EPA 902/4 77 004
NIAGARA FRONTIER
EMISSION INVENTORY, 1975
OCTOBER 28,1977
FINAL REPORT
PARTICULATE MATTER AND SULFUR DIOXIDE
POINT AND AREA SOURCE INVENTORIES FOR
ERIE AND NIAGARA COUNTIES IN NEW YORK
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TECHNICAL REPORT DATA
(Please read Instructions on the reverse before completing)
1. REPORT NO. . , 2.
ฃPA 902/4-77-004
3. RECIPIENT'S ACCESSIOC+NO.
4. TITLE AND SUBTITLE
Niagara Frontier Emission Inventory, 1975
Particulate Matter and Sulfur Dioxide Point and Area
Source Inventories for Erie and Niagara Counties in
5. REPORT DATE
October, 1977
6. PERFORMING ORGANIZATION CODE
7. AUTHOR(S)
8. PERFORMING ORGANIZATION REPORT NO.
9. PERFORMING ORGANIZATION NAME AND ADDRESS
Engineering-Science, Inc.
7903 Westpark Drive
McLean, Va. 22101
10. PROGRAM ELEMENT NO.
Task Order 19 .
11. CONTRACT/GRANT NO.
68-02-1380 .
12. SPONSORING AGENCY NAME AND ADDRESS
U.S. Environmental Protection Agency
Region II, Air Programs Branch
New York, New York 10007
13. TYPE OF REPORT AND PERIOD COVERED
Final
14. SPONSORING AGENCY CODE
15. SUPPLEMENTARY NOTES
16. ABSTRACT
Engineering-Science assisted the New York State Department of Environmental
Conservation (DEC) in updating their existing point and area source air pollutant
emission inventories of particulate matter and sulfur dioxide for Erie and Niagara
Counties.
Major point sources (greater than 25 tons per year of particulates or sulfur
dioxide) were comprehensively analyzed using DEC data at their Buffalo office. ES
obtained additional information required to complete the updates from questionnaires
sent to plant representatives. The updated inventory for major sources represents
normal point source operation, with separate accounting for unusual operating con-
ditions during calendar year 1975. Control equipment downtime was considered in
developing 1975 emission levels. ES updated minor point sources with the assistance
of the DEC data management computer system edit program which identifies missing or
suspect data based on predetermined discriminator limits.
In developing area source parameters and allocation procedures, ES made use of
the methodologies described in Volumes 1 through 13 of the EPA Guideline Series for
AQMA analysis. ES and the DEC jointly conducted a survey of fuel dealers and prime
suppliers. In addition to the development of area source values for subcounty areas,
ES recommended appropriate emission factors to the EPA for their use in estimating
^emissions. key words and document analysis
a. DESCRIPTORS
b.IDENTIFlERS/OPEN ENDED TERMS
c. COSATI Field/Group
Air Pollution
Environmental Survey
Stationary Sources
State of New York
Erie and Niagara Counties
Particulate matter and
sulfur dioxide
Emission Inventory
13h, 5b
13. DISTRIBUTION STATEMENT
Release Unlimited
19. SECURITY CLASS (This Report)
Unclassified
21. NO. OF PAGES
245
20. SECURITY CLASS (This page)
Unclassified..
22. PRICE
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EPA 902/4-77-004
NIAGARA FRONTIER
EMISSION INVENTORY, 1975
EPA Contract No. 68-02-1380,
Task Order 19
Submitted to
U. S. Environmental Protection Agency
Region II
New York, New York 10007
Gerard Soffian
Project Officer
Air Programs Branch
Submitted by
Engineering-Science
7903 Westp'ark Drive
McLean, Virginia 22101
October 28, 1977
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This air pollution report is issued by Region II
Environmental Protection Agency to assist state and
local air pollution control agencies in carrying out
their program activities. Copies of this report may
be obtained, for a nominal cost, from the National
Technical Information Service, 5285 Port Royal Road,
Springfield, Virginia 22151.
This report was furnished to the Environmental Pro-
tection Agency by Engineering-Science, Inc., McLean,
Virginia in fulfillment of EPA Contract No. 68-02-1380,
Task Order No. 19. This report has been reviewed by
Region II, EPA and approved for publication. Approval
does not signify that the contents necessarily reflect
the views and policies of the Environmental Protection
Agency, nor does mention of trade names or commercial
products constitute endorsement or recommendation for
use.
Region II Publication No. 902/4-77-004
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TABLE OF CONTENTS
Page
CHAPTER I INTRODUCTION 1-1
OBJECTIVE 1-1
BACKGROUND 1-2
CHAPTER II POINT SOURCE INVENTORY II-l
NEW YORK STATE INVENTORY SYSTEM II-l
CURSORY UPDATE II-l
COMPREHENSIVE UPDATE II-5
POSSIBLE MISSING POINT SOURCES 11-11
CHAPTER III AREA SOURCE INVENTORY III-l
AREA SOURCE CONCEPT III-l
GRID DESCRIPTION III-2
FUEL SURVEY III-3
AREA SOURCE COUNTY TOTALS AND SUBCOUNTY
ALLOCATIONS III-6
CHAPTER IV SUMMARY IV-1
LIST OF FIGURES
FIGURE II-l NIAGARA FRONTIER POINT SOURCE UPDATE APPROACH II-2
FIGURE III-l NIAGARA FRONTIER MASTER GRID SYSTEM FOR AREA SOURCES III-4
FIGURE III-2 ERIE COUNTY AREA SOURCE INPUT DATA III-8
FIGURE III-3 NIAGARA COUNTY AREA SOURCE INPUT DATA III-9
LIST OF TABLES
TABLE III-l SUMMARY OF RESULTS OF THE SURVEY OF 1975 FUEL SALES
IN THE NIAGARA FRONTIER III-7
TABLE III-2 ADJUSTED FUEL SURVEY VALUES PROVIDED BY THE DEPART-
MENT OF ENVIRONMENTAL CONSERVATION III-ll
TABLE E-l SUMMARY OF POINT SOURCES ANALYZED BY ENGINEERING-
SCIENCE FOR THE COMPREHENSIVE UPDATE E-2
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TABLE OF CONTENTS CCONT'D.)
LIST OF APPENDICES
POINT SOURCES ANALYZED FOR THE CURSORY UPDATE
COMPUTER LISTING OF ALL POINT SOURCE UPDATE CARDS
PROVIDED TO THE DEC
POINT SOURCE QUESTIONNAIRES FOR THE COMPREHENSIVE
UPDATE
POINT SOURCE CONTROL EQUIPMENT DOWNTIME LOG FOR 1975
SUMMARY OF POINT SOURCES ANALYZED FOR THE COMPREHEN-
SIVE UPDATE
FUEL SURVEY FORM AND COVER LETTERS
SUBCOUNTY ALLOCATION OF RESIDENTIAL FUEL
SUBCOUNTY ALLOCATION FACTORS FOR OTHER AREA SOURCE
CATEGORIES
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CHAPTER I
INTRODUCTION
OBJECTIVE
Engineering-Science (ES) was contracted by the U.S. Environmental
Protection Agency (EPA) to review, improve and develop the particulate
matter and sulfur dioxide emission inventories for the Niagara Frontier
Intrastate Air Quality Control Region (AQCR). To meet this objective,
ES made use of the AIR 100 data management computer system developed
and maintained by the New York State Department of Environmental Con-
servation (DEC). A cursory analysis was made of the entire 3000 point
sources contained in the DEC inventory. The main effort, however,
consisted of upgrading the emission inventory for major point sources
as identified by the DEC. A comprehensive analysis was made for about
265 such sources. ES also developed a subcounty inventory for area
sources which consisted of 316 cells in the two-county AQCR.
In meeting the objective of this project, inputs were required
from the DEC headquarters office in Albany, the DEC Region 9 office in
Buffalo, the Niagara County Department of Health, the Erie and Niagara
Counties Regional Planning Board, the EPA Office of Air Quality Planning
and Standards (OAQPS), EPA Region II, the Erie County Department .of En-
vironmental Quality (presently Department of Environment and Development)
and other local government agencies and industry. ES was responsible for
updating and upgrading the DEC maintained computer files of point sources,
for updating and developing the 1975 base year area source inventory and
for allocation of the area source inventory to grid squares. Following
this project, plans called for DEC to convert their updated AIR 100 file
to National Emissions Data System (NEDS) format and supply these data to
the EPA. The EPA was then expected to utilize the NEDS inventory to
perform modeling and to develop a source-receptor relationship with the
updated point and area source emission inventories provided by ES and the
DEC. The model planned for use was the Implementation Planning Program (IPP).
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Throughout the project, ES followed the methodology described in the
following EPA documents and publications:
o "Guide for Compiling a Comprehensive Emission Inventory"
(APTD-1135).
o "Guidelines for Air Quality Maintenance and Analysis".
Volume 7 : Projecting County Emissions.
Volume 8 : Computer-Assisted Area Source Emission Gridding
Procedure.
Volume 13 : Allocating Projected Emissions to Subcounty Areas.
o "Compilation of Air Pollution Emission Factors" (AP-42).
This final report summarizes the work effort conducted by ES in the
development of the point and area source inventories. The actual updates
to the computer files were delivered to the DEC on computer cards. Nearly
5,200 transactions for point and about 1,900 transactions for area sources
were produced as a result of this effort. In Chapters II and III the
methodology and sources of information used by ES in building a data base
for the development of the point and area source inventories is described
in detail.
BACKGROUND
On July 12, 1976 (41 FR 28618), the EPA published in the Federal Regis-
ter a notice assessing the adequacy of the New York State Implementation
Plan (SIP). In its notice, the EPA found that for the Niagara Frontier
AQCR (Erie and Niagara Counties), the SIP was inadequate to provide for
the attainment and maintenance of the national ambient air quality standards
for particulate matter and the maintenance of standards for sulfur dioxide.
As a result, the EPA requested the State to revise its SIP by developing
new control strategies and promulgating new emission limitations.
On December 16, 1976 (41 FR 54955), EPA announced in the Federal Regis-
ter that the State was requesting that the EPA approve a revision to its
SIP consisting of a temporary relaxation of the sulfur-in-fuel oil limita-
tion for part of the Niagara Frontier. On May 18, 1977 (42 FR 25501), the
EPA indicated that it could not fully evaluate the impact of the revision
on air quality and could not approve the revision without the performance
of dispersion modeling.
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In order for the State to correct the inadequacies in its SIP
and document the impact of other revisions, a source-receptor relation-
ship model is required for the Niagara Frontier. The accuracy of any
model depends upon the accuracy of the input data, the most important
portion of which is the point and area source emission inventory. Within
the framework described, it was Engineering Science's task, under con-
tract to EPA Region II, to assist the New York State Department of
Environmental Conservation in updating and upgrading the point and area
source emission inventories for particulate matter and sulfur dioxide in
Erie and Niagara Counties.
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CHAPTER II
POINT SOURCE INVENTORY
NEW YORK STATE INVENTORY SYSTEM
The New York State DEC AIR 100 master file is routinely generated'from
applications for Permits-to-Construct or Certificates-to-Operate for three
classes of sources: combustion, incineration, and industrial process.
The DEC also maintains a separate historical data file which is derived from
the current master file and corresponds to the time period of the certificate
to operate. The historical file for a given year is automatically updated by
current master file updates provided the year in question falls within the
current Certificate-to-Operate time span and the historical file has not been
separately updated.
The primary use of the applications has been enforcement-oriented on a
local level, and as a result the existing data oftentimes lacks some param-
eters necessary for dispersion modeling or lacks verification of the values
provided. In generating the updates Engineering-Science gave priority to
data which was essential for dispersion modeling such as emissions, stack gas
exit velocity and temperature, stack diameter and height, UTM coordinates, control
efficiency, allowable emissions, and operating levels. The ES review and up-
date consisted of three main tasks: (1) the cursory update, (2) the compre-
hensive update, and (3) the identification of possible missing point sources.
Figure II-l illustrates the overall approach to updating, the existing computer
file for the Niagara Frontier. The term "point source" as used herein is a
synonym for a stack. A "facility" refers to a plant, institution, or
commercial building that may have a group of stacks associated with it.
CURSORY UPDATE
DEC Edit Program
The DEC devised an edit program which made use of discriminator values
for selected parameters to identify missing or suspect data in the AIR 100
files. Engineering-Science assisted the DEC in developing discriminator
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Figure II-l. Niagara Frontier point source update approach.
