-------
APPENDIX U (p.29)
a
i
N»
f
0
K>
o
i
i *
Current Status of Parameter Codes
Substance Name '
1 , 2-Oichl oropropane ( Propyl ene d ichl or ide )
Dichloropropanol ( "N.O.S. " )
Dichloropropene ( "N.O.S. " )
1 , 3-Dichl oropropene ( l-Pro[>ene , 1,3-
dichloro-)
Dieldrin ( l^.S^.lO.lO-hexachloro-e^-
epoxy-l, 4,4a,5,6,7, 8,8a octa-hydro-endo-
exo- 1,4:5, 8-d ime tl tanonapl 1 1 hal ene )
for 40 CFR
Para.
Code(s)'
34541
34542
34543
34544
34545
79513
82164
Not appl
Not appl
34561
34562
34563
34564
34565
77163
8216)
39380
39381
39382
34684
39383
39384
39385
1 A|>pendix VIII pseudonym in jwroriti, S'ltHET para.
di 1 li.Ti.'iil tiuii Apiteiklix VIII luum.'s.
§261 Appendix VIII Hazardous Substances in ST
-------
APPENDIX H (p.30)
Current Status of Parameter Codes
Substance Naiie *
Dieldrin (continued)
l,2:3,4-Diepoxybutane (2,2'-Rioxirane)
Diethylarsine (Arsine, diethyl-)
N.N-Diethylhydrazine (Uydrazine, 1,2-di-
ethyl)
O,O-Diethyl S-niethyl ester of phosphorodi-
thioic acid (Phosphorolithioic acid, O,O-
diethyl S-niethyl ester)
for 40 CFR
Para.
Code(s)
39386
39387
39404
39405
39406
45566
46275
61463
61464
61465
79607
81716
81834
85215
85222
85229
73549
73550
73551
73552
§261 Appendix VIII
Medium
SAND
SHELFISI1
TIS
TISSUE FAT
ORGANISM TOT
ADIPOSE TIS
SOIL
SLUDGE LIQ
SLUDGE SOL
SLUDGE TOT
WASTE
31EL
FISH
EGGS
AIR
PLANT
1 Appendix VIII pseudonym in parens, STORET para, name (underlined and
c* different from Appendix VII I nanes.
Hazardous Substances
Units
UG/KG
UG/KG WT
MG/KG WET WUT
UG/G
UG/G
M G/KG
NG/G
UG/L
UG/KG
UG/L
MG/KG
UG/KG DRY WGT
MG/KG DRY WUT
UG/G
NG/M3
UG/G
'
in parens) if si'jnil'
in S'lORET
Qis No.
60571
60571
60571
60571
60571
t>0571
60571
i.n'j71
t,u571
60571
60571
60571
60571
60!57l
00571
6057 1
M64535
'to*122
1615801
32UA5H2
:ii;.inl ly
te
-------
o
o
APPENDIX H (p.31)
Current Slatus of Parameter Codes for 40 CFR §261 Appendix VIII Hazardous Substances in STOJenediol,
alpha,alpl»a-diethyl, bis(dihyrdrcxjen
phosphate, (E)-)
Dihydrosafrole (Benzene, 1,2-iiiethylene-
dioxy-4-propy1-)
3,4-Dihydroxy-a IpJia- (inetl ty laiiiino) rnethyl
benzyl alcohol (1,2-Benzenediol, 4-[l-
hydroxy-2-(niethylainino)ethyl]-)
Diisoi)roi3ylflnor(J[i>osphate (IW) (Phos-
phiorofluoridic acid, bis( 1-inethylethyl)
ester)
34336
34337
34330
34339
34340
73553
82192
73554
73555
73556
Medium
WATCR
DISS
SUSP
SOJ
TIS
WftThR
Units
UG/L
U3/L
UG/L
UG/L
UG/KG DRY WGT
M3/W3 Win1 WJ'l1
UG/L
Gaa No.
311455
U46G2
B4662
297972
5653.1.
'.M5U6
51434
55914
1 Appendix VIII pseupeik.)ix VI H names.
ant ly
co
CO
en
-------
APPENDIX H (p.32)
Current Status of Parameter Codes for 40 CFR §261 Appendix VIII Hazardous Substances in S'lURET
Substance Name *
Dimethoate (Phosphorodithioic acid, O,O-
diinethyl S-[2-(»iathylamino)-2-oxoethyl]
ester)
3, 3' -Dimethoxybenzidine ( [l , 1 ' -Biphenyl J
-4,4'diamine, 3-3'-dimethoxy-)
p-Dimethyiaminoazoljenzene (Benzenamine,
N, N-dimethyl-4- (pheny lazo) -)
7, 12-Dimethylbenz[a]anthracene ( 1 , 2-Deii2-
anthracehe, 7,12-dimethyl-)
3,3* -Dimethy Ibenzidine ( L 1 , 1 ' -Dipheny 1 ]-4, 4 '
-diamine, 3, 3 '-dimethyl-)
Dimethylcarbamoyl chloride (carbamoyl
chloride, dimethyl-)
1,1 -Dimethy Ihydirazine (IJydrazine, 1,1-
dimethyl-)
1,2-Dimethylhydrazine (llydrazine, 1,2-
dimethyl-)
Para.
Code(s) Medium
30458 DISS
30459 SUSP
30460 SED
30461 TIS
39009 VfVR FPD
46303 SOIL
46314 WHL SMPL
73557
73550
73559
73560
73561
81314 TOT
73562
*
Units
UG/L
UG/L
UG/KG
MS/KG
UG/L
NG/G
UG/L
NC/L
CdS NO.
60515
60515
60515
60515
60515
60515
60515
119904
60117
57976
1 19937
79447
57147
540730
1 Appendix VIII pseunym in parens, S1OKLT para, name (underlined and in parens) if significantly
different from Appendix VIII naires.
io
tft
-------
APPENDIX H (p.33)
Current Status of Parameter Codes for 40 CFR §261 Api>endix V/III Hazardous Substances in S'IDRliT
Substance Name l
3 , 3-Dimethy l-l - ( methylthio- )~2-butanone.
O-[ (methylamino)carl)onyl]oxiiiie (Thiofanox)
alpha.alpha-Dimethylphenethylaniirie (Ethan-
amine , I , l-dimethyl-2-phenyl- )
2 , 4-Dimethylphenol (Phenol, 2,4-diJiethyl-)
Dimethyl phtlialate ( 1 , 2-Benzenedicarbox-
ylic acid,- dimethyl ester)
Dimethyl sulfate (Sulfuric acid, dLnethyl
ester)
Dinitrobenzene ("N.O.S.")
Para.
Code(s)
73563
73564
34606
34607
34608
34609
34610
79522
34341
34342
34343
34344
34345
73565
Medium
TOTW
DISS
SUSP
SED
TIS
WASTE
IOTW
DISS
SUSP
SED
TIS
Units
UG/L
UG/L
UG/L
UG/KG DRY
M3/KG WEI1
M3/KG
UG/L
UG/L
UG/L
UG/KG DRY
M3/KG WLT
Cas No.
39196184-
122090
105679
105679
105679
VJGT 105679
VJGT 105679
105679
131113
13H13
131113
WGT 13H13
WGT 13 LI 13
7V7UL
Not applicable to RCRA/STORET
1 Appendix VI 11 pseudonym in parens, srORliT para.
O different from Appendix VCQ names.
£
en
name ( under lined and
in parens)
if sl'jiu ificantly
-------
APPENDIX It (p.34)
». . ^^^^""^^"fc^ . . ( .
i ' ' * ' . , - - ' ' . ' i - ' ' ' . '
Current Status o^ parameter Codes for 40 CFR $261 Appendix VIII Hazardous Substances in STCRET
I
CJ
Jt
t ;
I '' '
Substance Name V '
4,6-Dinitro-o-cresol and sal ts ( Phenol ,
2,4-dinitro-6-methyl-, and salts)
(DNOC; 4,6-Dinitro-ortho-cresol)
2,4-Dinitrophenol (Phenol, 2,4-dinitro-)
2,4-Dinitrotoluene (Benzene, 1 -methyl -2,
4-dinitro-)
2,6-Dinitrotoluene (benzene, 1 -methyl -
2,6-dinitro-)
s
n ~
Si Apjiendix VIII pseudonym in parens, .S'N
different f nut Appendix VIM names.
is
/ Para.
Corte(a)
34657
34658
34659
34660
34661
39920
34616
34617
34618
34619
34620
79523
34611
34612
34613
34614
34615
79524
34626
34627
34628
34629
34630
79525
WET para.
* ' '
'' f
Medium
TOIW
DISS
SUSP
SED
TIS
MIL SMPL
TOTW
DISS
SUSP
SED
TIS
WASTE
TQTIW
DISS
SUSP
SED
TIS
WASTE
TOTW
DISS
SUSP
SED
TIS
WASTE
name ( underl ined
Units
UG/L
UG/L
UG/L
UG/KG IBY
MG/KG WET
UG/L
UG/L
UG/L
UG/L
UG/KG DRY
MG/KG WET
MG/KG
UG/L
UG/L
UG/L
UG/KG DRY
MG/KG WET
MG/KG
UG/L
UG/L
UG/L
UG/KG I»Y
MG/KG WET
Mfi/KG
and in parens)
Cas No.