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values for these parameters which include Universal Transverse Mercator (UTM)
coordinates, stack parameters, facility fuel usage with relation to fuel
type, annual fuel usage compared to average hourly fuel usage, and various
emission data. The edit program was developed to provide a quick and effec-
tive method of identifying obvious errors.
In conducting the cursory update, Engineering-Science checked and verified
or corrected those records flagged by the edit program. Of the approximately
3,000 point sources in the Niagara Frontier, the edit program rejected records
for 467 point sources because of missing data or data that did not meet the
discriminator limits. These point sources are identified in Appendix A. The
majority of the errors identifed by the edit program related to stack parame-
ters and annual fuel usage. A single set of UTM coordinates were provided
for facilities found to have erroneous or missing coordinates. UTM Zone 18
coordinates were used throughout the program. Engineering-Science pro-
vided Source Classification Codes (SCC) for all industrial processes listed
in Appendix A since the DEC conversion program which produces NEDS format can
only generate identifying SCCs for combustion and incineration sources.
Cursory Update Methodology
In the first update phase, Engineering-Science performed a "cursory"
analysis of the edit program printout at the DEC Region 9 office in Buffalo,
New York. The erroneous values in the printout were compared first to the
corresponding values contained in the AIR 100 forms (applications for Permit-to-
Construct or Certificate-to-Operate). The inspection reports, stack tests,
impact assessments, certificates to operate, or other material contained in
the DEC correspondence and plan files were examined in a cursory fashion in
an attempt to provide correct values. At times, a DEC Region 9 engineer
was consulted to provide insight into the operation of a specific source.
Of primary concern were the point sources which appeared to have particulate
or sulfur dioxide emissions less than 25 tons/year since those sources with
greater than 25 tons/year emissions were to be analyzed during the subsequent
comprehensive update. For all but 55 point sources with less than 25 tons/
year emissions, all required information was obtained from the DEC files in
Buffalo. For these 55 point sources,the DEC engineers in Buffalo obtained
the necessary information from plant representatives or made estimates of
the missing data.
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The values to be updated were coded by ES on appropriate AIR 100 file
correction forms, checked for data format, legibility, and accuracy, and key-
punched. The cards were checked for card format and accuracy before trans-
mitting the card deck and a copy of the listing of the cards to the DEC in
Albany. Engineering-Science was responsible for correcting any cards rejected
by the DEC update program. A total of 1,400 update cards were provided to
the DEC in the cursory edit stage of the point source updates. A computer
listing of each of the update cards is provided in Appendix B. Although
the updates were made to the current master file, the changes were also
incorporated in the historical file since no manual updates had previously
been made to the historical file.
All changes made by ES to the emission inventory were documented with an
explanation of the source of the information for the parameter updated. All
data still missing or unverified were also documented along with a note as
to whether the source emitted greater than 25 tons/year of either particulates
or sulfur dioxide.
Problem Areas
Because the DEC edit program was only recently developed, many problem
areas surfaced which required Engineering-Science to work closely with the
DEC in determining the nature of some of the errors in the edit program print-
out. In addition, there were several point sources that had exit velocities
outside the limits of the edit program discriminators. Based on the data
available, no error could be found for these point sources during the cursory
update. A list of these points were provided to the DEC. Another problem
resulted from the edit program discriminator which required the annual fuel
use obtained from the product of the average hourly fuel use and the annual
hours of operation to be within + 10% of the annual fuel use reported by the
plant. There were 126 errors of this type. Any of the three parameters could
have been incorrect. ES identified several of these plants to the DEC, who
in turn contacted the plant representatives to determine if any consistent
pattern of calculation could be established. However, no consistency was
noted so the EPA agreed that the annual fuel use should be updated in these
cases by substituting the product of the average hourly fuel use and the
annual hours of operation. The annual fuel use for these point sources was
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not verified. ES supplied the DEC with a list of the sources assumed to be
less than 25 tons/year emitters. Those sources with this problem that had
greater than 25 tons/year emissions were analyzed during the comprehensive
update.
COMPREHENSIVE UPDATE
Point Sources Selected for Analysis
For the comprehensive update, ES conducted a detailed analysis of all
point sources which emit greater than 25 tons/year of particulates or sulfur
dioxide. The comprehensive update did not consider smaller point sources
although, in aggregate, small sources at a single facility could result in
emissions greater than 25 tons per year. An update was required for the
current master file and the 1975 historical file, if unusual operating
characteristics were experienced during calendar year 1975. ES began the up-
date through utilization of the current master file to estimate annualized
emissions and to select for analysis the points with greater than 25 tons/
year emissions. To reduce time the DEC used their computer system to select
the--point sources that Engineering-Science would analyze during this phase of
the updates. The emissions were estimated from annual fuel use and EPA
emission factors for combustion sources and from hourly emission rates and
annual hours of operation for incineration and industrial process sources.
The DEC identified 264 point sources as having greater than 25 tons/year
emissions. Engineering-Science determined that within the scope of this study,
normal or typical updates to the current master file could be made for all
these sources and that additional 1975 updates to the historical file could
be made for 70 of these sources that exhibited unusual operating characteris-
tics during calendar year 1975.
Comprehensive Update Methodology
In general, ES proceeded with the comprehensive update, by first comparing
the data contained in the applications for a Certificate-to-Operate or Permit-
to-Construct to the current master or historical file. The sources only present
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in the historical file normally had not been issued a Certificate-to-Operate
or Permit-to-Construct due to lack of compliance with emission regulations.
The parameters analyzed consisted of stack parameters; fuel use, process
throughput, or solid waste incinerated; actual emissions; allowable emissions
and emission rate potential for industrial processes; operating schedules; and
control equipment. ES made various calculations to check for consistency of
data, e.g. exit velocity equals flow rate at stack conditions divided by stack
cross-sectional area at exit; unit heat input equals rated capacities of burners
operating simultaneously times the respective heating value; sum of heat inputs
of units operating simultaneously equals total heat input; percent operation by
season corresponds to days of operation per year; hourly emission rates reflect
units (and burners) operating simultaneously; etc. Parameters that were in-
correct or suspect were then checked in detail against all available data
from the DEC files in Buffalo, including stack tests, inspection reports, Certifi-
cates-to-Operate, blueprints, monthly fuel reports, and impact reports. A
DEC Region 9 engineer was often consulted in an attempt to provide insight
into the operation of a specific source.
The update values obtained from the investigation of the DEC files and
information supplied by the DEC engineers were then coded on AIR 100 file
correction forms. A total of 102 point sources were completely updated, 107
point sources were partially updated, and no updates could be made for 55
sources using the available data. The same quality control methods adopted
during the cursory update were performed by ES before delivering 1,746 update
cards to the DEC. A computer listing of each of the update cards is provided
in Appendix B.
Questionnaires
For all cases in which insufficient information/data existed within the
DEC Region 9 office to update the current master file or to verify that
calendar year 1975 was in fact a normal operating year, the plant representa-
tive was contacted. The Niagara County Health Department provided all data
required to make current master and historical file updates for those sources
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in Niagara County. For Erie County, ES developed a set of questionnaires for
each of the three classes of point sources: combustion, incineration, and
industrial process. Copies of these questionnaires and the accompanying
cover letter and instructions are included in Appendix C. For some point
sources at a facility, the inventory was updated from DEC in-house data while
questionnaires were sent for other points at the facility. Because the most
frequent errors found were associated with fuel usage and operating character-
istics, the combustion questionnaires were the most comprehensive. The
questionnaires were sent by certified mail with return receipt and the
plant representative was asked to return the questionnaires in a two week
time period. An attempt was made to mail the questionnaires for all emission
points' at a given facility at the same time. Two sets of questionnaires
were mailed for a given emission point when data were needed for both
typical and calendar year 1975 operation. Questionnaires for normal or
typical operation were sent to 162 point sources and to 150 point sources
for calendar year 1975 operation.
If the questionnaires were not returned within a three week time period,
ES contacted the plant representative by telephone to determine the status
of the questionnaires. Of the 87 questionnaire packages sent by mail (fewer
than 87 plant representatives received packages since a few facilities were
mailed more than one package), a total of 34 plant representatives had to be
contacted by telephone. Each displayed at least some degree of verbal^
cooperation; however, information promised for 16 point sources was never
received.
Updates from Questionnaires and Other Sources
ES analyzed the returned questionnaires for completeness, accuracy,
and consistency with the master and historical files and the updates pre-
viously made during the comprehensive edit phase. In several instances,
the plant representative had to be contacted again to obtain missing data
or to clarify the information provided.
In some instances ES estimated stack gas exit flow rate or temperature
if the plant representative indicated that such information was not available
to him. The document Exhaust Gases-from Combustion and Industrial Processes
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(APTD-0805) in combination with stoichiometric calculations based on an
assumed excess air and data from package boiler manufacturers were utilized
by ES in making the required estimates.
In addition to the questionnaires, control equipment downtime logs
maintained by the respective county agencies were utilized in making the
calendar year 1975 updates. The logs indicated that in 1975, there were
21 point sources that had more.than 25 hours of control equipment downtime.
A list of these emission points is provided in Appendix D. ES analyzed only
5 of the sources during the comprehensive update. Because the DEC did not
identify the other 16 point sources as "major" emitters (greater than 25 tons
per year), ES concluded that during normal operation, these 16 point sources
have emissions that are controlled to a level of less than 25 tons per year.
With information supplied from the questionnaires, 146 point sources were
updated for normal or typical operation, and 70 were updated for calendar year
1975 operation using not only the questionnaire but also the control equipment
outage information. These comprehensive updates for the current master and
historical files were then coded, checked, and keypunched, and cards were
delivered to the DEC in Albany. A computer listing of the 2,024 cards is
provided in Appendix B.
Results
Table E-l in Appendix E contains a summary of the point sources analyzed
by Engineering-Science for the comprehensive update. The point sources are
listed by county and by location code, which represents municipality, and are
identified by facility and emission point number. Within these groups, the
point sources were arranged in the order in which they were provided to ES
from the DEC in Albany. The original 264 point sources are listed in Table E-l.
Source classification codes (SCC) for all industrial processes are given
in Table E-l along with IPP codes (necessary for EPA dispersion modeling) for
all point sources, where applicable. The final status of each of the point
sources is also included in the table according to the letter codes defined
at the bottom of each page. Plant representatives failed to provide informa-
tion to make normal or typical operation updates for 16 point sources and to
make calendar year 1975 operation updates for 25 point sources. Of the 16
point sources, partial master file updates were made for 12 'but no updates
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could be made for the remaining 4. Comments covering unusual situations
which are worthy of note comprise the last column of the table.
Problem Areas
Some sources such as those which have no Certificate-to-Operate and/or
Permit-to-Construct were missing from the AIR 100 master file since it was
established primarily as a permit system and not as an inventory system.
This is the primary reason why not all the greater than 25 tons/year emission
sources may have been identified, although the DEC attempted to do so. In
addition, combustion sources for which EPA emission factors did not apply
were not included in the list given to ES because of the computerized
method in which the sources were selected. During the course of the analysis,
ES identified several boilers utilizing coke oven or blast furnace gas which had
greater than 25 tons/year emissions but were not in the list of greater than
25 tons/year sources. Although it was beyond the limits of this contract for
ES to analyze these types of point sources, the DEC examined the point source
files and updated such sources while ES completed the comprehensive edit.
The New York State Department of Environmental Conservation AIR 100
system, including applications for permits or certificates and accompanying
instructions, is very detailed and well conceived. ES has discovered,
however, that some of the instructions and definitions are frequently mis-
understood by plant representatives, especially with relation to stationary
combustion facilities. Such parameters as annual fuel use, average quantity
of fuel used per hour, days per year of operation, operating schedule per
season, unit heat input, total heat input, rated capacity, and exit flow rate
need to be explained in sufficient detail to provide the representative with
the exact procedure in which these values are to be calculated or determined.
ES has also noticed that confusion exists with regard to determining point
number and unit number or letter when more than one unit (boiler, process,
incinerator) vents to the same stack. In several cases ES had to modify emission
point or unit identification because a boiler and an incinerator were incorrect-
ly coded as venting through the same stack. In other cases both a boiler and
an incinerator venting through the same stack were assigned the same unit
letter.