534521
534521
534521
WGT 534521
WGT 534521
534521
51205
51285
51285
WGT 512(15
WGT 51285
51285
121142
121142
121142
WGT 121142
WGT 121142
121142
606202
606202
606202
WGT 606202
WGT 606202
606202
if significant 1 y
-------
APPENDIX » (p.35)
X
I
LJ
U)
K)
o
'..;!.- '
Current Status 6| Parameter Codes
i, ' ' . ''j «:..-.
Sut)stance Name 1 :
Di-n-octyl plitlialate ( l,2-Uenzeii6dicarb-
oxyl ic acid, dioctyl ester)
1 , 4-Dioxane ( 1 , 4-Diethylene ox ide)
(Dioxane)
Diphenylamine (Benzenamine, N-phenyl-)
1,2-Diphenylhydrazine (llydrazine, 1,2-
diphenyl-)
Di-n-propylnitrosamine (N-Nitroso-di-
n-propylamine)
for 4QCFR
Para.
Code(s)
34596
34597
34598
34599
34600
79600
81582
82388
77579
34346
34347
34348
34349
34350
79514
34428
34429
34430
34431
34432
79668
$261 Appendix
Medium
TOT.
DIS
SUS
SED
TIS
WASTE
TOT
WATR
TCWVL
TOIW
DISS
SUSP
SED
TIS
WASTE
TOTIW
DISS
SUSP
SED
TIS
WASTE
VIII Hazardous Substances
Units
. UG/L
UG/L
UG/L
UG/KG CRY WGT
MG/KG WET WGT
MG/KG
UG/L
MG/L
UG/L
UG/L
UG/L
UG/L
UG/KG CRY WGT .
MG/KG WET war
MG/KG
UG/L
UG/L
UG/L
UG/KG HRY war
MG/KG WET WGT
MG/KG
in STCRET
Cas No.
117840
117840
117840
117840
1 17840
117840
123911
123911
122394
122667
122667
122667
122667
122667
122667
621647
621647
621647
621647
621647
621647
A|>(tc.'ulix VIII pseiKlonyiii in parens
iliHiMtMtl fi'un Apjioixlix VIM
S'in
-------
APPENDIX II (p.36)
Current Status of Parameter Codes
Substance Name *
Disulfoton (O,O-diethyl S-[2-(ethylthio)
ethyl] phosphorodithioate)
2,4-Dithiobiuret (Thioimidodicarbonic
dt amide)
Endosu 1 fan ( 5-tlorbornene, 2 , 3-dimethanol ,
1,4,5,6,7,7-hexachloro-, cyclic sulfite)
Endrin and metabolites (1,2,3,4,10,10-
hexach loro-6 , 7-epoxy- l,4,4a,5,6,7,8, 8a-
octahydro-endo, ei ido- 1,4:5, S-d i metl lano-
naphtlvalene, and metabolites)
for 40 CFR §261 Appendix VIII Hazardous Substances
Para.
Code(s)
81888
39010
39011
81887
73566
39388
82354
82355
81759
39389
39390
39391
39392
39393
39394
39395
393%
39397
45567
46276
61466
61467
34685
£, 1 Apfjendix VIII pseiulonym in parens, STORET para.
£> different f ran Ap|>endix VI 1 1 names.
ti
O
o
Medium
WHL WAT
WI« fVD
WTR t'PD
SED
WHL writ SMPL
DISS.
SUSP.
FIS1I
MJD
TOT
DIS
SUS FRAC
SED
CLAY
SLT-CLAY
SAM)
SI 1 ELFISH
ADIPOSE TIS
SOIL
SLUIXJE LIQ
SLUIXJE SOL
TiS
name (underlined and
Units
UG/L
UG/L
UG/L
IX3/KG DRY WGT
UG/L
UG/L
UG/L
MG/KG WET WJT
UG/KG
UG/L
UG/L
UG/L
UG/KG DRY WGT
UG/KG
UG/KG
UG/KG
UG/KG WI-
NG/KG
NG/G
UG/L
UG/KG
MG/KG WLT WUT
in parens) if sign i I
in S"IURET
(iis No.
29U044
298044
298044
298044
5-11 [337
15297
15297
152'J7
1 52'J7
15297
72208
722()8
722C»J
72208
7221UJ
72208
722(»J
72208
72208
7215)8
72208
72208
72208
ic.vnit ly
-------
APPENDIX II (p,37)
Current Status of Parameter Codes f
Substance Name * i . ; j
Endrin and metabolites (continued)
Ethyl carbamate (llrethan) (Carbainic acid.
ethyl ester)
Ethyl cyanide (prqpanenitrile)
Ethylenebisditluocarbainic acid, salts and
esters ( 1 , 2-EtlianediylbiscarbaniOLUthioic
acid, salts, and esters)
. Ethylenebisditluocarbaiiiic acid
Ethylenebis(dithiocarbamic acid)
disodium salt (NATiAM)
. Ethylenebis(dithiocarbaiuic acid)
zinc salt ( ZINEU)
or 40 CFR
Para.
C6de(s)
6146S
79619
81717
81846
77077
77007
73567
38850
38851
38U52
38853
38854
38912
38913
3cl9l4
38915
38916
§261. Appendix V
Medium
SLUDGE TOT
WASTE
SIIEL
FISH
TOTAL
TOTAL
TOTW
DISS
SUSP
SED
TIS
TOTW
DISS
SUSP
SED
TIS
'III Hazardous Substances
: Units
i
1 IT" /T '
ULj /- J_J
M3/KG '''
UG/KG DRY WG11
M3/KG DRY WST
UG/L
UG/L
i .
UG/L
UG/L
UG/L
UG/KG
M3/KG
UG/L
UG/L
UG/L
UG/KG
MG/KG
in STORET
Cas No.
72208
72208-
72208
72208
51796
107120
111546
142596
142596
1425%
1425y6
142596
12122677
12122677
12122677
12122677
12122677
1 Appendix VI11 pseudonym in parena, STORLT para* name (underiinetl and in parens) if siijnif leantLy
different from A^ipenilix VI11 names.
-------
APPENDIX tl (p.30)
Current Status of Parameter Codes
.
Substance Name *
Ethylenebisdithiocarbamic acid, salts and
esters (continued)
. Ethylenebis(dithiocarbamic acid)
nianganous salt (MANMJ)
Ethyleneimine (Aziridine)
Ethylene oxide (Oxirane)
Ethylenethiourea (2-Inudazolidinethione)
Ethyl metliacrylate (2-Projienoic acid, 2-
meUiyl-, ethyl ester)
Ethyl methanesul fonate (Metlianesulfonic
acid, ethyl ester)
Fluoranthene (BenzoC j, k Jf luorene)
0
*^» 1 Ann#»ndix VI f 1 n-^iic k »ivin in nar«iifi. STY")
for 40 CFR
Para.
Code(s)
38035
38036
38837
38838
38039
73568
76999
81687
73569
73570
73571
34376
34377
34378
34379
34300
79625
iWI'TP n^rft. iv
§261 Appendix VIII
Medium
/
IOTW
DISS
SUSP
SED
TIS
TOTAL
TOT
TOTW
DISS
SUSP
SED
TIS
WASTE
^m^ ( i mrfc>i-l in/=»l ;inr
Hazardous Substances
Units
UG/L
' UG/L
UG/L
UG/KG
M3/KG
UG/L
MG/L
UG/L
UG/L
UG/L
UG/KG DRY WGT
M3/KG WET WGT
MG/KG
1 in n^rAn^i if niniiif
in S'lOKE'
Cas No.
'
12427382
12427302
12427302
1,2427302
12427302
I515u4
75218
%457
97632
62500
206440
206440
2064 4U
206440
20M40
: i c YI 1 1 1 1 \J
different from Aj)pendix VI 1 1 ' names .
u;
Mi
-------
APPENDIX H (p.39)
Substance Name
Fluorine
2-Fluoroacetamide (Acetamide, 2-fluoro-)
Fluoroacetic acid, sodium salt (Acetic
acid, fluoro-, sodium salt)
Fonnaldehyde (Methylene oxide)
(Methanal)
Fonnic acid (Methanoic acid)
Glycidylaldehyde (l-Propanol-2,3-epoxy)
Halomethane ("N.O.S.")
lleptachlor (4,7-Methano-lll-indene, 1,4,5,
6,7,8,8-heptachloro-3a,4,7,7a-tetra-
hydro-)
r Codes for 40 CFR §261 Appendix V1I1 Hazardous Substances in STORK'!1
Para.
Gode(s)
00953
aoro-) 73572
Lie 73573
71800
76995
77006
axy) 73574
Medium
TOTAL
WATLR
TOTA1,
TOTAL
Units
IJG/L
NG/L
UG/L
UG/L
Gas No.