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Another problem encountered during the comprehensive edit was caused by
the incorrect choice of the type of application necessary (stationary com-
bustion, industrial process, or incinerator) for a Permit-to-Construct or a
Certificate-to-Operate. For example, some industrial process furnaces and
all coke oven waste heat stacks were incorrectly placed in the files as
stationary combustion sources. In cases such as this, a new application
must be completed on the proper form. ES completed several new applications,
but some still exist in the computer file that are incorrect. It is impor-
tant to identify source type properly with respect to the computer file because
source type affects the calculation of annualized emissions. For processes
and incinerators annualized emissions are determined from hourly emission
rates and operating schedules, while for combustion sources annualized emis-
sions are determined from annual fuel use and EPA emission factors. Therefore,
if a source is incorrectly coded as combustion, inaccurate or even zero annual
emissions might be attributed to the source depending upon how the application
was completed and the type of fuel utilized.
ES spent significant amounts of time working with the DEC Region 9
personnel in preparing AIR 100 applications for emission points associated
with the coke battery operations (charging, pushing, and quenching) in Erie
County. The data that previously existed in the file was either outdated or
incorrect and thus required updating. In general, stack test data for a
charging, pushing, or quenching operation were applied to similar operations
at the same plant or at other plants. ES did not keypunch these types of
changes or those pertaining to the modification of a facility, emission point,
or unit identification, but forwarded these directly to the DEC in Albany
for processing after the proper forms were coded.
Finally, the updates made to the DEC computer files by ES were in general
not inserted on the original application form completed by the plant represen-
tative. As a result, ES recommends that the DEC Region 9 personnel rely upon
the updated computer files in conducting their daily activities.
11-10
-------
POSSIBLE MISSING POINT SOURCES
ES compared the New York State Department of Labor Employment File Report
and the New York State Industrial Directory to the current master file listing
of point sources in an attempt to identify any point sources not presently
in the computer file that might require a Certificate-to-Operate. The
Employment File Report contained a listing of facilities with more than 50
employees. It was reasoned that a facility of this size that could not be
matched in the point source inventory might have a large enough heating plant
to require a Certificate-to-Operate.
It was difficult to match plants because in many cases facility names,
addresses, or Standard Industrial Classification (SIC) codes were not identical
in the listings. After completing the matching efforts, ES found 41 facilities
in Niagara County and 162 in Erie County that qualified as possible missing
point sources. These lists were submitted to the DEC Region 9 personnel, who
determined with the assistance of the Niagara County Health Department that
none of the facilities identified for Niagara County required a certificate.
A few of them were listed under other names in the point source inventory and
the others used natural or LP gas or purchased electricity. Applications for a
Certificate-to-Operate were mailed to eleven of the 162 facilities identified
for Erie County. However, telephone conversations with plant officials led
to the conclusion that these were small sources emitting much less than 25
tons/year of particulate or sulfur dioxide.
11-11
-------
CHAPTER III
AREA SOURCE INVENTORY
AREA SOURCE CONCEPT
Area sources are generally perceived as "domestic" types of air
pollution, i.e., emissions resulting from residential space heating,
transportation, and incineration. These kinds of emissions are difficult
to pinpoint so they are commonly analyzed over some geographic area such
as a census tract, municipality, county, etc. Each area source represents
the total of all minute quantities of air pollutants that are discharged
over a particular geographic area. While each source may emit only a small
quantity of air pollutants, because of the great number of sources, their
collective impact may be very significant-
Usually, the smallest geographic unit for which accurate data can be
obtained is the county. County data must be disaggregated and appropriately
allocated to smaller areas to provide adequate detail for the dispersion
modeling input. Further constraints imposed by the IPP simulation model re-
quire that these small areas be perfectly square in shape although they
need not be of uniform size. Urbanized or industrialized portions of the
county are gridded into small squares to provide for detailed, representa-
tion of concentrated pollution sources while rural areas with few pollution
sources are adequately represented by large grid squares.
The 1975 area source inventory developed by Engineering-Science covers
27 separate categories of sources which emit particulates alone or particulates
and sulfur dioxide. This chapter describes the methodology of selecting the
area source grid system, the fuel survey conducted to assist in the evaluation
of fuel usage for three of the major area source categories, the methodology
and data sources utilized to determine county totals for each of the area
source categories, and the methodology and data sources adopted to accomplish
the allocation of county totals to each of the grid squares.
III-l
-------
GRID DESCRIPTION
The DEC, EPA, and Engineering-Science developed a master grid system
containing more than 300 grid squares considering such factors as suitability
for modeling, emission and population densities, municipal boundaries, and
future land use and employment. In developing the grid system, ES sought
a system that would be utilized not only in attainment studies but also in
future maintenance analyses.
ES obtained area source data from the EPA Office of Air Quality Planning
and Standards (OAQPS) that was used in a 1972 dispersion modeling effort re-
lated to the development of the State Implementation Plan for Erie and Niagara
Counties. The grid system developed for that study contained approximately
300 grid squares ranging in size from 1 to 100 square kilometers. Square grid
emissions for particulates and sulfur dioxide in tons/day were also provided
by the EPA. With these data and population information from the 1970 census,
ES constructed the master grid system based on existing municipal boundaries.
The grids were of a generally square shape but in most cases were not perfect
squares. Copies of the proposed grid system were transmitted to the county
air pollution agencies, the DEC in Albany and Buffalo, the Erie and Niagara
Counties Regional Planning Commission, and the EPA Region II and OAQPSi
Comments from these agencies included the need for finer gridding in the
city and town of Lockport, in the city of Lackawanna, and in the town of
Tonawanda. In addition, EPA indicated that the grid system had to be com-
posed of perfectly square areas in order to be compatible with the IPP disper-
sion model. This presented a problem with regard to the maintenance analysis
since the Regional Planning Board indicated that planning data is being
developed on a census tract or agglomerated census tract basis. EPA decided
in this case that the modeling constraint was of greater importance. There-
fore, ES redesigned the grid system based on the comments received and EPA's
decision.
The resulting master grid system contained 316 perfectly square grids
ranging in size from 1 to 100 square kilometers. The area source grid system
III-2
-------
was not exactly parallel to the UTM Zone 18 coordinate system, but was rotated
clockwise approximately three degrees In order to align it with the north-south
municipal and county boundaries. The final approved grid system is shown in
Figure III-l. An item worthy of note is that the allocation of county totals
to the grids is more complicated using the adopted grid system since several of
the square grids contain portions of both Erie and Niagara Counties.
ES also prepared an additional modification to the grid system in order
to make it compatible with the IPP dispersion model. This modification con-
sisted of trigonometrically estimating the coordinates of each grid to the
nearest millionth (10~6) of a kilometer.
FUEL SURVEY
A fuel survey was conducted for the study area to accurately define fuel
usage. The results were to be used to establish accurate emissions for three
major area source categories: residential, commercial/institutional, and light
industrial fuel use.
The EPA document, "Guide for Compiling a Comprehensive Emission Inventory"
(APTD-1135), recommends that a detailed fuel survey be conducted in estimating
area source fuel consumption for the residential, commercial/institutional, and
industrial categories. ES completed the survey of 1975 fuel use for Erie and
Niagara Counties. The DEC in Albany conducted the fuel survey effort for the
remainder of the State of New York. ES assisted the DEC in developing a cover
letter and the fuel survey form. The DEC obtained a comprehensive list of
fuel dealers, both retail and "prime suppliers" from the New York State Energy
Office. The DEC handled the first mailing for the entire state, and ES made
the contacts necessary to complete the survey effort for Erie and Niagara Counties.
ES obtained a copy of the fuel dealer list utilized by the DEC and per-
formed a geographical analysis to select dealers in or near the study area
which were likely to have customers in Erie and Niagara Counties. ES assumed
responsibility for obtaining the required information from those dealers. In
addition, ES obtained copies of the yellow pages of all telephone directories
within or near the Niagara Frontier to identify companies not contained in the
DEC list. The DEC also provided a copy of the Empire State Petroleum Associa-
tion Directory for Erie, Niagara, and surrounding counties which ES checked to
identify dealers not yet contacted. ES then mailed fuel survey questionnaires
III-3
-------
170
I
190
200
I
210
[
NIAGARA
ALLS
/
T0NMMO4>
C3
LEGEND
Arto Son* Grid
County Bowdvy UOUMWNNA
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L-1
UXWWi
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'
UTM/KLOfcETERS
Figure IH-1. Niagara Frontier master grid system for area
4790
4780
4770
4760
4750
4740
4730
4720
4710
sources.
III-4
-------
and cover letters to each additional dealer with a stamped self-addressed
return envelope. A copy of the cover letter, and fuel survey form are con-
tained in Appendix F.
Our objective was to make sure that no dealers were overlooked in
trying to accumulate.fuel sold to end users. We believe these cross-
checks identified above have reduced the chance of missing large amounts
of fuel sold in the 2-county area.
Dealers who did not respond within 3 to 4 weeks were mailed another
fuel survey package. The package consisted of another letter from the DEC
in Albany, an additional fuel survey form and a stamped self-addressed return
envelope. A copy of the second-mailing cover letter is shown in Appendix F.
Any dealers who submitted fuel survey forms that were completed in-
correctly or contained missing information were contacted by telephone and
asked to supply the needed data. If the dealer could not provide sulfur or
ash contents, his supplier was contacted to obtain that information.
Another follow-up phone call was made to those dealers who did not respond
to the second mailing. For the most part the fuel dealers were cooperative
and either indicated that the form would be completed in a short time or that
no fuel survey package had been received. In the latter instance, another
fuel survey package was mailed to a specified address to the attention of a
specific individual rather than to the general address used in the first
and second mailings. At times, all necessary information was provided by a
dealer over the telephone and subsequently placed on a fuel survey form by
ES personnel.
Of all dealers identified as having possible sales of fuel to end users
in the Niagara Frontier, there were 77 dealers who responded to the survey
and indicated that they had sales of fuel in 1975 to residential, commercial/
institutional, or industrial customers in the Niagara Frontier. For various
reasons, 13 dealers chose not to respond to the survey. In our estimation,
ten of them probably had customers in either Erie or Niagara County. The
III-5
-------
ten were all judged to be small dealers with the exception of two coal
dealers. These companies had central offices in other cities and indica-
ted by phone that they only had sales to industrial or institutional
customers. This fact was considered when determining the final area
source fuel usage. Three of the remaining 8 recalcitrant dealers were
assumed to sell coal, two were assumed to sell oil, and the other three
liquified petroleum gas. Only one dealer verbally refused to cooperate in
the fuel survey effort.
Because all identified fuel dealers that had significant sales responded
to the fuel survey, the survey totals for 1975 shown in Table III-l are assumed
to be complete for analysis purposes with the exception of institutional and
industrial coal. The data shown in the table were compiled from the indivi-
dual survey forms received by Engineering-Science and by the DEC in Albany
as of May 20. 1977.
AREA SOURCE COUNTY TOTALS AND SUBCOUNTY ALLOCATIONS
The following sections discuss the data sources and methodology used in
the evaluation and allocation of the 27 categories of area sources that emit
particulates and sulfur dioxide. The procedures described in the EPA Guide-
lines documents were followed by ES in developing county totals and subcounty
allocations. When the Guidelines specified more than one level of analysis,
ES used the highest possible level in order to provide the most accurate
estimates.
Figures III-2 and III-3 are the final area source load sheets for Erie
and Niagara Counties utilized in the analysis. The forms used are the basic
NEDS area source input forms modified for units and the inclusion on the
comment card of the stack height, grid area, and UTM coordinates of the
southwest corner of the grid. Stationary fuel combustion sources, which
typically have relatively large plume heights compared to the other area
source categories, did not contribute significantly to the total area source
inventory. Therefore, ES recommended that the standard plume height for
area sources of 33 feet be used in the dispersion analysis. The area source
III-6
-------
TABLE III-l. SUMMARY OF RESULTS OF THE SURVEY OF
1975 FUEL SALES IN THE NIAGARA FRONTIER
CUSTOMER TYPE
COUNTY
FUEL TYPE
UNITS
RESIDENTIAL
COMMERCIAL
GOVERNMENTAL
INDUSTRIAL
Erie
Anthracite coal
Bituminous coal
tons
tons
950
469,600
Residual oil Nos.
4 & 5
gallons
568,739
452,677
5,309,546
Residual oil No. 6
gallons
8,690,479
8,126,843
55,617,935
Distillate oil No. 1
gallons
1,636,209
622,5 98
16,583
190,358
Distillate oil No. 2
gallons
22,064,775
9,759,913
3,626,173
24,035,148
Liquified petroleum gas
gallons
1,540,922
748,143
278,728
1,352,182
Natural gas
106 ft3
53,834
12,760
3,588
21,230
Niagara
Anthracite coal
Bituminous coal
tons
tons
2,765
16,886
Residual oil Nos.