77U24J4
640197
6274U
50000
50000
64 1.06
765344
Not applicable to RCRA/STORET
1,4,5, 39410
46326
39411
39412
39413
39414
45568
46277
46280
61469
34687
TOT
WliL SMPL
OIS
SUS
SED
aiEIuFISII
ADIPOSE TIS
SOIL
SOIL
SUJDGK LIQ
TIS
UG/L
UG/L '
UG/L
UG/L
UG/KG DRY WJT
UG/KG Wll
MG/KG
NG/G . ;
NG/G
UG/L
M3/KG WLT WGT
76448
764 48
76448
76448
76448
76448
76448
76448
76-148
76448
76448
o
o
1 Ap[oendix VIII pseudonym in parens, STORILT para, name (underlined and in parens) if siynificantly
different from Ap£^endix VI11. names.
tn
-------
APPENDIX H (p.40)
Current Status of Parameter Codes for 40 CFR §261 Appendix VIII Hazardous Substances in STQUET
Substance Name l
Heptachlor (continued)
lleptachlor epoxide (alplta, beta, and yanina
isumers) ( 4,7-Methano-lll-indene,l,4,5,6,
7,8,8-»>eptachloro-2,3-epoxy-3a,4,7,7-
tetrahydro-, alpha, beta, and gamna
isniHtsrs)
llexachlorobenzene (Henzeno, hexachloro-)
Jr
n
a
KJ
0
Para.
Code(s)
61470
61471
79628
81719
39420
39421
39422
39423
39424
45569
46278
61472
61473
61474
79629
81718
81766
346U6
39700
39039
34401
34402
34688
39701
39703
45574
79633
-1 Apj>endix VI F [ pseiKlonym in parcns, STMET para.
<8 d ' f fen.'nl M'
-------
APPENDIX H (p.41)
Current Status of Parameter Codes for 40 CO* $261 Appendix VIII Hazardous Substances in STORLT
Substance Name
Para.
Code(s) i Mediutn
Units
a:
i
Cas No.
llexachl orolxitad iene ( 1 , 3- But ad iene ,
1,1,2,3,4, 4-hexachl oro- )
llexachl orocyclohexane (all i saner s)
(Lindane and i saner s)
. (Benzeneliexacnloride C^II^Cl^;
me)
(gaiinia isnmer) ((>-lllin (l.indano;
l«IC-Cajima I saner)
f.
»
t
>
i
3
34391
34392
34393
34394
34395
39702
39704
39705
79634
61283
81323
81826
393 '10
39782
46322
34265
39341
34266
39342
39075
39343
39781
39783
397H4
TOW '
DISS.
SUSP.
BOP
TIS
TOT
PISH
SED
WASTE
TOT
S£D
PISH TISS
uir.
MIL SHPL
+ MIL SMPL
DISS
DIS'
SUSP
SOS
TIS
SED
QUANISN TOT
MUD IKY
a ii :i FISH
IC/L
UG/L
UG/L
UG/KG
MG/KG WET WGT
UG/L
UG/KG WWT
UG/KG BRY WGT
MG/KG
UG/L
UG/KG my WGT
MG/KG WET WGT
UG/L
UG/L
UG/L
UG/L
UG/L
UG/L
HG/L
IIG/G
l« VUG/KG
UG/G
IK;/KG
u;/w; wr
87683
87683
87683
87683
87683
87683
87683
87683
87683
608731
60873 1
608731
5HH99
58H99
5H899
50899
50899
50099
50099
50099
50099
50099
50099
50099
<£j Aj>))>;ivlix VIII pseudonym in (Virens, STORfiT para, name (underlined and in parens) if significantly
lillirivnl I KIM Appendix VI11 names.
-------
APPENDIX B (p.42)
a;
I
4.
N»
Current Status of Parameter Codes for 40 CFR
Substance Name 1
llexachl orocycl ohexane ( oont inued )
. (garnna i saner) (G-HC ( l.indane;
UlC-Gamma I saner continued)
llexachl orocycl open tcwliene ( 1,3-Cyclopen-
tadiene, l,2,3,4,5,&-hexachloro-)
Hexachtoroethane (Ethane, 1,1,1,2.2,2-
hexachloro-)
Para.
Code(s) '
39785
39788
45563
46291
46293
61490
61491
61492
79627
81720
85216
85223
85230
34386
34387
343HO
34389
34390
34396
34397
34398
34399
34400
79636
S261 Appendix VIII Hazardous Substances in STORET
Medium
i
TIS
TISSUE FAT
ADIPOSE TIS
NEC HE SOIL
t SOIL
SLUDGE UO
SIUDGE SQL
SLUDGE TOT
WASTE
SHEL
EGGS
AIR
PLANT
TOW .
DISS
SUSP
SED
TIS
1OIVI
DISS
SUSP
SED
TIS
WASTE
Units
MG/KG WET
UG/G
MG/KG
NG/G
NG/G
UG/L
UG/KG
UG/L
MG/KG
DRY WGTUG/KG
UG/G
NG/M3
UG/G
UG/L
IJG/L
UG/L
UG/KG DRY WGT
MG/KG MET WGr
(IG/L
UG/L
UG/L
UG/KC DKY W(,T
MG/KG WbT WGT
MG/WJ
Cas hk3.
58899
. 58899
58899
58899
58899
58U'J9
58899
58899
58899
58899
58899
58899
58899
77474
77474
77474
77474
77474
67721
67721
67721
67721
67721
67721
- I A|>|>«inilix VIII pseudonym in |i
< >ll I liM'iilll IHII A|i|«.'IKlix VIII
S'UKKT para, name ( under 1 ineci ami in parens) if significantly
-------
APPENDIX II (p.43)
Current Status of Parameter Codes for 40 CFR §261 Appendix VIII Hazardous Substances in STORET
Substance Name ^
l,2,3.4,10,10-Ilexachloro-l,4,4a,5,fl,8a-
hexahydro-l , 4: 5, 8-ei*to, endo-dirnetliano-
naphtha lene ( 1 lexach lorol jexahydro-endo,
erjdo-dimetlianonaphtJialene) (isodrin)
Hexachlorophene (2, 2 ' -Methylenebis ( 3 , 4 ,
6-trich lorophenol ) )
Hexachloroprcjijene (l-Prof>ene, 1,1,2,3,3,
3-hexacl i loro- )
Hexaethyl tetraphoaphate (Tetraphosphoric
acid, hexaethyl ester)
llydrazine (Diamine)
llyrocyanic acid (Hydrogen cyanide)
Hydrofluoric acid (Hydrogen fluoride)
Hydrogen sulfide (Sulfur hydride)
llydroxydimethylarsine oxide (Cacodylic acid)
Para.
Code(s)
39430
39431
39432
39433
81654
73575
73576
73577
81313
00142
73570
71875
73579
1 Appendix VIII pseudonym in parens, STORLT para.
o different from Appendix VIII names.
Medium Units
WHL WTR SMPL UG/L
FLT FRAC UG/L
SUS FRAC UG/L
MID UG/KG
FISH MG/KG WET
TOT M3/L
TOTAL UG/L
WATER MG/L
name (underlined and in parens)
Cas No.
465736
465736
465736
465736
WbT 465736
10304
1080717
757504
302012
74900
7664 3'JJ
7703064
75605
if significantly
-------
APPENDIX II (p.44)
o
Current Status of Parameter Codes for 40 CFR
Substance Name *
Indeno (l,2,3-cd)pyrene (1,10-(1,2-
pheny lene ) py rene )
lodomethane (Methyl iodide)
Iron dextran (Ferric dextran)
Isocyanic acid, methyl ester (Methyl iso-
cyanate)
I sobutyt alcohol (1-Propanol, 2-methyl-)
Isosafrole (Benzene, 1 , 2-methylenedioxy-
4-allyl-)
Kepone (lJecachlorooctahydro-1,3,4-
Methauo-21 1-cyclobu ta[cd jpenta len-2-one )
Para.
Code(s)
34403
34404
34405
34406
34407
79644
77424
73500
73581
77033
73582
39018
61561
61562
61563
01281
01822
81857
02352 .
02353
§261 Appendix VIII
Medium
TOIW
DISS
SUSP
SEO
TIS
WASTE
TOTAL
TOTAL
WTR Elec.Captr.
SLUDGE LIQ
SLUDGE 9DL
SLUDGE TOT
TOT
FISH
SEI)
DISSOIA/I)
SUSPtWD.
Hazardous Substances in STORET
Units
UG/L
UG/L
UG/L
UG/KG DRY WGT
MG/KG WEI1 WbT
MS/KG
UG/L
UG/L
UG/L
UG/L
UG/KG
UG/L
UG/L
MG/KG WET WGT
UG/KG DRY WGT
UG/L
UG/L
Cas No.
19339.5
193395
193395
193395
L93395
193395
74804
9004664
624039
7U03I
120501
143500
143500
143500
143500
143500
143500 .
14 3500
143500
143500
1 Appendix VIII pseudonym in parens, STORCT para, nane (underlined and in parens) if -sitjui.fic<-
different from Ap(jendix VIII
tn
-------
APPENDIX II (p.45)
Current Status of Parameter Codes for 40 CFR $261 Appendix VIII Hazardous Substances in STORET
Substance Name
Para.