4 & 5
gallons
10,085
257,723
2,326,736
Residual oil No. 6
gallons
373,286
233,774
46,954,505
Distillate oil No. 1
gallons
3,665,050
92,237
22,829
151,603
Distillate oil No. 2
gallons
34,581,415
2,694,535
1,465,793
8,782,779
Liquified petroleum gas
gallons
1,066,184
72,312
300
93,309
Natural gas
106 ft3
7,072
2,074
801
7,150
-------
AREA SOURCE
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-------
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Figure 111-3. Niagara County area source input data.
-------
categories which were not a part of this study were left blank on the NEDS
load sheet.
The actual allocation factors utilized by ES are shown in Appendix H
for all area source categories except residential fuel use. Appendix G shows
the fuel survey calibrated output of the theoretical residential fuel use
computer program used for allocation.
A dispersion modeling constraint for the area sources required that the
basic NEDS area source form and the definitions of the area source categories
contained in "Guide for Compiling a Comprehensive Emission Inventory" (APTD-
1135) be adopted by ES in the analysis. Since the emission factors that
correspond to the APTD-1135 definitions were already built into the EPA
computer programs, ES did not develop emission factors for this study. The
proposed EPA emission factors were, however, reviewed by ES to insure accurate
emission estimates. Based on our past inventory and modeling experience, ES
recommended emission factor values for re-entrained particulates from highway
vehicles and urged the EPA to include the fugitive dust categories of area
sources as part of the area source inventory and the modeling effort.
Residential Fuel
The residential fuel category refers to the combustion of fuels for such
residential uses as space heating, water heating, and cooking. All residential
dwellings from single family residences to apartment complexes make up this
category.
As previously mentioned, the DEC conducted a fuel survey for all counties
in New York except Erie and Niagara during the same time period that ES was
conducting its fuel survey. The statewide response to the survey was incom-
plete and the survey oil usage value was, as a result, about 81% of the State
Mineral Industry Survey value for 1975^^. In the cited reference, the DEC
performed a statewide fuel balance consistent with all available information.
(1) "Adjusted 1975 Oil and Gas Fuel Survey Results", internal document prepared
by Tom Easterly of the New York State Department of Environmental Conservation,
Albany, N. Y., July 1977.
111-10
-------
The DEC made use of the AIR 100 data and information from the Mineral Indus-
try Survey and the Census of Manufacturers to adjust the survey oil usage
values. The adjusted values will be used by the DEC in their modeling and
planning efforts. In order to ensure that data on fuel use for all counties
in the State remained consistent with the State totals, the values calculated
by DEC were substituted for the corresponding fuel survey values. The change
only affected distillate and residual oil values for residential, commercial/
institutional, and industrial categories. Hereafter, the ES fuel survey
modified in this fashion will be referred to simply as the fuel survey. The
substituted values are provided in Table III-2.
The AIR 100 file showed no residential point source fuel use; the fuel
survey residential fuel use was then the residential area source fuel use.
The county total fuel amounts obtained from the fuel survey (Tables III-l
and 2) were compared to values obtained from the Guidelines Volume 13 pro-
cedures for estimating residential fuel usage. These procedures were based
on dwelling unit and house heating fuel data from the 1970 census, heating
degree days, and an assumed heating requirement. ES has computerized this
technique which we have used in the allocation of total county fuel. Using
the same general method, the DEC made estimates of total county fuel use by
hand calculation.
TABLE III-2. ADJUSTED FUEL SURVEY VALUES PROVIDED BY
THE DEPARTMENT OF ENVIRONMENTAL CONSERVATION
ERIE COUNTY
FUEL
GOVERNMENT/
RESIDENTIAL COMMERCIAL
INDUSTRIAL
NIAGARA COUNTY FUEL
n -
2 Oils (103 Gal.)
32,504
55,628
29,926
/M -
3
5 Oils (10 Gal.)
0
1,022
5,310
#6
Oil (103 Gal.)
0
19,404
116,025
FUEL
RESIDENTIAL
GOVERNMENT/
COMMERCIAL
INDUSTRIAL
//I -
3
2 Oils (10 Gal.)
38,552
18,224
9.027
#4 -
3
5 Oils (10 Gal.)
0
268
2,327
#6
3
Oil (10 Gal.)
0
700
54,072
III-ll
-------
When these estimated fuel usages were compared to the fuel survey results,
we found that the quantities of a given fuel type were inconsistent. The
fuel survey showed more natural gas, and the techniques for estimation, which
were based on 1970 census data, suggested more coal usage. This was expected
since conversations with coal dealers during the fuel survey indicated
that a rapid decrease in coal usage had occurred since 1970 especially in
Erie County. The total BTUs of heat corresponding to the fuel survey amounts
exceeded the total BTU from either of the estimating techniques. This
comparison served to verify the accuracy of the fuel survey with respect
to fuel split by type and revealed the conservative nature of the fuel
survey from a BTU standpoint.
As previously mentioned, the Guidelines Volume 13 procedures were used
for allocation of residential fuel. The basic data were obtained from the
1970 census and the National Weather Service, Census tract values for dwelling
units per structure and municipality values for house heating fuel were allocat-
ed to the master grid cells based on the percentage of the census tract or
municipality within a grid cell. The National Weather Service at Buffalo
International Airport provided the 1975 heating degree day value of 6,354.
The theoretical fuel use values calculated using the Volume 13 computer program
were then "calibrated" with the fuel survey results. The output of the
residential allocation program is provided for reference in Appendix G.
Commercial/Institutional Fuel
The commercial/institutional fuel category refers to the combustion of
fuels for such purposes as space heating, water heating, cooking, etc. Retail
and wholesale stores, schools, hospitals, government and public buildings,
churches, restaurants, and similar establishments make up this category.
In order to determine the area source fuel usage by this category, a
type of fuel balance must be conducted in which the AIR 100 point source fuel
usage is subtracted from the total fuel usage reported in the fuel survey.
ES calculated an approximate point source usage based on all available
information. The subtraction of these values from the fuel survey
totals produced a negative fuel use (more fuel in the point source inventory
111-12
-------
than was sold) for coal and residual oil. The coal discrepancy was expected
since at least two out-of-state dealers did hot provide sales data. ES
reasoned that all coal users belonging to this area source category emitted
sufficient pollutants to be required to obtain a permit or certificate and
thus be in the point source inventory. The DEC also believed this to be
the case, which led to the conclusion that there was no commercial/institutional
area source coal usage in the study area.
With regard to residual oil, it was concluded that the area source usage
in the study area was also zero. Although the residual oil used by C/I
sources in the AIR 100 file exceeded the fuel survey amount, the magnitude of
the discrepancy appeared to be within the accuracy of the survey and AIR 100
data. Further explanations are provided in the discussion of the light indus-
trial category. Because the area source residual oil and coal usage was
zero, emissions from the C/I category for these fuels were included only as
part of the point source inventory. Figures III-2 and III-3 contain the
final area source usage of other fuels by this category.
Allocation of each of the fuels was made using 1972 wholesale, retail,
and service employment data provided by the Niagara Frontier Transportation
Committee (NFTC) by traffic analysis zone. The traffic analysis zone data
were allocated to the grid cells based on the area of the traffic analysis
zone within a grid cell.^ This assumed uniform employment within each
traffic analysis zone. The New York State Department of Labor (DOL) employ-
ment data corresponding to1 ten facilities in the point source inventory were
subtracted from the grid in which the point source was located. In 20 cases
that no data could be found in the DOL statistics, ES applied a county
average BTU usage per C/I employee to the fuel usage at each facility to
estimate employees. The resulting allocation factors for each grid are
provided in Appendix H.
There were over 500 traffic analysis zones which were fit-into our
grid system which contained 315 cells.
111-13
-------
Light Industrial Fuel
The light industrial fuel category refers to the combustion of fuels by
manufacturing industries regardless of size for uses such as space heating
or other in-plant operations. The same type of fuel balance described for
the C/I category was made for industrial fuel use in order to determine the
area source fuel usage. As previously indicated, ES calculated an approximate
point source fuel usage based on data available at the time since the point
source update had not yet been completed. The subtraction of these values
from the fuel survey totals produced a negative fuel use for coal and residual
oil as was the case with the C/I fuel balance. For the same reasons, it was
concluded that the light industrial area source coal usage was zero.
With respect to residual oil, as was the case for the C/I category, the
discrepancy in the estimated AIR 100 usage and the fuel survey amounts were
not deemed significant considering the methods employed to arrive at the two
sets of numbers. In addition, facilities which have a maximum operating rate
of one million BTU per hour or greater (approximately 20,000 or more gallons of
residual oil per year) were required to obtain a permit or certificate and
thus would be included in the point source inventory. It would be impractical
from a plant cost standpoint for a smaller facility to utilize number 6 oil.
Because the area source residual oil and coal usage was zero, emissions from
the industrial category for these fuels were included only as part of the
point source inventory. Figures III-2 and III-3 contain the final area source
usage of other fuels by this category.
The sulfur and ash contents shown in the figures were obtained by calcula-
ting a weighted average of the data supplied on the fuel survey form for all
user categories. These sulfur and ash contents will be utilized with EPA
emission factors and applied to residential, C/I, and light industrial categories.
Allocation of each of the fuels was made using 1972 manufacturing employ-
ment data provided by the Niagara Frontier Transportation Committee (NFTC)
by traffic analysis zone. The traffic analysis zone data were allocated to
the grid cells based on the area of the traffic analysis zone within a grid
cell. This assumed uniform employment within each traffic analysis zone.
111-14
-------
The New York State Industrial Directory employment data corresponding to
facilities in the point inventory were subtracted from the grid in which the
point source was located. Because the two sets of employment data did not have
the same data base, some grids had a negative resulting employment. In these
cases, zero employment was assumed for the grid. The employment values and
resulting allocation factors for each grid are provided in Appendix H.
On-Site Incineration
On-site incineration refers to the combustion of waste material in
"small" incinerators such as those used at grocery and department stores,
hospitals, schools, and banks which would not be included in the point source
inventory. The DEC indicated that all sources of this type are subject to
their Permit-to-Construct and Certificate-to-Operate requirements. With the
concurrence of the DEC, it was assumed that all such sources were included in
the point source inventory.
Open Burning
This source category includes such operations as backyard, construction,
land clearing, and fire training burning where combustion products are emitted
directly into the atmosphere without passing through a stack or a chimney.
Open burning of any type is prohibited in Erie County (an exception was granted
to AMAX Specialties to burn 175 pounds per day of zirconium in 1975) and only
agricultural burning is allowed in Niagara County which is included in the
slash burning category. It was, therefore, assumed that no open burning
occurred in the study area in 1975.
Gasoline Fuel-Light Vehicle
This category not only represents fuel combustion but also can be used to
represent tire wear and re-entrainment of road surface particulate matter. The
New York State Department of Transportation (DOT) provided total county and traf-
fic, analysis zone vehicle-miles travelled data which were representative of 1975
conditions. These vehicle-miles travelled data included expressway, arterial, and
local street traffic. The Niagara Frontier Transportation Committee (NFTC) pro-
vided 1962 data concerning percent heavy duty vehicle trips in each traffic
111-15
-------
district, which is an aggregation of traffic analysis zones. Although
several years old, this was the most detailed and best available data. Miles
travelled by light vehicles in each traffic analysis zone was calculated using
this split and summed for all traffic analysis zones to obtain the county
total miles travelled. An average gasoline consumption of 13.6 miles per
gallon as suggested in APTD-1135 was utilized to determine the total county
light vehicle gasoline consumptions shown in Figures III-2 and III-3.
To obtain the allocation factors provided in Appendix H, the miles
travelled by light vehicles in each traffic analysis zone, as previously
calculated, were allocated to the area source grids based on the area of
the traffic analysis zone within a grid. This assumes uniformity of miles
travelled within the traffic analysis zones.
Gasoline Fuel-Heavy Vehicle
As with the light vehicle category, this category relates to fuel com-
bustion, tire wear, and re-entrainment of road surface particulate matter.
Similarly, the DOT and NFTC data were used to determine miles travelled by
traffic analysis zone for heavy vehicles. These values were summed for all
traffic analysis zones to obtain the county total miles travelled. The county
total vehicle-miles for heavy vehicles was divided into gasoline and diesel
vehicle-miles according to the state-wide split derived from the 1972 Census
of Transportation for the State of New York. An average gasoline consumption
of 8.4 miles per gallon as suggested in APTD-1135 was used to determine the
total county heavy vehicle gasoline consumptions shown in Figures III-2 and
III-3.