Code(s)
Lasiocarpine (2-Butenoic acid, 2-methyl-,
1-1(2,3-dihydroxy-2-(1-inethoxyethyl)-3-
methyl-1-oxobutoxy )methyi]-2,3,5,7a-
tetrahydro-lll-pyrrolizin-l-yl ester)
Lead and compounds ("N.O.S.")
73583
Medium
Units
Cas No.
01051
01049
46564
01114
01050
81934
46258
46273
01052
01164
01259
46240
61502
61503
61504
71934
71936
71949
79649
81220
81633
81732
TOT
DISS
DISS.+
TOT.REC.
SUSP
SUSPEND
1OTAL
TOTAL
SED
TOTAL
DTPA
SLUDGE LIQ
SLUIX5E SQL
SLUDGE TOT
TOTAL FISH
TIS
EXTR
WftSTE
ILL-COLD
31ELL
PIANKTON
303344
UG/L
UG/L
UG/L
UG/L
UG/L
UG/G
MG/KG
MG/KG
M3/KG DRY WGT
LBS/DAY
LB/D/CfcS
MG/KG
M3/L
M3/KG
M3/L
UG/GM DWT
MS/KG WLT WGT
UG/L
MS/KG
MG/L
M3/KG DRY WGT
MG/KG DRY
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
1 ' Appendix VIII pseudonym in parens, STORET para, name (underlined and in parens) if significantly
different from Appertdix VIII names. . .;
-------
APPENDIX || (p.46)
Current Status of Parameter Codes for 40 CFR §261 Appendix VIII Hazardous Substances in STORET
Substance Name ^
, : t
i
,
;:;;;: j: . ' '
;' :'; -. ':;/'"1'f. '. ' '
, /... v > : ?"',;"'"':' ' ' 1
i. ." ' j -'. ' -it
Lead and canixjunds (continiied)
Lead acetate (Acetic acid, lead salt)
Lead phosphate
Lead subacetate
rahydroxy t r i - )
Maleic anhydride
g Maleic hydrazide
-3 iy ridazined ione )
(Phosphoric acid, lead salt)
(I/ead, bis(acetato-O)tet-
( 2 , 5-1'uraivdione )
(l,2-Dihydro-3,6-
Ma lononi tr i 1 e ( Proj xuned i n i t r i 1 e )
jg 1 Alfendix VI
11 pt>iii n loiiym in f>aieiis, S'lORI
Para. ':.'"
Code(s)
" '.
' !(" a- ?'.
81739 /
81748
81751 !
81778
81786
81794
82275
82276
82277
82278
82279
82280
82281
82282
82486
82487
82488
85206
See "I^ad"
73584
73585
78174
78B65
79033
73586
73587
7I1 para. -i
. .. . . "' i
. ' . 'vlitii- - ;
Medium
. / >'.":.
'/ ;. ' " 4,'j ' ' ^ '
ZOOPJJVI^IK ','
SJIEU,,
IMTI2KST WAT
AQ ML'
E1J AL
AIslML
.031 MM.ST.DB.
.062 MM ST.DB.
.125 MM ST.DB.
.25 MM ST.DB.
0.5 MM ST.DB.
1MM ST. DEB.
2MM ST. DEB.
4MM ST. DEB.
DIS DRY DEP
INSOL DD
TOT.Rt^.DU1
PB MJD
VitfVTER
S1:D
Tiii.
^
le^Puiderl inod arul
Unita
*'' !' ' '
MQ/KG DRY
M3/KG WEI1
UG/L
MG/KG DRY WGT
MG/KG DRY WGT
M3/KG DRY WGT
UG/G
UG/G-PB
UG/G-PB
UG/G-PB
UG/G-PB
UG/G-PB
UG/G=PB
UG/G-PB
UG/KG
UG/KG
UG/KG
M3/GM-PB WL'I1 Wt3T
UG/L
UG/KG
UG/KG
in ivirens ) if si in i Pi
Cas No.
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
7439921
74 J992 1
7446277
1335326
108316
1 0113 Jo
1.08310
123331
109773
1'. I.Vl |W
-------
APPENDIX H (p.47)
Current Status of Parameter Codes for 40 CFR §261 Appendix VIII Hazardous/Substances in STOKET
; .,. - ..
Substance Name
. .... ,
Code(s) :: Medium
Units
Gas No.
Melphalan (Alaninb; 3r[p-l>is(2-cltloro- 73508
ethy1)amino]pheny1-,L-)
Mercury fulminate
salt)
(Fulniinic acid, mercury See "Mercury"
148823
o
o
*
is
CD
en
Mercury and coiipjunds ("N.O.S.") 71900
71890
71895
71901
46242
46259
46272
; 01221
01222
01223
01260
61499
61500
61501
71920
71921
71930
71933
71935
81725
81770
81856
81931
85013
1 Appendix VIII pseudonym in parens, S'PORET para.
different from Appendix VIII names.
IKS, TOTAL
IIG.DISS
IIG.SUSP
ror.Ruc.
DfPA
TOTAL
1OTAL
DIS OUY D
INS DRV D
TOT DRY D
SLUDGE LIQ
SLUDGE SOL
SLUDGE TOJ1
SED-PULP
SED
TIS
'TOTAL PIS!
FISII
SIJUIXJ
SIIEJJ,
PI.ANK
SUSPEND
ivypAL
name (underlined and
UG/L
UG/L
UG/L
UG/L
MS/KG
MG/KG
MG/KG
UG/W3
UG/KG
UG/KG
LB/D/CPS
MG/L
M3/KG
M3/L
MS/KG WT
MG/W3 DRY V«P
MG/KG WET WGT
UG/GM DWP
PW-WET
MG/L DRY WGT
M3/WJ WET WGT
M3/KG WEI1 WUT
IJG/G
#/DAY
in £iarens) if
7439976
7439976
7439976
7439976
7439976
7439976
7439976
7439976
7439976
7439976
7439976
7439976
7439976
7439976
7439976
7439976
7439976
7439976
7439976.
7439976
74 39976
7439976
7439976
7439976
significantly
-------
APPENDIX II (p.48)
cs
f.J
« .*
ro
UO
tri
Current Status of Parameter Codes
Substance Name l
Methacryloi lit rile (2-Propenenitrile, 2-
methyl-)
Metlianethiol (Thiometlianol)
(Methyl inercaptiaii)
Methapyrilene (Pyridine, 2-[(2-dimethyl-
aiiu.no) ethyl ]-2-thehylaiidi)o-)
Metholnyl (Acetimidic acid, N-[(rnethyl-
carbainoyl)oxy]thio-, methyl ester)
Methoxychlor ( ICthane, 1,1, l-triehloro-
2-2' -bis (p-methoxy^jlienyl )-)
2-Methylaziridine ( 1 , 2-lVopy leniiuine)
for 40 ere §261 Appendix VI 11 Hazardous Substances in 'S'lORUT
Para.
Gode(s)
81593
00143
7U615
73589
39051
39480
39478
82350
39479
82351
39482
46208
61484
61485
61486
81644
81721
39481
73590
1 Appendix VI T I pseudonym in parens, STOUET para.
different from Ajipendix VI 11 names.
Medium
TOT
TOTAL
SbD
WI.WATI2R
WllL SMTJL
V/FR D1SS
DIS
W1W SUSP
SUSP.
.aiLOU-FISH
SOIL
SLUIX5K LIU
SlUDGE 9L)L
SUUWE TOP
FISH
SHEL
MJD DRY
name (underline*! and
Units
UG/L
UG/L
IXJ/KG
UG/L
./ '
UG/L
UG/L
UG/L
UG/L
UG/L
KG/KG
N3/G
UG/L
UG/KG
UG/L
UG/G WET WGT
a»s NO.
126987
74931
74931
91005
16752775
72435
72435
72435
72435
72435
72435
72435
72435
72435
72435
72435
UG/KG DRY WGT 72435
UG/KG
in parens) if
72435
755 5d
siynif icantly
-------
APPENDIX II (p.49)
Current Status of Parameter Codes for 40 CFR §261 Apj>endix VIII Hazardous Substances in STORLT
Substance Name *
3-Methy Icholanthrene ( Benz[ j Jaoeanthrylene,
1 , 2-dihydro-3-methy I- )
Methyl chlorocarbonate (Carbonochloridic
acid, methyl ester)
4 , 4 ' -Methy lenebis ( 2-chloroani I ine) v
( Benzenamine, 4,4' -methylenebis-(2-ch loro-)
(MOCA -4 , 4-Methy) enebis-2-chloraniline)
Methyl ethyl ketone (MliK)(2-Butanone)
Methyl hydrazine (llydrazine, methyl-)
2-Methyllactonitrile (Propanenitrile, 2-
hydroxy-2-metl iyl- )
Methyl methacrylate (2-Proj>ermc acid,
2-methyl-, meUiyl ester)
Methyl inethanesulfonate (Metlianesuifonic
acid, methyl ester)
Para.
Code(s) Medium Units
73591
73592
70123 MIL WATR UG/L
81595 'IDT UG/L
75078 SED UG/KG DRY
76050 TIS M3/RJ WET
79658 WASTE M3/KG
73593
73594
81597 TOT UG/L
73595
Cas No.
56495
79221
101144
70933
70933
70933
70933
60344
75065
OU626
6b273
1 Appendix VIII pseuilinym in parei»s, STORET para, name (underlined and in parens) if significcintly
different from Appendix VIIL .names.
-------
APPENDIX H (p. 50)
Current Status of Parameter Codes
Substance Naiie l
2-Methyl-2-(iiiethylthio)propionaldehyde-o-
methylcarbonyl) oxiine (Propanal, 2-
methyl-2- (methyl thio)-, O~[ (methyl-
amino)carbonyL]oxiine) (Aldicarb)
N-Methy 1-N ' -rii tro-N-ni t rosoijuani d ine
(Guanidine, N-nitroso-N-methyl-N ' -nitro-)
Methyl parathion (O,O-diinethyl O-(4-
nitrophenyl) [ihosjhorothiuate)
Methylthiouracil (4-lH-I>yriiniJinonel
2 , 3-dihydro-6-methy 1-2- ti i ioxo- )
Mustard gas (Sulfide, bis(2-chloroathyl)-)
Naphthalene
1 , 4-tJaphtlKXjuinone (1 , 4-Naphtlialenedione)
for 40 CFR
Para.
Code(s)
39053
81895
73596
39600
39601
39602
39603
46301
81809
73597
73598
34696
34443
34444
34445
34446
79670
73599
§261 Appendix VIII
Medium
Wll. WATER
SEI)
UIIL W1U SMPL
MUD
FIF. FRAC
SUS FIV\C
FISH
TOP W
DISS
SUSP
SliU
TIS
WASTI5
Hazardous Substances in STOKET
Units
UG/L
UG/KG DRY WGT
UG/L
UG/KG
UG/L
UG/L
NG/G
MG/KG WLT WC7F
,
UG/L
UG/L
UG/L
UG/KG DRY WGT
MG/KG WUr WGT
^G/K^
Cas No.
1 16063
116063'
70257
29UOOO
290000
29UUOO
298000
29a)00
298000
560-12
505002
91203
91203
91203
91203
91203
91203
13015'!
1 Appendix VLII f>seudoriyiii in parens, STQUET para, name (underlined and in parens) if significantly
different fran Appendix VI H naiies.
-------
APPENDIX II (p.51)
Current Status of Parameter Codes for 40 CfT*
Para.
Substance Name * Code(s)
1-Naphthylamine (alpha-Naphthylamhie) 73600
2-Naphthylamine (Ijeta-Naphthylamine) 73601
l-Naphthyl-2-thioiaea (Thiourea, 1-naphth- 73602
alenyl-)
Nickel and ooii|xxmds ("N.O.S.") 01067
00161
01065
01066
01074
01068
01069
01224
01225
01226
01261
46243
46270
46307
61514
61515
61516
79671
81222
81628
O
fs
§261 Appendix
Medium
TOTAL
WliL WAT
DISS
SUSP
TOT.REC.
SED
TiS
D1S DRY D
INS DRY D
TOT DRY D
OTPA
TOTAL
'TOTAL
SLUDGE LIQ
SLUDGE SQL
SLUDGE 'JUT
WASTE
ILL-GOLD
SHELL
VIII Hazardous Substances
Units
UG/L
KG/BATCH
UG/L
UG/L
UG/L
MG/KG DRY WGT
MG/KG WET WGT
UG/KG
UG/KG
UG/KG
LB/D/CFS
MG/KG
MJ/KG
MG/KG
MJ/L
MG/KG
MJ/L
M3/KG
MJ/L
MJ/KG DRY WGT
-
in STORET
Cas No.
134327
91598
U6084
7440020
7440020
7440020
7440020
7440020
7440020
7440020
7440020
7440020
7440020
7440020
7440020
.7440020
7440020
7440020 .
7440020
7440020
7440020
7440020
7440020
_
1 Appendix VIII pseudonym in parens, STORET para, name (underlined and in parens) if significantly
different from Appendix VI11 names.
en
-------
APPENDIX H (p.52)
Current Status of Parameter Codes
Substance Name *
Nickel and conjxiunds (continued)
Nickel carbonyl (Nickel tetracarbonyl)
Nickel cyanide (Nickel (II) cyanide)
Nicotine and salts (Pyridine, (S)-3-(l-
methyl-2-pyrrolidinyl)-, and salts)
Nitric oxide (Nitrogen (li) oxide)
p-Nitroaniline (lien^enamine, 4-nitro-)
Nitrobenzene (Benzene, riitro-)
for 40 CFR §261 Appendix VIII Hazardous Substances in STORE'!1
Para.
Code(s)
31724
01731
81738
01752
81777
81785
81793
01011
05010
73603
Medium
FISH
PLANK-IUN
ZQOPLANK
INTERST WAT
AQ MC
fcP AL
ANML
SHELL
TOTAL
Units
MG/KG DRY WGT
M3/KG I^RY
M3/KG DRY
IJG/L
MG/KG DRY WGT
M3/W3 DRY WGT
MCJ/KG DRY WGT
M3/KG WLT WGT
*/DAY
Cas No.
7440020
7440020 '
7440020
7440020
7440020
74-10020
7440020
7440020
7440020
13463393
See "Nickel"; see "Cyanide"
77536
73604
73605
34447
34448
34449
34450
34451
79672
. TOTAL
TO'IW
DISS
SUSP
SID
TIS
WASTE
UG/L
UG/L
UG/L
UG/L
UG/KG DRY WGT
MJ/KG WKT WGT
M3/KG
54115
10102439
100016
911953
90953
90953
98953
98953
98953
1 Appendix VIII. pseudonym in parens, .STORCT para, name (underlined ctnd in parens) if sujnificvmi. ly
different from Appendix VIII namou.
o
'O
-------
APPENDIX H (p.53)
O
Current Status of Parameter Codes for 40 CFR §261 Appendix VIII Hazardous Substances in STORET
Substance Name ^
Witrogen dioxide (Nitrogen (IV) oxide)
Witrogen mustard and hydrochloride salt
(Ethanamine, 2-chloro-, N-(2-chloroethyl)-
N-methyl-, and hydrocliloride salt)
Witrogen iiustard N-Oxide and hydrocliloride
salt (Ethanamine, 2-chloro-, N-(2-chloro-
ethyl)-W-methyl-, and hydrochloride salt)
Nitroglycerine (1,2, 3-Propanetriol, trini-
trate)
4-Nitrophenol (Phenol, 4-nitro-)
4-Nitroquinoline-l-oxid=i (Quinoline, 4-
nitro-1-oxide-)
Nitrosamine ("N.O.S.")
N-Nitrosodi-n-butylamine ( L-liutanamine,
N-butyl-N-nitroso-)
Para.
Code(s) Medium
46119 CHRISTIE
46120 CHEM
73606
73607
34101 Wl'R SMPL
77750 TOTAL
34646 TOTW
34647 DISS
34648 SUSP
34649 SED
34650 TIS
79536 WAS
73608
Not applicable to RCRA/STORET
73609
Units
PPM
PIM
M3/L
UG/L
UG/L
UG/L
UG/L
UG/KG DRY VgGT
M3/W3 WET WGT
MG/KG
QiS tJO.
1010244Q
10102440
51752
302705
55630
55630
100027
100027
J 0002 7
100027
100027
10U027
56575
924163
1 Appendix VI'11 pseudonym in parens, STORET para, name (underlined and in parens) if significantly
different from Appoi'Klix VI II
-------
APPENDIX II (p.54)
Current Status of Parameter Codes f
Substance Name *
N-Nitrosodiethanolamine (Ethanol., 2,2'-
(nitrosoimino)bis-)
N-Nitrosodiethylamine ( Ktlianamine, N-
ethyl-N-ni troso- )
N-Nitrosodiirethylaimne ( Dimethyl nitrosa-
mine)
N-Nitroso-N-ethylurea (Carbamide, N-ethyl-
N-ni troso-)
N-Nitrosomethylethylamine (Ethanamine, N-
methy 1 -N- nit roso- )
N-Nitroso-N-methylurea (Carlvuidde, N-
methyl-N-ni troso- )
N-Nitroso-N-methy lure thane (Carbaiidc
acid, methyl nit roso-, ethyl ester)
N-Nitrosomethylvinyliimine (Ether and ne,
N-methyl-N-ni troso-)
N-Nitrosomorpiioline (M'jrjJioline, N-ni troso-)
:or 40 CFR §261 Appendix \
Para.
Code(s) Medium
73610
73611
34438 TOTW
34439 DISS
34440 SUSP
34441 SUD
34442 TIS
73612
73613
73614
73615
73616
73617.
Ill I Hazardous Substances in STORET
Units Cas No.