Using the same assumptions applied to the light gasoline vehicle
category, the heavy gasoline vehicle-miles travelled in each area source
grid was calculated. The vehiclemile data for each grid and the correspond-
ing allocation factors are provided in Appendix H.
111-16
-------
Gasoline Fuel-Off-Highway
This category refers to the combustion of gasoline by farm tractors,
lawnmowers, garden tractors, snowmobiles, etc. Farm tractor fuel usage data
were obtained from a New York State Department of Agriculture and Marketing
survey of 1973 fuel usage for agricultural purposes. It was reasoned that
1975 fuel usage would not differ greatly from 1973 fuel usage and that in
the final analysis utilization of the 1973 data would probably result in
conservative estimates of fuel used. The remaining small gasoline engine
fuel usage was estimated using the APTD-1135 guideline of 13 gallons per
person per year and the State Economic Development Board county populations
for 1975. Figures III-2 and III-3 show the gasoline consumptions separately
for farm tractors and small gasoline engines, and the county total on each
figure represents the sum of the two categories.
The 1970 census data for number of families with farm income by census
tract were utilized in obtaining the allocation factors for farm tractors.
The census tract data were distributed to traffic analysis zones based on
proportion of NFTC 1973 population and allocated to grids using percent of
traffic analysis zone area within a grid. NFTC 1973 population by traffic
analysis zone was used to determine the area source grid allocation values
for the remaining small gasoline engines in the same manner. The allocation
factors for each of the categories are> shown in Appendix H in addition to the
allocation factors that-resulted from the combination of the two categories.
Diesel Fuel-Heavy Vehicle
The heavy vehicle diesel fuel category represents fuel combustion, tire
wear, and re-entrainment of road surface particulate matter. As explained in
previous sections, the miles travelled by heavy diesel vehicles in each county
was obtained from the DOT vehicle-miles travelled data, the NFTC percent truck
trips, and the Census of Transportation gasoline-diesel split. An average
diesel fuel consumption of 5.1 miles-per gallon as suggested in APTD-1135 was
used to determine the.total county heavy, vehicle diesel fuel consumptions
shown in Figures III-2 and III-3.
111-17
-------
The same factors used to allocate heavy vehicle gasoline fuel were applied
to the heavy vehicle diesel fuel category. The vehicle-mile values and result-
ing allocation factors are provided in Appendix H.
Diesel Fuel-Off Highway
This category applies to the combustion of diesel fuel by farm tractors,
construction equipment, emergency generator power units, compressor engines,
etc. The farm tractor diesel fuel usage was obtained from the New York State
Department of Agriculture and Marketing survey of fuel used for agricultural
purposes as was the case with the gasoline farm tractor category. The con-
struction equipment fuel usage for the State of New York was obtained by
subtracting the New York Department of Agriculture fuel survey values for the
entire state from the total off-highway diesel fuel usage reported in the 1975
Mineral Industry Survey. The resulting state total was disaggregated to Erie
and Niagara Counties on the basis of the percentage of the total state heavy
construction employment that each contained. The employment figures were
obtained from the 1973 Bureau of Census publication County Business Patterns.
Sources such as emergency generator power units and compressor engines were
either contained in the point source inventory or did not exist in 1975.
Figure III-2 and III-3 show the gasoline consumptions separately for farm
tractors and construction equipment, and the county total on each figure
represents the sum of the two categories.
Diesel farm tractor fuel usage was allocated in the same manner described
for gasoline farm tractors. NFTC 1972 construction employment by traffic
analysis zone was used to determine the area source grid allocation values
for construction equipment based on percent traffic analysis zone area within
a grid. Though these data reflected conditions nearly three years before
1975, it was reasoned that the 1972 data would produce substantially the same
111-18
-------
allocation as more recent data. The allocation factors for each of the
categories are shown in Appendix H in addition to the allocation factors
that resulted from the combustion of the two categories.
Diesel Fuel-Railroad
Area source emissions from railroad operations are divided into long-
haul locomotive and switch-yard operations. The DEC had obtained an estimate
of switch-yard fuel usage during an earlier study. Of the five companies
operating in the Niagara Frontier, the Norfolk and Western, Chesapeake and
Ohio, and Baltimore and Ohio provided estimates of fuel usage split by type
of operation and county. Conrail provided a list of the average number of
trains per day for their main rail lines. Estimates of the number of trains per
day were obtained from the Official Railway Guide for AMTRAK. Fuel usage for
Conrail and AMTRAK was estimated by multiplying the number of train-miles/year
by 9 gallons/train-mile (8 gallons/train-mile for long-haul operations and 1
gallon/train-mile for switch-yard operations). The estimated 9 gallons of fuel
used per train-mile is based upon a study by Southwest Research Institute (SRI)
and is confirmed by data from Statistical Abstracts of the United States. The
total county usage from rail operations is summarized in Figures III-2 and
III-3.
The estimated fuel usage for each of the main lines was distributed to the
individual grids in accordance with the proportion of the main line's length
lying in the grid. Switch-yard fuel usage was distributed to the grids in
which the major yards are located. The estimates of switch yard fuel usage
for Conrail and AMTRAK were increased so that the total switch-yard fuel usage
would equal the values reported by the DEC, because there are, doubtless,
significant switch-yard operations associated with port activity rather than
long-haul locomotive operations. Appendix H lists the individual allocation
factors.
111-19-
-------
Aircraft
The aircraft category represents fuel consumption during ground operations
of idle, taxi, landing, and takeoff and flight operations below 3,500 feet. The
publication entitled FAA Air Traffic Activity for calendar year 1975 provided
operational data for airports with FAA-regulated control towers. An opera-
tion as defined by the FAA is a landing or takeoff; therefore, the number of
operations was divided by two to get the LTO units required for the area
source input form. The State DOT provided 1975 operational data for the re-
maining airports in the two-county area with four exceptions. In these cases,
the airport operator was contacted by telephone to obtain the number of 1975
operations. The total county LTOs for military, civil, and commercial air-
craft shown in Figures III-2 and III-3 were obtained by summing the data for
individual airports.
LTOs were assigned to the grid cell in which the airport was located. The
LTO operations and the resulting allocation factors are contained in Appendix H.
Vessels
Waterborne Commerce of the United States provided data for calculating fuel
usage by vessels. It was assumed that no vessels burn coal and that the ratio
between diesel and residual would be the same as for the State of New York as
provided by the Mineral Industry Survey. The procedures outlined in APTD-1135
were used. Fuel usage for vessels underway was estimated using an average
factor of 590 BTU/ton-mile.^ The New York State Office of Parks and Recreation
provided data on the number of recreational vessels used in Niagara and Erie
Counties based on state registration by county of principal usage. The average
fuel consumption estimate provided by APTD-1135 was used to calculate total
county fuel usage by recreational vessels. County total fuel usage by vessels
is listed in Figures III-2 and III-3.
^ Based on values of 500 and 680 BTU/ton-mile reported in The Effect of Fuel
Price Increases on Energy Intensiveness on Freight Transport. RAND
Corporation, 1971, and Energy Intensiveness of Passenger and Freight
Transport Modes, Oak Ridge National Laboratory, 1973, respectively.
111-20
-------
In-port fuel usage was allocated to the individual port facilities based
on data from Waterbome Commerce of the United States. Fuel usage by vessels
in transit was allocated in accordance with the length of waterway traversed.
A separate grid of 10 by 10 kilometers (number 316) located 5 kilometers from
the harbor in Lake Erie was designated as the area source for vessel activity
in the Lake. Recreational vessel fuel usage was allocated to grids bordering
Lake Erie, Lake Ontario and the northern portion of the Niagara River in
accordance with the length of shoreline. These allocation parameters are
listed in Appendix H.
Dirt Roads Travelled
The Data Services Bureau, NYS Department of Transportation, provided a
computer listing of town and village and city unpaved roads in the Local
Highway System Inventory. The NYSDOT Regional Maintenance Engineer in Buffalo
estimated an average of 27.8 cars/day on town roads travelling at an average
speed of 40 mph and 13.9 cars/day on village and city roads with an average
speed of 15 mph. The lengths of village and city unpaved roads were reduced to
reflect their lower average cars/day and speed. The county total vehicle-miles
travelled for Erie and Niagara Counties are listed in Figures III-2 and III-3.
The Regional Maintenance Engineer in Buffalo provided a set of maps of
local roads which were used to allocate unpaved road vehicle-miles to the
grid system. Any roads that could not be located were assigned to grids within
the proper jurisdiction based upon the distribution of roads that were located.
These unlocatable roads were very minor, however, compared to the ones that
were located. The allocation factors are listed in Appendix H..
Dirt Airstrips
This category refers to dust generated from LTOs on dirt airstrips or
taxiways. Operations at these types of airstrips were obtained from the
State DOT 1975 operations data described in the aircraft section. Figures
III-2 and III-3 show the county totals that were obtained from the aggregation
of individual airstrip information.
111-21
-------
As was the case with aircraft LTOs, the dirt airstrip LTOs were assigned
to the grid in which the airstrip was located. The grid cell LTOs and result-
ing allocation factors are provided in Appendix H.
Construction Land Area
This category pertains to dust generated from construction and agricultural
activities. The New York State contract construction value for 1975 from the
Statistical Abstracts was apportioned to each county based on the county to
state ratio of contract construction employment obtained from County Business
Patterns. Construction acreage for each county was determined making use of
factors of construction acreage per million dollars of contract construction
value suggested in the EPA publication Development of Emission Factors for
Fugitive Dust Sources. The 1974 Census of Agriculture provided tilled crop-
land acreage. Figures III-2 and III-3 show the acreages separately for con-
struction and agricultural activities. The county totals given on the figures
are the sum of the construction acreage and the weighted agricultural tilling
acreage. Because the emission factor for tilling is significantly less than
that for construction, the tilled acreage was multiplied by the ratio of the
estimated emission factors for tilling and for construction.
For the allocation of construction land area, the same factors were used
as described for the diesel construction equipment. Agricultural tilling
acreage (weighted) was allocated in the same manner as farm tractors. The
allocation factors for each of the categories are shown in Appendix H in
addition to the allocation factors that resulted from the combination of the
two categories.
Rock Handling and Storing
This category represents dust emissions from storing and handling of
crushed stone or gravel. Mined land reclamation permit data from the New York
State DEC in Buffalo provided the location, acreage, and type of material
mined in 1975. The point source inventory supplied data on tons of material
processed by the larger operations. From this information, factors of average
111-22
-------
tons processed per acre were estimated and applied to all operating mines.
The sum of the estimated tons processed by all operations in each county
produced the county totals shown in Figures III-2 and III-3.
The tonnages of material processed were assigned to the grid in which the
mining operation was located. The tons processed by grid and the resulting
allocation factors are provided in Appendix H.
Forest Fires
This category pertains to emissions that result from wild forest fires.
The DEC Regional Forester provided data on forest fires in 1975. He indicated
that only small brush fires occurred and that they were located near populated
areas outside of the Metropolitan Buffalo area. For this type of fire, he
estimated that one ton of material was burned per acre. Figures III-2 and III-3
contain the county total forest fire parameters.
Allocation was made to the 100 square kilometer grids (these are the most
remote in relation to the Metropolitan Buffalo area) based on the 1973 NFTC
population data within the grid. This corresponds to the location information
supplied by the Regional Forester. The allocation factors are provided in
Appendix H.
Slash Burning^
This category pertains to the agricultural burning activities that occurred
in Niagara County in 1975. The data used for this category was extracted from
the burning permits maintained by the DEC in Buffalo. In most cases, the amount
of material burned was not provided on the permits. ES estimated the amounts
burned based on other information provided on the permit such as type of
material, size of piles burned, and number of days of burning. The county
total shown in Figure III-3 represents the sum of the amounts estimated for
each permit.
The permit provided the approximate location of each fire. The amount
of material burned was assigned to the grid in which the burning took place.
The resulting allocation factors are provided in Appendix H.
111-23
-------
Frost Control
This category refers to the combustion of fuels in orchards or in loca-
tions of other agricultural activities for the prevention of frost damage.
The county agricultural agents indicated that no fuel burning heaters were
utilized for this purpose in Erie or Niagara County. It was therefore assumed
that no frost control burning occurred in the study area in 1975.