IU6547
55105
UG/L 62759
UG/L 62759
UG/L 62759
UG/KG DRY WGT 62759
NG/KG WLT WGT 62759
759739
10595956
604935
6L55J2
4549400
59092
1 Appendix VIE! pseudonym in parens,
' different from Appendix VIII names.
para, naiiw (underlinetl and in parens) if significantly
-------
APPENDIX H (p.55)
Current Status of Parameter Coles for 4u OFR §261 Appendix VIII Hazardous Substances in STORET
Substance Name *
N-Nitrosonuriu.cotj.ne (Noridcotine, N-
nitroso-)
N-Nitrosopiperidine (Pyridine, )»exahydro-,
N-nitroso-)
Nitrosopyrrolidine (Pyrrole, tetraliydro-,
N-nitroso-)
N-Nitrososarcosine (Sarcosine, N-nitroso-)
5-Witro-o-toluidine (Beiutenainine, 2-
inethyi-5-nitro-)
Octamethylpyrophosphoramide (Dipliosphor-
amide, oetaniethyl-)
Osmium tetroxide (Osuiium (VII I) oxide)
7-Oxabicyclo[2 . 2 . 1 ]heptane-2, 3-dlcarl»xylic
Para.
Code(s) Medium Units
73618
73619
73620
73621
73622
73623
73624
73625
Gas No.
1654355U
100754
930552
13256229
9955U
152169
20816120
145733
acid
Paraldehyde (1,3, 5-Trioxane, 2,4, 6- tri-
inethyl-)
77322
UG/L
123637
1 Appendix VIII pseuiionym in parens, S'POW^T t^ara. name (underlined and in parens) if siyn If Leant ly
^ different from AinxjiKlix VI11
to
CO
en
-------
APPENDIX li (p.56)
Current Status of Parameter Codes for 40 CFR $261 Appendix VIII Hazardous Substances in STORET
Substance Name '
Par a th ion (
Phosphorothioic acid, O,O-
Oiethyl CHp-nitrophenyHetiter)
Pentachlorobenzene (Benzene, pentachloro-)
Pen tachloroe thane (Ethane, pantachloro-)
Pentachloronitrobenzene (K:NU) (Benzene,
pentachl oron i tro- )
(Terrachloro
{ pentachl oron i t rohenzene )
Pentachlorophenol (Phenol, pentachloro-)
(1P)
Para.
Code( s)1
39015
39540
46315
49011
39542
39543
46302
39541
81810
77793
39118
81501
81316
38526
38527
39029
46333
81808
39032
34459
34460
39060
39061
79690
Medilm
WIR flame ionizn
MIL WTO SHPL
MIL SHPL
MIL SMPL (Unkns)
FIL FRAC
SUS FKAC
SOIL
MUD
FISH
TOTIAL
SBU
TOT
TOT
DISS
SUSP
WIH SMP
TIS
SED
TDT
DIS
SUS
TIS
SKD
WAs-re
iarens) if si.
-------
APPENDIX H (p.57)
Current .Status of Parameter Codes
Substance Name ^ , ' . *V
PI lenacet in ( Acetamide , N-d( 4~ethoxypheny 1 )
Phenol (Benzene, hydroxy-)
Pheny lenediaiiiine ( BenzenetJiainine )
(O-Phenylenedianiene)
. M-Phenylenediaitene
P-Phenylenediamtjnu
Phenylmercury acetate (Mercury, acetato-
phenyl-)
N-Phenylthiourea ('miourea. phenyl-)
Phosyene (Carbonyl chloride)
Phosphine (Uydro-jen pliosphide)
for 40 CFR
Para. '
cbde(s)
!-) 73626
34694
34466
34467
34468
79693
34695
77145
73627
73628
73629
73630
73631
73632
§261 Appendix VIII Hazardous Substances
:'''..'»' I ' .' ' V '"''- " ', I '
Medium Units
.'' -. ' ''i. '"'" " 4
'IDT UG/L
DISS UG/L
SUSP UG/L
TIS MG/KG WLT WGT
WAS'l'li M3/KG
SliD UG/W3 DKY WGT
1OTAL UG/L
in STORET
Gas No.
62442
108952
108952
10b952
108952
108952
108952
95545
108452
106503
C23M
103855
75445
7803512
1 Appendix VII1 pseudonym in parens. srOkL'J' para, nane (underlined and in parents) if significantly
different from Aj~>j>enilix VI11 names.
-------
APPENDIX H (p.58)
O)
Current Status oi Parameter Codes for 40 CFR $261 Appendix VIII Hazardous Substances in STCKbT
Substance Name l
Phosphorodithioic acid, O,O-diethyl S-
I ( ethyl thio)methyl jester (PlK>rate)
PlK>spnorothioic acid, O,Ot1iinethyl O-|p-
( (dimethyl amino)sul fonyl )phenyl ) ester
( Pamphur )
Phthal ic acid esters ("N.O.S.") (Ben-
zene, 1,2-dicarlxixyl ic acid, esters
("N.O.S."))
Phthal ic anhydr ide ( l,2-licnzuni*licarlx>x-
yl ic acid anhydride)
2-Picol ine (Pyridine, 2-methyl-)
£
"i
8
s
2 1 A|>poni1ix VIII pstMHlonym in IMI.MU;, s~lt»U
g iii linn A|i|»;iMtiK VIII n.uiics.
Para.
Code(s)'
38870
38871
39023
39156
46304
46313
81412
38462
38463
38464
38465
38466
Not appl
7552J
76495
77453
77088
:T (tar a.
Median
01 SS
SUSP'
UIK flame ionizn
TISSUE
SOIL
Will. SMPL
SED
TOflW
DISS
SUSP
SED
TIS
icable to RCRA/STCRET
SED
TISS
TOIAL
101 A L
name (uitderl ined and
Units
(IG/L
UG/L
UG/L
MG/KG
NG/G
UG/L
UG/KG CRY
UG/L
UG/L
UG/L
UG/MG
MG/Wi
UG/KH CRY
MG/KG WET
UG/L
UG/L
in parens)
Cas No.
298022
298022
298022
298022
298022
298022.
WGT 298022
52857
52857
52857
52857
52857
WGT 85449
WGT 85449
85449
10906H
if significantly
-------
APPENDIX II (p.59)
Current Status of Parameter Codes for 40 CFR §261 Appendix VIII Hazardous Substances in STOKE'i1
.
Substance Name *
Polychlorinated biphenyl ("N.O.S.")
Potassium cyaiude
Potassium silver cyanide (Artjentate(l-),
dicyano-, potassium)
Pronajiiide (3, 5-Dichloro-N-( J , l-dimethyl-
2 -propyny 1 ) henzajiu.de)
1,3-Propane sultone (1 ,2-Gxathiolane,
2,2-dioxide)
n-Propylamine (l-Pr<})iindJiiine)
Propylthiouraci I (Undecujiiethylenediaiiune,
N,N'-bis(2-chlorobenzyl )-, diliydrochloride)
2-Propyn-l-ol(Proparyyl alcohol)
Para.
Code(s) Medium Units
39516 W1IL WfR SMPL UG/L
39517 FLT FRAC UG/L
39510 SUS FRAC UG/L
39519 MJD UG/KG
45570 ADIPOSE T1S ' MG/KG
39515 FISH MG/KG
73633
73634
73635
73636
77013 1DTAL UG/L
73637
73630
Cas No.
12767792
12767792
12767792
12767792
12767792
12767792
151500
50b616
23950505
1120714
107100
515'32
107197
1 Appeivlix VIII pseudonym in jvirens, STDW^l1 para, name (underlined and in parents) if si
-------
APPENDIX H (p.60)
Current Status of Parameter Codes for 40 CFR §261 Appendix VIII Hazardous Substances in STORET
Substance Name ^
Pyridine
Reserpine (Yohiml>an-16-carboxylic acid,
Para.
Code(s)
77045
73639
Medium
TOTAL
Units
UG/L
Cas No.
110061 '
50555
1 1 , 17-dimethoxy-lO-[ (3,4, 5-t riroethoxybenzoyl)
oxy]-, methyl ester)
Resorcinol ( 1 , 3-Benzeiuidiol )
Saccharin and sal.ts(l,2-Benzoisotlitazolin-
3-one, 1,1-dioxide, and salts)
Safrole (Benzene, l,2-methylenedioxy-4-
allyl-)
Selenious acid (Selenium ilioxide)
Seleniuin and cai{x.xuids ("N.O.S.")
o
Q 1 Appendix VI 1 1 psemlonym in parens, STORI
different fruu Appendix VI 1 1 names.
to
00
tn
77164
77630
77545
TOTAL
TOT
IOTAL
UG/L
UG/L
UG/L
100463
80172
94597
See "Selenium"
01147
01 145
22675
22676
22677
00901
01138
01146
01140
01 149
01227
iT para.
TOT
DISS
DISS ORG
IIEX DISS
TET DISS
TOT RISC
WATER
SUSP
SED
T1S
DIS DRY D
itahie (under lined an«l
UG/L
UG/L
UG/L
UG/L
UG/L
UG/L
LUS/DAY
UG/L
MG/KG DRY
M3/KG WET
UG/KG
in parens )
7702492
7702492
7702492
7702492
7702492
7702492
7702492
7702492
WGT 7702492
WGT 7702492
77U24-J2
if significantly
-------
APPLMJIX II (p.61)
Current Status of Parameter Codes for 40 Cl-T* §261 Appendix VIII Hazardous Substances in STORET
Para.
Substance Name * Code(s)
Selenium and coii|)ounds (continued) 01228
01229
61517
61510
61519
79703
81030
Medium
INS DRY D
TOT DRY D
SLUDGE LIQ
SLUDGE SDL
SLUDGE TOP
WAS
SIIW.L
Units
UG/KG
UG/KG
MG/L
MS/KG
MG/L
M3/KG
MG/KG WET
Cas No.
7702492
7702492
7702492
7702492
.7702492
7702492
WCT 7702492
Selenium sulfide (Sulfur selenide) See "Selenium"; see "Sulfide"
Selenourea (Carbamimidoselenoic acid) 73640
Silver and compounds ("N.O.S.") O1077
00162
01075
46566
01076
01079
01078
01230
01231
01232
01263
34474
79704
01223
81635
O
1 Appendix Vlll paemlonym in parens, STGRET para..
different freudix VI IT. names.
to
Co
Ol
TOP
W1IL WAT
DISS
. DISS .+
SUSP
TOT.REC.
SED
DIS DRY D
INS DRY D
TOT DRY D
TIS
WASTE
ILI.I-COLD
SHELL
name (underlined and
UG/L
KG/UATCH
UG/L
UG/L
UG/L
UG/L
MG/KG DRY
UG/KG
UG/KG
UG/KG
LU/D/CES
MG/KG WET
MG/KG
M3/L
MJ/KG DRY
in parens)
630104
7440224
7440224
7440224
7440224
7440224
7440224
WGT 7440224
7440224
7440224
7440224
7440224
WG'P .7440224
7440224
7440224
WGT 7440224
if significantly
-------
APPENDIX H (p.62)
Current Status of Parameter Codes for 40 CFR §261 Appendix VIII
Substance Name *
Silver and caupounds (continued)
Silver cyanide
Sodium cyanide
Streptozotocin (iMilucopyraiiose, 2-deoxy~
2-(3-methyl-3-nitrosoureido)-)
Strontium sulfide
Stryclmine and salts (Strycluiiciin-10-one,
and salts)
Sulfide (NOT lixl 40 Cl-K §261 APPX. Vlll)
Para.
Code(s) Medium
81642 AG WATI*
81727 PLANKTON
81734 ZOOPIANK
81742 FISH
81771 AQ M^
81779 EP At,
31787 ANML
81831 SI JELL
See "Silver"; see "Cyanide"
See "Cyanide"
73641
See "Sulfide"
73642
00745 TOTAL
00746 DISS
81612 SEIJ
00747 DOT DEP
81621 Will. WI'K .SMPL
Hazardous Substances in STORET
Units
LBS/DAY
M3/KG DRY
MG/KG DRY
M3/KG WET WGT
MG/KG DRY WGT
M3/KG DRY WGT
MG/KG DRY WGT
MG/KG WET WGT
MG/L
MG/L
M3/G
MG/KG
U3S/DAY
Cas No.
7440224
7440224
7440224
7440224
7440224
7440224
7440224
7440224
111803664
5724U
HJ4%2!ili
I.84y62tki
184UU2SM
1.84v)62'JH
1 Appendix Vlll pseudonym \i\ p^ux-ns, S'WRLIT
different l:rom Ajipondi x Vlll names.
. nan^ (underlined aiul in parens) if significant I y
CO
en
-------
APPENDIX H (p.63)
i
ov
Current Status of Parameter Codes for 40 CfR
£
i
n
3
N»
o
i
u
Substance Name '
1,2,4, 5-Tetrachl orolienzene ( benzene ,
1,2,4,5-tetrachloro-)
2,3,7, 8-Tetrachl orod il>enzo-i>-d iox in ( 1CDO)
( Dihenzo-p-diox in, 2, 3 ,7 , 8-tetrachloro- )
Tetrachloroethane ( "N.O.S. ") (ethane, tet-
rachloro- ("N.O.S."))
1,1,1,2-Tetrachl ore thane (Ethane, 1,1,1,2-
tetrachloro-)
1,1,2,2-Tetrachlorethane (Ethane, 1,1,
2,2-tetrachloro-)
1 Ap|K.-iklix VIII pti«'inlonyw in par«;nti. sW
ill 1 |i;i't::il t H ill Ai iin.'inl i x VIII ll.un<::>.
Para.
Code(s)
77734
34675
34676
34677
34678
34679
Not appl
77562
34516
34517
34518
34519
34520
79501
B2168
(CT para.
S261 Appendix VIII Hazardous Substances in STGKET
Medium
TOTAL
TQIW
DISS
SUSP
SKD
TIS
ica))le to RCRA/STCKET
TOTAL
TOIW
DISS
SUSP
SKI)
TIS
WAS
IN AIR
name (undcrliiuxi and
Units
UG/L
IJG/L
UG/L
UG/L
UG/KG CRY
MG/KG WET
UG/L
UG/L
UG/L
UG/L
UG/KG RRY
MG/KG WET
MG/KG
NG/tr
in |)arens)
Cas No.
95943
1746016
1746016
1746016
WGT 1746016
WGT 1746016
,
630206
79345
79345
79345
WGT 79)45
WGT 79345
79)45
79)45
it siijni t it.vtnl 1 y
-------
APPENDIX II (p.64)
Current Status of Parameter Codes for 40 CFR
Substance Name *
TetrachloroineUiane (Carlxan tetrachloride)
2,3,4,6-Tetrachlorophenol (Phenol, 2,3,
4 , 6-tetrach loro- )
Tetraethyldithiopyrophosi>hate (Dithiopyr-
ophosphoric acid, tetra ethyl-ester)
(O,O,O,O-Tetra ethyl dithiopyrophos;
Sulf otepp ; Bladf tune )
Tetraethyl lead (Pliimbane, tetraethyl-)
Tetraethylpyrophosp] ia te ( PyrophosjJ »oric
acide, tetraethyl ester) (TEPP)
Tetranitrcniietliane (Met)iane, tetranitro-)
Thallium and conpounds ("N.O.S.")
Para.
Code(s)
32102
32260
34297
34298
34299
34300
82140
79582
77770
77871
82201
73643
39620
73644
01059
01057
01058 ;
§261 Ap£>endix VIII Hazardous Substances in STORET
. Medium
WIIL vrm
tXTHAClWniJiS
DISS
SUSP
SID
TIS
IN AJK
liASTE
TOI'AL
'IOTAL
IN WTR
WHL VTPR SM1JL
TOfAL
DISS
SUSP
Units
UG/L
M3/L
UG/L
UG/L
UG/KG DRY WOT
MG/KG WET W3T
IxIG/CC
MG/KG
UG/L
UG/L
UG/L
UG/L
UG/L
UG/L
UG/L
Cas No.
56235
56235 '
56235
56235
56235
56235
56235
56325
50902
3609245
3689245
70002
1U7493
509140
7440200
74 4 O2 80
744(3200
1 Appendix VIII pseudonym in parens, STOlil-rr para, naiiie (underlined arul in parens) if significant ly
different fiau Appendix VI11
(n
-------
APPENDIX H (p.65)
Current Status of Parameter Codes
Substance Naire I
Thallium and conixxmds (continued)
for 40 CFR
Para.
Code(s)
009U2
01073
344bO
71944
79712
§261 Appendix VIII
Medium
TOP RLE
TIS
SLX)
TOTAL FISJl
WASTE
Hazardous Substances
Units
UG/L
fi3/KG WET
MG/KG DRY WJT
UG/GM CWT
NG/KG
in STORET
(iis No.
74402BO
7440200 .
7440280
74402UO
Thai lie oxide ('Ilialliuu (111) oxide)
See "Thalliun"
Tiialliuia (I) acetate (Acetic acid, tyvalliuni See "Thallium"
(I) salt)
Thallium (I) carbonate (Carbonic acid,
dithallium (I) salt)
Ilialliuin (I) chloride
See "Thallium"
See "Thalliun"
Thallium (I) nitrate (Nitric acid, tlalliuin See "Thallium"
(I) salt)
Thallium seleidte
Sec "Thallium"; see "Selenium"
Thallium (I) sulfate (Sulfuric acid, thai- See "Thallium"
Hum (I) salt)
Thioacetamide '(rcthanethioafnide) 73645
Tliiosanicarliiizide (llydrazinecurtothLoamide) 73646
70196
C& I Ap[jendix VII I paeudonyin in jiarens,
different frc^u Appendix VI II names.
-n1 para, name (underlined and in parens) if significantly
-------
APPENDIX H (p.66)
l
Current Status of Parameter Codes for 40 CPR §261 Appendix VJJI Hazardous Substances in SWRET
- -' t -.'''
Substance Name i
' . ' ' ' t » i jkA
* " 1 \" * *&*
'' *1 ** '» f fr Vl
1*
Thiourea (Carbamide thib-)
Thiuram (Bis(dimelhylUuocarbamoyl) di-
sulfide)
Toluene (Benzene, methyl-)
Toluenediumine (l)iaminotoluene)
o-Toluiiline hydrochloride (Ben^en-
amine, 2-n«ithyl-f hydrocltloride)
Tolylene diisocyanate (Benzene, 1,3-diiso-
cyanatoineUiy 1 - )
Para.
Code(3>
73647
30569
38570
30571
38572
30573
34010
34481
34482
34433
34484
70131
78752
79715
82155
73648
73649
73650
.,'.»'