Structural Fires
This category pertains to emissions resulting from building fires in the
study area. The New York State Fire Reporting System collected data furnished
voluntarily by fire departments in Erie and Niagara Counties. Unfortunately
many fire departments, including those in the City of Buffalo, failed to
respond. The only summarized data available from the respondents was for
half of calendar year 1976. Therefore, the number of structural fires in
1975 was estimated based on the nationwide average of 4 fires per 1,000 popu-
lation (APTD-1135) and the Economic Development Board 1975 county populations.
Figures III-2 and III-3 show the total number of structural fires for the
counties.
Allocation was made according to the NFTC 1973 populations estimated for
each grid by the method previously described. The allocation factors are
provided in Appendix H.
Coal Refuse Burning
Coal refuse burning refers to the refuse piles produced as a result of
coal mining operations that have been ignited by spontaneous combustion or
acts of humans. No burning refuse pile existed in Erie or Niagara County
according to information supplied in Bureau of Mines Information Circular 8515
and Bureau of Mines Mineral Industry Survey of coal mining operations. It was,
therefore, assumed that there were no burning coal refuse piles in Erie or
Niagara County in 1975.
111-24
-------
CHAPTER IV
SUMMARY
1. Engineering-Science updated the point and area source inventories for
the Niagara Frontier Air Quality Control Region which is made up of Erie and
Niagara Counties in the State of New York. Two pollutants were analyzed:
particulate matter and sulfur dioxide (SO^) In conducting the study, ES
worked closely with New York State Department of Environmental Conservation
(DEC) engineers in Buffalo and Albany. Further coordination was required with
the two county air pollution control agencies and the several planning agencies
to obtain data used to develop the inventories for the study year 1975.
2. The point sources were updated using two approaches. A cursory
analysis was made for all point sources on the original DEC master inventory
file (approximately 3,000). The cursory analysis included checks for missing
data, fuel usage, erroneous stack parameters and emission estimates. A
second analysis was completed for those point sources identified by the DEC
as having more than 25 tons of particulate or SO^ emissions per year. For
these sources ES used data available from the DEC, fuel usage reports,
questionnaires to the plant operator and other means to accurately identify
emissions. The comprehensive analysis was completed for more than 260 point
sources. A historical file was also established by ES that reflected emission
conditions of calendar year 1975. The 'downtime' of the air pollution control
equipment was considered by ES in accurately defining 1975 emission levels.
The DEC AIR 100 computer system was used to make the actual updates of the
point source file.
3. ES followed the highest order (most accurate) methodology in developing
the subcounty area source inventory. There were 316 symmetrical grid cells-in
the two-county study area. The square cells ranged in size from 1 kilometer
on a side (for areas like the city of Buffalo) to 10 kilometers for the most
rural parts of the county. ES was to provide all area source base data (e.g.,
gallons of oil used for residential heating), and EPA was to use their emission
factors in the NEDS computer system to quantify the emissions.
IV-1
-------
4. The following list summarizes the deliverable products from ES in
meeting our contractual obligations:
o 1,400 cursory update computer cards to the DEC
o 3,770 comprehensive update computer cards to the DEC
o 1,896 NEDS area source computer cards to the DEC and the EPA
o tabulations of Source Classification Codes for all industrial
processes analyzed to the DEC
o tabulations of Implementation Planning Program codes to the EPA for
all sources analyzed during the comprehensive update
o list of 203 possible missing point sources to the DEC
o listings of all point source update cards generated by ES to the DEC
and the EPA
o computer listing of the theoretical residential area source fuel use
to the DEC and the EPA
o copies of all fuel survey forms obtained by ES to the DEC
o computer listing of all area source allocation factors to the DEC
and the EPA
o computer printout in NEDS format of area source totals for each of
the 316 area source grid cells
o letter containing ES emission factor recommendations to the DEC and
the EPA
o biweekly progress reports to the DEC and the EPA
o final report summarizing ES efforts to the EPA
The DEC agreed to provide the EPA with a NEDS card image tape of all point
sources in Erie and Niagara Counties. This tape was to be generated from the
updated New York State files.
IV-2
-------
APPENDIX A
POINT SOURCES ANALYZED FOR THE CURSORY UPDATE
A-l
-------
AIR POLLUTION SOUHCF MANAGEMENT SYSTEM
REPORT DIRECTORY
SCC CODE
faciiity name
LOCATION
FACILITY EP
UNIT REGION
PAGE
3-04-007-06
HUFFALO BRAKE BFAM CO
140230
0026
00007
I
1
UATTENFE LO-APERI CAN
140200
0072
00083
C
c
3
UEMI S CO INC
140200
0151
00001
C
A
6
U^MIS CO INC
140200
0151
00001
c
H
7
IUKGE CO INC
140200
0169
00002
c
A
10
ihrge co inc
140200
0169
00002
c
u
11
BUFFALO WFAVING C HFLTING
140200
0222
0000 1
c
A
14
dUFFALO WEAVING I lit I T I NG
140200
0222
00002
c
a
17
BUFFALO WEAVING t BELTING
140200
0222
00003
c
c
20
BUFFALO EVENING NEWS
140230
0 2 30
00E77
c
8
23
HUFFALO E VFNING NEWS
140200
0 230
OOE 77
c
c
24
GEN MOTORS CORP
140200
0330
000 30
c
A
27
GEN MOTORS CORP
140200
0338
00031
c
8
30
GFN MOTORS CORP
140200
0338
00032
c
c
33
3-02-007-06
WORTHING TON-CM INC
140230
0375
00021
1
36
CPC INTERNATIONAL INC
140200
0393
00002
c
A
38
CPC INTFRNATIONAL INC
140200
0393
00002
c
It
39
CURHELL INC
140200
04O4
00001
c
A
42
FEDOERS CHRP
14020U
0551
00019
c
u
45
FEDOERS CORP
140200
0551
00020
c
0
48
FEDOERS CORP
140200
0551
00020
c
c
49
3-02-007-30
GENERAL MILLS INC
140230
0619
0001 1
1
52
3-02-007-30
GENERAL MILLS INC
140200
0619
00015
I
55
3-02-007-30
GENERAL MILLS INC
140200
0619
00025
1
58
3-02-007-30
GENERAL MILLS INC
140230
0619
00027
1
61
3-02-007-30
GENERAL MILLS INC
140200
0619
00029
1
64
GENERAL MILLS INC
140230
0619
00045
c
A
67
GENERAL MILLS INC
140200
0619
00045
c
8
68
3-02-007-30
GENERAL MILLS INC
140200
0619
0025A
1
71
CANTE FOODS
140200
0636
00001
c
A
74
CANTE FOODS
140200
06 36
00001
c
Q
75
HANNA FURNACE CORP
140200
0684
ogbii
c
8
78
HANNA FURNACE CORP
140200
0684
00C12
c
c
ei
MANNA FURNACE CORP
140200
0684
00D1 3
c
D
84
hANNA FURNACE CORP
140200
0684
00003
c
E
87
HANNA FURNACE CORP
140200
0684
00004
c
E
90
HANNA FURNACE CORP
140200
0684
00007
c
E
93
HEWITT ROB81NS INC
140200
0722
00001
c
A
96
HEWITT ROBftINS INC
140200
0722
00001
c
8
97
HEWITT RObblNS INC
140200
0722
00001
c
c
98
WESTVACO CORP
140200
0725
00001
c
A
101
wESTVACO CORP
140200
0725
00001
c
B
102
3-03-0)3-0)
HOOVER L STRONG INC
140200
0731
00005
1
105
4-05-00)-0)
HIMJDAILLE CONSTRUCTION
MTL
140200
0732
AMOO 1
I
107
4-0)-002-02
HOUUAILLE CONSTRUCTION
MTL
140200
0732
DE015
1
109
4-0)-002-02
HOUDAILLE CONSTRUCTION
MTL
140200
0732
0E01 7
I
111
4-02-001-01
HOUDAILLF CONSTRUCTION
MTL
140200
0732
PA011
1
113
4-02-00)-01
HOUDAILLE CONSTRUCTION
MTL
140200
0732
PA012
I
115
3-01-018-99
HOUUAILLE CONSTRUCTION
MTL
140 200
0732
SP01B
1
117
HOUDAILLE CONSTRUCTION
MTL
140200
0732
00013
c
A
119
HOUDAILLE CONSTRUCTION
MTL
140200
0732
00013
c
D
120
HOUDAILLE CONSTRUCTION
MTL
140200
0732
00013
c
c
121
HOUDAILLE CONSTRUCTION
MTL
140200
0732
00013
c
D
-------
aim p dilution siiurcf managfmfnt svsteh
report cipectory
SCC CODE
facility NAME
LOCAT ION
FACIL1
ITY EP
UNIT REGION
PAGE
3-01-023-01
ALL 1 ED CHFMICAL COKP 1 NO CHEM
140200
o i',a
000J6
1
125
3-05-040-99
LOBOGL 1 0 BLOCK CIIHPANV
INC
140 200
0012
00001
1
127
3-05-040-99
LOBUGLIO BLOCK COMPANY INC
140200
0912
00002
1
129
MOBIL OIL CORP
140200
0982
00001
C
A
131
MOBIL OIL CHRP
140200
0932
00001
c
B
132
HOBIL OIL CHRP
140200
0982
00002
c
A
135
MOBIL OIL CORP
140200
09U2
0000 3
c
A
138
MOBIL OIL CIJKP
140200