,: Medium^.
*'' "\
.'-..-,-,- ' . , i
.': --^ 1 " ':
1WM
D1SS
SUSP
StD
TIS
TOP
DISS
SUSP
SCO
TIS
MIL IIOH VOL
SI-ID
VJASTIi
IN AIU
'/
. i units ''-' ;. : :
UG/L
UG/L
UG/L
UG/KG
fC/KG
UG/L
UG/L
UG/L
UG/KG DRY WGT
MJ/KG WLT WGT
UG/L
UG/KG
Mfj/KG
NG/CC
* ?
' '''?* Gas No.
62566-
137268
1 37268
1372fafl
137268
137260
100803
100083
100803
108883
108083
108003
100003
1 UOU03
100003
25376450
636215
26471625
1 Appendix VIII pseutlonym in parens, STOUliT. para, name (underlined and in parens) if significantly
different from Appendix VI LI namriii.
-------
APPENDIX H (p.67)
; ' ''''' .1 '" < ''..'. ' ' '
Current Status of Parameter Codes for 40 CFR §261 Appendix VIII Hazardous Substances in STCRET
' '
Substance Name
Para.
Code(s)' MediViQ
Units
as
I i
Cas No.
Toxaphene (Camphena, octacWoro-) 39400
39401
39402
39403
39407
61558
61559
61560
79717
81723
81864
34691
Tribranane thane (Branofonn) 32104
v 34288
34289
34290
34291
79563
82151
_ _^_
TOT
DIS '
SUS .
SED
PISI1
SLUHGE UO
SUJDGE SOL
SULJDGE TOY
WASTE
SIIEL
SHELL
TIS
wiL-wm
DISS
SUSP
SED.
TIS
V^S
IN AIR
UG/L
UG/L
UG/L
IG/KG HRY WGTF
UG/KG WET
UG/L
UG/KG
UG/L
MG/KG
UG/KG WY Wfjr
UG/KG WET WGT
MG/KG WET WGT
UG/L
UG/L
UG/L
UG/KG DRY WGT
MG/KG WET WGT
MG/KG
NGyCC
8001352
8001352
8001352
8001352
8001352
8001352
8001352
8001352
8001352
8001352
8001352
8001352
75252
75252
75252
75252
75252
75252
75252
z
O
3
- I ApjViUlix VIII (isotKlonyiii in |wten.s, S'lUtbT para.
l (Kin A|>|MJiKlix VIII IKUIX.-:;.
name (ure1erline
-------
APPENDIX Hi (p.66)
Current Status of Parameter Codes for 40 CFR $261 Appendix VIII Hazardous Substances in STORET
Substance Name 1
1,2,4-Trichlorobenzene (Benzene, 1,2,4-
trichloro-)
1,1,1-Trichloroethane (Methyl chloroform)
1,1,2-Trichloroe thane (Ethane, 1,1,2-tri-
chloro-)
Para.
Code(s)1
34551
34552
34553
34554
34555
79507
34506
34507
34508
34509
34510
79500
82143
34511
34512
34513
34514
34515
79503
82145
Medilro
TOIW .
DISS
SUSP
SED
TIS
WASTE
TOflW
PISS
SUSP
SED
TIS
WAS
IN AIR
TOUW
niss
SUSP
SED
TIS
WASTE
IN AIR
Units
UG/L
UG/L
UG/L
UG/KG RRY MOT
MG/KG WET WGT
MG/KG
UG/L
UG/L
UG/L
UG/KG CRY WGT
MG/KG WET WGT
MG/KG
NG/CC
UG/L
UG/L
UG/L
UG/KG DRY WGT
MG/KG WET WGT
MG/KG
NG/CC
Cas No.
120821
120821
120821
120821
120821
120821
71556
71556
71556
715S6
71556
71556
71556
79005
79005
79005
79005
79005
79005
79005
.1
81 -
1
Appendix VIII pseudonym in parens,.SlUlBT para, name (underlined and in parens) if significantly
trail ApiMjulix VIII
-------
APPENDIX II (p.69)
Current Status of Parameter Codes
Substance Name *
Tridiloroethene (Tricliloiroethylene)
Tr idi loraueU lanetl i iol ( Metl lanet hio I ,
tridiloro-)
Tridiloromonof luorometltane (Methane,
t r id i lorof luoro- )
(triclilorofluoromethane)
2,4,5-Trichlorophunol (Phenol, 2,4,5-
tridiloro-)
2,4,6-Trichloroi^ei₯Jl (Phenol, 2,4,6-
trichloro-)
for 40 CFR
Para.
Code(s)
34485
34486
34487
34692
39180
39181
79718
82156
73651
34488
34489 .
34490
34491
34492
79719
82154
77687
34621
34622
34623
34624
§261 Appendix
Med ium
DISS
SUSP
f.UJ
TIS
TOT
FISH
WASTK
IN AIR
'1OTW
DfSS
SUSP
StD
TIS
WASTK
IN AIR
TOTAL
'lO'IV/
HISS
SUSP
SI 3)
VIII Hazardous Substances
Units
UG/L
UG/L
UG/KG DRY WGT
fC/KG Wl-:i' WGT
UG/L
l)GK
I-IG/KG
NG/CC
UG/L
UG/L
UG/L
UG/KG DRY W?l'
MG/KG WLT WGT
MG/KG
NG/CC
UG/L
UG/L
UG/L
UG/L
UG/KG DRY WGT
in STOUET
('as No.
79016
79016
79016
79016
79016
79016
79016
79016
75707
75694
75694
75694
7569-1
75694
75694
75694
95954
88062
880O2
8)002
88002
I Api>endix VI11 p.soudi>nym in parens, STORhT para, name (underlined <»nd in parens) if si«jni TicanL ly .lit r.-nm
frrjn Appeuiix VI 11 im
tn
-------
APPENDIX II (p.70)
Current Status of Parameter Codes for 40 CFR
Substance Nante '
2,4, 6-Tricl \ lorof iienol (cont inued )
2,4,5-Trichloroplienoxyacetic acid (2,4,5-
T) (Acetic acid, 2,4,5-trichlorophenoxy-)
2, 4, 5-Trichlorciiienaxypropioriic acid
(2,4,5-TP) (Silvex) (Propionoic acid.
2-(2.4,5-trichlorci)Jienoxy)-)
(2,4,5-TP includes acids and salts)
Trich loropropane ("N.O.S.")
1.2,3-Trichlonjpropone (Propone, 1,2,3-
trichloro-)
O,O,O-Triethyl p] losphoroth ioate (Phos-
pliorothioic acid, <),(J,C>-triet}iyl ester)
syw-Trinitrcbeifciene (Benzene, 1,3,5-tri-
nitro-)
Tris(l-azridinyl ) | il 10^4 >l line an I fide (Phos-
pliine sulfi.de, tris( 1-aviiridi.nyl-)
Para.
Code(s)
34625
79520
39740
39741
39742
39743
39744
39045
39760
39761
39762
39763
§261 Appendix VIII Hazardous Substances in S'lOKET
Medium
TIS
WASTIi
Wlil, SM1JL
I4JD
FLT FRAC
SUS FI
-------
APPENDIX II (p.71)
Current Status of Parameter Codes for 40 CFR §261 Appendix VIII Hazardous Substances in STOKET
Substance Naiiki '
Tris(2,3-dibromopropyl) phosphate (l-Pro-
panol, 2,3-dibroni>~, phosphate)
Trypan blue (2, 7-NaphLlialenedisulfomc
acid, 3,3'-[(3,3'-diiiK>thyl(l,r-bii)henyl)-
4,4'-diyl)bis(a£o) ]biti(5-amino-4-hydroxy-.
tetrasodium salt)
Uracil mustard (Uracil 5-£bis(2-chloro-
ethyl)amiuj]-)
Vanadic acid, aimmumi salt (aumcmium
vauadate)
Vanadium peutoxide (Vaiutdium (V) oxjtle)
Vinyl chloride (Athene, cliloro-)
Zinc cyanide
Para.
Code(s) Medium
73655
73656
73657
736 5U
73659
39175 TOT
34493 DISS
34494 SUSP
34495 SKI)
34693 TIS
39176 FISH TIS
79723 WASTE
02157 IN AIR
See "Cyanide"
Units
UG/L
UG/L
UG/L
UG/KG DRY WlJT
MS/KG WLT WUTl'
UG/KG
MG/KG
NG/CC
(!aa No.
126727
72571
66751
7803556
1314621
75014
75O14
75014
75014
75014
75014
75014
75014
1 Appeiuiix VIII pseuifcxiyin in parens. S'IDHKT para, name (underlined and in parens) if siyni ficant.ly
different f run Ap|Mj.*li x VIII names.
-------
APPENDIX II (p.72)
Current Status of Parameter Codes for 40 CFR .§261 Appendix VIII Hazardous Substances in STORLT
Substance Native
Zinc phosphide
Para.
Code(s)
Medium
Units
Cas No.
73660
1314847
o
CD
1 Appendix VI II pseudonym in parens, S'lKJIJET para, name (underlined and in parens) if significantly
different frum Appeiklix VIII
------- |