09B2
00004
c
A
141
MUBIL OIL CORP
140200
0702
00005
c
A
144
rtOB 1 L OIL CORP
140200
0982
00006
c
A
147
MOBIL OIL CUHP
140200
0982
00006
c
B
148
MOIt 1 L OIL CURP
140200
0992
00006
c
c
149
HUU1L OIL CORP
140200
0982
00007
c
A
152
MOBIL OIL CORP
140200
0982
OUOOQ
c
A
155
MOOIL OIL CORP
140200
0982
00009
c
A
158
MOBIL OIL CORP
140200
09B2
00010
c
A
161
3-06-013-01
HOB 1L OIL CORP
140200
0982
00014
1
164
3-06-999-99
HOB 1L OIL CORP
140200
0982
00015
1
166
3-06-999-99
MOUIL OIL CORP
140200
0982
00016
1
168
3-06-999-99
MOBIL OIL CORP
140700
0982
00017
1
170
3-06-999-99
MOBIL OIL CORP
140200
0982
00018
1
172
3-06-008-05
MOBIL OIL CORP
140200
0982
00019
1
174
NABISCO INC
140200
1009
00001
c
A
176
NABISCO INC
140200
1009
00001
c
B
177
tfABI SCO INC
140200
1009
00001
c
c
178
NIAGARA MACHINE t TOOL
WORKS
140200
1036
00001
c
A
181
NIAGARA MACHINF ฃ TOOL
WORKS
140200
1038
00002
c
U
184
4-02-009-01
PAPAGON HIRE t CABLE CORP
140200
10U9
OOOOl
1
187
PRATT ฃ LAMBERT, INC
140200
1143
00001
c
A
190
PRATT ฃ LAMBERT, INC
140200
1143
00001
c
B
191
PRATT ฃ LAMBERT, INC
140200
1143
ooooi
c
D
192
4-02-009-01
PRATT ฃ LAMUERT, INC,
140200
1143
00001
1
193
DAY TON MALLEABLE IRON
CO INC
140200
1 144
00002
c
A
197
OAYTON MALLEABLE IRON
CU INC
140200
1144
00002
c
B
198
3-04-009-99
CAYTON MALLEABLE IRON
CO INC
140200
1145
00006
1
201
3-04-009-99
CAYTON MALLEABLE IRON
CO INC
140230
114 5
00007
1
204
3-04-009-99
OAYTON MALLEABLE IRON
CU INC
140200
1145
ooooa
1
207
3-04-009-99
DAYTON MALLEABLE IRON
CO INC
140200
1145
00009
1
210
3-04-009-99
DAYTON MALLEABLE IRON
CO INC
140200
1145
00010
1
213
3-04-009-99
1AYTON MALLEABLE IRON
CU 1 NC
140200
1145
00014
1
216
3-04-009-99
OAYTON MALLEABLE IRON
CO INC
140200
1145
00021
1
218
REPUBLIC STEEL COPP
140200
1201
00001
c
A
220
REPUBLIC STEEL CORP
140200
1201
00002
c
A
223
REPUBLIC STEEL CORP
140 200
1201
00009
c
B
226
REPUBLIC STEEL CORP
140200
1201
00010
c
A
229
REPUBLIC STEEL COPP
140200
1201
00019
c
0
232
REPUBLIC STEEl CORP
140200
1201
00020
c
e
235
REPUBLIC STEEl CORP
140200
1201
00020
c
F
236"
RUYAL BEDDING CO
140200
123*
00001
c
A
239
3-05-005-04
SCOTT CASTINGS CHRP
140200
1268
OOOOA
1
242
KRAFTCU CORP
140200
12/3
00001
c
A
245
3-04-003-50
SllENANGO INC
140200
1293
0002 A
1
248
3-04-003-50
SHENANGO INC
140200
1293
0003A
I
250
-------
AIM POLLUTION S
C)
REPORT
SCC CODE FACILITY NAME
3-04-003-50 ShENANGO INC
HARGET REAITY CORP INC
HARGFT REALTY CHRP INC
ANACONDA COMPANY
ANACONDA COMPANY
ANACONOA COMPANY
3-02-005-02 PILLSBURY CO
trico ppoducts corp
TRICO POODUCTS COPP
3-05-010-01 rflLLIAMS PAVING CO
COVERALL SERVICE G SUPPLY CO
COVERALL SERVICE t SUPPLY CO
BUFFALO MDSE OISTRIB C TR INC
BUFFALO MUSE OISTRIH C TR INC
BUFFALO MUSE OISTRIB CTR INC
ALLIED CHEM CORP SPFC CHEM OIV
ALLIED CHEM CORP SPFC CHEM DIV
ALLIED CHEM CORP SPEC CHEM OIV
QUAKER STATE OIL
QUAKER STATE OIL
OUAKE" STATE UIL
TRICU PRODUCTS CORP PLANT = 3
TRICO PRODUCTS CORP PLANT =3
*, TRICO PRODUCTS COPP PLANT *3
4>- 3-03-008-99 (jS STEEL CO E LIMFSTCNE OPFR
CHILDRENS HUSP
CHILDRENS HOSP
CHI LOR ENS HOSP
A RAYNOR C II TEPPER
A RAYNOR C M TEPPER
A RAYNOR C M TEPPER
3-05-006-02 HURON CEMFNT
3-05-006-02 HURON CFMENT
3-05-006-02 HURON CEMENT
BUFFALO BOARD EDUC SCHIJUL 24
BUFFALO BOARD EDUC SCHOOL 24
BUFFALO BOARD EDUC SCHOOL 41
BUFFALO BOARD EDUC SCHOOL 41
BUFFALO BOARD FDUC SCHOOL TO
BUFFALO BOARD EDUC SCHOOL 70
BUFFLO BOARD OF EDUCATION
BUFFLO BOARD OF EOUCATION
BUFFLO BOARD OF EDUCATION
BUFF BOARD EDUC SCH SOUTH PARK
BUFF BOARD EDUC SCH SOUTH PARK
BUFFALO BOARD OF EDUCATION
BUFFALO BOARD OF EDUCATION
BUFFALO BOARD OF FOOCATION
BUFFALO BOARD OF EDUCATION
BUFFALO BOARD OF EDUCATION
BUFFALO BOARD OF EDUCATION
BUFF BOARD EDUC SCll HUTCHISON
BUFF HOARD EDUC SCH HUTCHISON
PCE MANAGEMENT SYSTEM
I f E C T 0 R Y
OLATION
FACILI
ITY EP
UNIT REGION
PAGE
1402U0
1 203
3A000
1
252
14021)0
1325
00001
C A
254
140200
1325
00001
C B
255
140200
1 381
00011
C A
258
140200
1381
00011
C B
259
140200
1381
00011
C C
260
140200
1407
002MT
1
263
140200
1451
00042
C A
265
140200
1451
00042
C H
266
140 200
1554
00002
I
269
140200
1588
00001
C A
272
140200
1588
00002
C 0
275
140203
1593
00001
C A
278
140200
1 593
00001
c a
279
140200
1593
00001
C c
280
14O2U0
1609
20 703
C A
283
140200
1609
20707
C B
286
140200
1609
20731
C C
289
140200
1616
00002
C A
292
140200
1616
00002
C B
293
140200
1616
00002
C C
294
140200
1617
00002
C A
297
140200
1617
00002
C ti
298
140200
1617
00002
C C
299
140200
1631)
00001
I
302
140200
1671
00001
C A
305
140200
1671
00001
C B
306
140200
1671
00001
C C
307
140203
1673
00001
C A
310
140200
1673
00001
C B
311
140233
1673
00001
C C
312
140200
1 762
0003 A
E 01
315
140200
1762
0003A
E 02
316
140200
1762
0003A
1
317
140200
8018
00001
C A
319
140200
8018
00001
C B
320
140200
8019
ooooi
C A
32 3
140200
6019
ooooi
C U
324
140200
8024
00001
C A
327
140200
8024
OOOOI
C U
328
140230
8044
OOOOI
C B
331
140200
8044
OOOOI
C C
332
140200
8044
OOOOI
C 0
333
140200
8046
OOOOI
C C
336
140200
8046
OOOOI
C D
337
140200
8047
ouooi
C U
340
140200
8047
OOOOI
C C
341
140200
8047
OOOOI
C 0
342
140200
8048
OOOOI
C U
345
140200
8048
ooooi
C C
346
140200
8048
00001
C D
347
140200
8051
oooo i
C U
350
140200
8051
00001
C C
351
-------
AIR pollution source management svstem
RE PORT UIKECTORY
FACILITY NAME
LUCATIUN
FACILITY EP
UNIT REGION
PAGE
BUFFALO HOARD OF EDUCATION
140200
8052
00006
R
G
354
CITY OF UFLO M SIDF INCINERATO
140200
8056
00001
A
357
CITY OF (1FLO W SIOE INCINERATO
140200
8056
00001
R
u
358
CITY OF UFLO U SIOE INCINFRATO
140200
8056
00001
4
c
359
CITY OF UFLO W SIOE INCINERATO
140200
805t>
00002
R
A
361
BUFFALO GENERAL HOSPITAL
140200
8068
0000 1
c
A
363
BUFFALO GENERAL HOSPITAL
140200
8068
00001
c
u
364
BUFTALO GENERAL HOSPITAL
140200
8068
00001
R
A
365
BUFFALO MUNICIPAL IHIItS AUTH
140200
8070
O0AO2
c
A
369
BUFFALO MUNICIPAL ItOUS AUTH
140700
8070
0000 1
c
8
372
UUFF MUNIC HOUSING-TALUERT MAL
140200
8076
0000 I
c
A
3 75
HUFF MUNIC HOUSING-T ALBERT MAL
140200
8076
00001
c
B
376
BUFF MUNIC HUUSI NG-TALUERT MAL
140200
8076
00001
c
C
377
BUFF MUNIC HOUSING-T ALBERT MAL
140 200
8076
00001
c
0
378
BUFF MUNIC HOUSINGrTALBERT MAL
140200
8076
00001
c
e
379
BUFFALO MUNICIPAL HOUSING AUTH
140200
8110
00001
c
A
382
BUFFALO MUNICIPAL HOUSING AUTH
140200
8110
00001
c
U
383
BUFFALO MUNICIPAL MOUSING AUTH
140200
8110
00001
c
C
384
BUFFALO MUNICIPAL HOUSING AUTH
140200
8110
00001
c
0
385
ฆ1ERCY HOSPITAL
140230
8114
00001
c
A
388
MERCY HOSPITAL
140200
8114
00001
c
8
389
MERCY HOSPITAL
140200
8114
00001
c
C
390
MERCY HUSPITAL
140200
8114
00001
R
A
391
SISTERS OF CHARITY HOSPITAL
140200
8140
00001
c
A
395
SISTERS OF CHARITY HUSPITAL
140200
8 140
00001
c
B
396
SISTERS OF CHARITY HOSPITAL
140200
8140
0000 1
c
C
397
SISTERS OF CHARITY HOSPITAL
140200
8140
00001
R
A
398
SISTERS OF CHARITY HOSPITAL
140200
8140
0000 1
rt
0
399
LOULAfcS
140200
8179
00001
c
A
403
LOULAkS
140200
8179
00001
c
B
404
STASSETT CflRP
140200
8216
00001
c
A
407
STASSETT CORP
140200
8216
00001
c
it
4 OB
STASSETT CORP
140200
8216
00001
c
C
409
ACME MARKETS
140200
8224
00001
c
A
412
ACME MARKETS
140200
8224
00001
c
a
413
ACME MARKETS
140200
8224
00001
c
c
414
ADA* MELORUM ฃ ANDERSON CU INC
140200
8225
00001
c
A
417
ADAH MELORUM C ANDERSON CO INC
140200
8225
00001
c
U
416
ADAM MELORUM C ANDERSON CO INC
140200
8225
00001
R
A
419
BUFFALO STATE HOSPITAL
140200
8226
00001
c
A
423
BUFFALO STATE HOSPITAL
140200
8226
00001
c
11
424
BUFFALO STATE HOSPITAL
140200
8226
ooooi
c
c
425
BUFFALU STATE HOSPITAL
140200
8226
0000 1
c
D
426
BUFFALO STATE HOSPITAL
140200
8226
00001
c
E
427
BUFFALO STATE HOSPITAL
140200
8226
00001
c
F
428
BUFFALO POLICE HEAOOUARTERS
140200
8228
00001
c
A
431
BUFFALO POLICF HEADQUARTERS
140200
8228
00001
c
n
432
BUFFALO POLICE HEADQUARTERS
140200
8228
OOOOI
c
c
433
BUFFALO FIRE DEPT
140200
8229
00001
c
A
436
BUFFALO FIRE DEPT
140200
8229
OOOOI
c
B
437
BUFFALO ZOOLOGICAL GARDEN
140200
8230
00002
c
A
440
BUFFALO ZOOLOGICAL GARDEN
140200
8230
00002
c
B
441
BUFFALO SOUTH PARK CONSERVATOR
140200
8232
OOOOI
c
A
444
-------
AIR POLLUTION SOU
R F P 0 R T 0
FACILITY NAME
HUFFAL11 SOUTH PARK CONSERVATOR
buffalo south park conservator
huff board of edoc school ='.
BUFF BOARD (IF EDUC SCHOOL = 4
BUFF HOARD OF EDUC SCHOOL = 4
BUFF BOARD OF EDUC SCHOOL =6
BUFF BOARD OF EDUC SCHOOL = 6
BUFF BOARD OF EDUC SCHOOL =6
BUFFALO BOARD OF EDUCATION
BUFFALO BOARD OF EDUCATION
BUFFALO BOARD OF EDUCATION
BUFFALO BOARD OF EDUCATION
BUFFALO BOARD OF EDUCATION
BUFFALO BOARD OF EDUCATION
BUFFALO BOARD OF EDUCATION
BUFFALO SAVINGS BANK
BUFFALO SAVINGS BANK
BUFFALO SAVINGS BANK
BUFF BOARD ฃDUC-R 1 VER SIDE HS
Burp board educ-rivfrsioe hs
BUFF BUARO E DUC-R I VER SI DE HS
IROQUOIS GAS
NIAGARA FRONTIER TRANSIT
rp. NIAGARA FRONTIER TRANSIT
| NIAGARA FRONTIER TRANSIT
NIAGARA FRONTIER TRANSIT
NIAGARA FRONTIER TPANSIT
U S POSTAL SERVICE
U S POSTAL SERVICE
NATIONAL FUEL GAS
BIRGE COMPANY INC
SATTLERS INC
SATTLERS INC
SATTLERS INC
MIL TON f SPATT
MILTON F SPATT
MILTON F SPATT
ERIE COUNTY
ERIE COUNTY
ARNOLD I KRAMER
ARNULD I KPAHER
NIAGARA HOI/4 WK POWER CORP
NIAGARA MOHAWK POWER CORP
NIAGARA MOHAWK POWER CORP
YMCA OF HFLO ฃ ERIE COUNTY
YMCA OF BFLU t ER IE COUNTY
YWCA RESIDENCE
JEWISH CENTER OF GRFATER HFLO
JEWISH CENTER UF GREATER BFLO
um hfngerer cu
hM hENGFRFR CU
ERIE CO
ERIE CO
; e m
A N A G
E M E N
r SYSTEM
l E C T
0 R Y
OCATION
FACILITY fp
UNIT REGION
PAGE
I <>0200
8232
00001
c
a
44%
140200
8232
00001
c
c
446
140200
8233
00001
c
a
449
140200
8233
ooou i
c
c
450
140200
8233
00001
c
0
451
140200
8234
00001
c
B
454
140200
8234
00001
c
c
455
140200
0234
0000 I
c
0
456
140200
8 246
00001
c
a
459
140200
6 246
00001
c
c
460
140200
8 246
00001
c
0
461
140200
8 246
0000 1
c
E
462
140200
8250
00001
c
B
465
140200
8250
00001
c
c
466
140200
6250
00001
c
D
467
140200
8255
00001
c
A
470
140200
8255
00001
c
a
471
140200
8255
00 001
c
c
472
140200
8256
00001
c
u
4 75
140200
8256
0000 1
c
c
476
140200
8256
0000 1
c
0
477
140200
6271
0000 1
R
A
480
140200
8276
00001
c
A
483
140200
8276
00001
c
B
484
140200
8277
0000 1
c
A
467
140200
8277
00001
c
B
488
140203
8277
00001
c
c
489
140200
8282
00001
c
A
492
140200
8282
00002
c
B
495
140200
8 285
00001
R
A
498
140200
8296
0UOO3
c
B
500
140200
8319
00001
c
A
503
140200
8319
00001
c
B
504
140200
8319
ooooi
c
c
505
140200
B 3 30
00001
c
A
500
140200
B 330
00001
c
B
509
140200
8330
0000 1
c
c
510
140200
8 336
00001
c
A
513
140200
8336
00001
c
B
514
140200
8338
00001
c
A
517
140200
8338
00001
c
B
518
140200
8349
00001
c
A
521
140200
8349
00001
c
fl
522
140200
8349
0000 1
R
A
523
140200
8356
00001
c
A
527
140200
835o
00001
c
B
528
140200
8361
00001
c
A
531
140200
0377
00001
c
A
534
140200
8377
00001
c
B
535
140200
8382
0000 1
c
B
538
140200
8382
00001
c
C
539
140200
8384
00001
c
A
542
140200
8384
00001
c
S
543
-------
POLLUTION SOUKLE MANAGEMENT
REPORT OIPECTfjRY
SYSTEM
see CODE
FAC1Lirv NAME
LOCATION
FACJLITY EP
UNIT
ERIE Cll
140200
8 384
00001
C
c
ERIE CO
140200
83B5
00001
C
A
ERIE CO
140200
8385
00001
C
a
POSWE LL PARK MEMORIAL INST
140200
8 392
00002
C
c
ROSwELL PARK MEMORIAL INST
140200
8 392
00002
R
c
POSwELL park MEMORIAL INST
140200
8 392
00003
C
c
ROS^ELL PARK MFl
MORIAL INST
140200
8392
00003
R
c
3-05-0)6-03
IIETIU EMEM
STEEL
CORP
140900
0 160
OOOL7
1
3-03-001-02
BETMLEIIEM
STEEL
CORP
140900
0 160
00499
1
BETHLEHEM
STEEL
CORP
140900
0160
00501
C
K
3-05-016-99
orTHLEHEM
STEEl
CORP
140900
0160
00 505
1
BETHLEHEM
STEEL
CORP
140900
0160
00665
C
F
BETHLElirM
STEEL
CORP
140900
0 160
00666
c
G
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STEEl
CORP
140900
0160
00667
c
H
OETHL EHFM
STEEL
CORP
140900
0160
00668
c
1
BE TllLFHEM
STEEL
COPP
140900
0160
00669
c
J
3-05-040-21
HETHLEHfM
STEEl
CORP
140900
0160
0229B
1
3-05-040-21
BETHLEHEM
STEEL
CORP
140900
0160
0229C
1
BETHLEHEM
STEEL
CORP
140900
0160
0236S
c
A
BETHLEHEM
STEEL
CORP
140900
0 160
0246S
c
A
BETIILEHCM
STEEL
COPP
140900
0160
0256S
c
A
3-03-009-99
BETHLEHEM
STEEL
CORP
140900
0160
03411
1
BETHLEHEM
STEEL
CHRP
140900
0160
04701
c
A
BETHLEHEM
STEEL
CORP
140900
0160
04903
c
A
BETHLEHEM
STEEL
CORP
140900
0 160
04908
c
A
4-02-001-01
BETHLEHEM
steel
CORP
140900
0160
0571 1
1
4-02-008-01
UETHLEHFM
STEEl
COKP
140900
0160
05712
1
3-05-040-21
BETHLEHEM
STEEL
CORP
140900
0160
229A 1
1
3-05-040-21
BETHLEHEM
STEEL
CORP
140900
0160
229A2
1
3-03-009-99
BETHLEHEM
STEEL
CORP
140900
0160
34 12A
I
BE THLEHF M
STEEL
CORP
140900
0160
37601
c
A
BETHLEHEM
STFEl
CORP
140900
0 160
3760 2
c
A
BETHLEHEM
STEEL
CORP
140900
0160
39901
c
A
BETHLEHEM
STEEL
CORP
140900
0160
39902
c
A
BETHLEHEM
STEEL
CORP
140900
0160
39903
c
A
OETHLEHEM
STEEL
CORP
140900
0160
39904
c
A
BETHLEHEM
STEEL
CORP
140900
0 160
39905
c
A
BE THLEH^M
STEEl
CORP
140900
0160
39906
c
A
BETHLEHEM
STEEL
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140900
0160
39907
c
A
BETIILEHEH
STEEL
CORP
140900
0160
4 1001
c
A
BETHLEHEM
STFEL
CORP
140900
0160
4 1002
c
A
BFTHLEHEM
STEEL
CORP
140900
0160
41003
c
A
BETHlfcHtM
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CORP
140900
0 160
41004
c
A
BETHLEHEM
STEEL
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140900
0160
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c
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BETHLEHEM
STEEL
CORP
140900
0 160
41006
c
A
BETHLEHEM
STEEL
CORP
140900
0160
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c
A
BETHLEHEM
STEEL
CORP
140900
0160
41008
c
A
BETHLEHEM
STEEL
CORP
140900
0160
41009
c
A
BETHLEHEM
STEEL
CORP
140900
0160
41010
c
A
BETHLEHEM
STEEL
CORP
140900
0160
41011
c
A
BETHLEHEM
STEEL
CORP
140900
0160
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c
A
BETHLEHEM
STEEL
CORP
140900
0 160
41013
c
A
BETHLEHEM
STFEL
CORP
140900
0160
41014
c
A
PACE
544
54 7
548
551
552
556
557
561
563
565
568
570
573
576
579
562
585
587
589
592
595
598
600
603
606
609
611
613
615
61 T
619
622
62 5
628
631
634
637
640
643
646
649
652
655
658
661
664
667
670
673
676
679
662
685
-------
41(4 P (I L L U T I II N
SOURCf HANACFHEN T SYSTEM
PfPflRT DIRECTORY
FAC ILITY NAME
LUC AT 1 on
FACILITY ep
JNIT REGION
PACE
OETIILEhFM
STEF
CORP
140400
0 160
4 1015
C
A
688
BETiILEHE m
STFE
CORP
140900
U160
4 1016
C
A
691
UETHLEHEM
STEE
CORP
140900
0160
4101 7
C
A
694
BETIU EMF M
STfcE
COปP
140900
0140
4 10 1 B
C
A
697
BETHLEHEM
STEE
CORP
140900
0160
4 1019
C
A
700
uethlehem
STEF
CORP
140900
0160
41020
C
A
703
liETllLEIIF M
SFEF
CORP
140900
0160
4 1021
C
A
706
BETHLEHEM
STFF
CORP
140900
0160
41022
C
A
709
bethlehem
STEE
CORP
140900
0160
41023
C
A
712
bethlehem
STEE
CORP
140900
0160
4 1024
C
A
715
UETHLEHEM
STFE
CORP
14 0900
0160
41025
C
A
718
IIETHLEHEM
STEF
CORP
140900
0160
41026
C
A
721
BETHLEHEM
STEE
CORP
140900
0 160
41027
C
A
724
BETHLEHEM
STEE
CORP
140900
0160
4102B
C
A
727
UETHLEIIEM
SI EE
CORP
140900
0160
4 1029
C
A
730
IIETHLEHEM
STEE
CORP
140900
0160
4 1030
C
A
733
BETHLEHFM
STFE
CORP
140900
0160
41031
C
A
736
BFTHLEHEM
STEE
CORP
140900
0160
41032
c
A
739
BETHLEHEM
SI EE
CI1RP
140900
0 160
41033
c
A
742
BETHLEHEM
STEE
CORP
140900
0160
41034
c
A
745
BETHLEHEM
STEF
CORP
140900
0160
4 1035
c
A
746
HFTHLEHEM
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CORP
140900
0160
41036
c
A
751
bethlehem
ST?E
CORP
140900
0160
41037
c
A
754
BETHLEHEM
STEE
CORP
140900
0160
41038
c
A
757
BETHLEHEM
STEE
CORP
140900
0160
41039
c
A
760
BETHLEHEM
STEE
CORP
140900
0160
41040
c
A
76 3
BETHLEHEM
STEE
CORP
140900
0160
4 1041
c
A
766
BETHLFHFM
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CORP
140900
0160
41042
c
A
769
BETHLEHEM
STEE
CORP
140900
0160
41043
c
A
772
BETHLEHEM
STEE
CORP
140900
0160
41044
c
A
775
BETHLEHEM
STEE
CORP
140900
0160
41045
c
A
778
BETHLEHEM
STEF
CORP
140900
0160
41046
c
A
781
BETHLEHEM
STEE
CORP
140900
0160
41047
c
A
784
ftETHL E HF M
STEE
CORP
140900
0160
4 104B
c
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787
BETHLEHEM
STEE
CORP
140900
0160
41049
c
A
790
BETHLEHEM
STEE
CORP
140900
0 160
41050
c
A
793
HFTHLEHEM
STEE
CORP
140900
0160
41051
c
A
796
BpTill EHrM
STEE
CORP
140900
0160
41 10 1
c
A
799
BETHLEIIFM
STEE
CORP
140900
0160
4 1 001
c
A
802
BETHLEHEM
STEE
CORP
140900
0 lbO
41(102
c
A
805
BETHLEHEM
STEE
CORP
140900
0160
4 1003
c
A
80B
BETHLEHEM
STEE
CORP
14 0900
0160
4 3 201
c
A
811
BETHLEHEM
STEE
CORP
140900
0160
4 3 202
c
A
814
BETHLEIIFM
STEE
CORP
140900
0160
43203
c
A
817
IIETHLEHEM
STEE
CORP
140900
0160
43204
c
A
820
UETHLEHEM
STEE
CORP
140900
0160
4 3 205
c
A
823
BETHLEHEM
STEE
CORP
140900
0160
44701
c
A
826
BETHLEHEM
STEE
CORP
140900
0160
44702
c
A
829
BETHLEHEM
STFE
CORP
140900
0 160
44703
c
A
832
BETHLEIIbM
STEF
COPP
140900
0160
44704
c
A
835
UETHLEIIEM
STEE
CORP
140900
0160
44705
c
A
838
rtETHLEHEM
STEF
CORP
140900
0160
44706
c
A
841
BETHLEHEM
STFE
CORP
140900
0160
44707
c
A
844
-------
AIR POLLUTION SOURCE MANAGEMENT SYSTEM
REPORT DIRECT (IPV
SCC CODE
FACILITY NAME
LOCAT ION
FACIL
1TY EP
unit region
PAGE
llETHLEHFM STEFL C
-------
air pollotiun source management system
REPORT DIRECT O P V
SCC CODE
FACILITY NAME
IOCATION
FACILITY ep
UNIT REGION
PAGE
AMEP1CAN AIRl1NFS
14 3000
6222
00001
C
N
974
AMCR ICAN AIRLINES
14 3000
8222
00001
C
S
975
juhn y cciupfr co
143000
8355
00001
R
A
978
UNITED A1P. LI NHS INC
14 3000
8374
00001
C
A
981
LN 1 TED AIR LINES INC
143000
8 3 74
00001
C
8
982
NATIONAL GYPSUM CO
143200
1017
00065
C
A
985
CENTURY HOUSEWARES INC
143200
8083
00001
R
A
988
NYS DEPT IIF MtNTAL HYGIENE
143601
8266
00001
C
A
991
NYS OF P T OF MENTAL HYGIENE
143601
8266
0000 1
C
8
992
NYS UEPT OF MENTAL HYGIENE
14 3631
8266
OOOOl
C
c
993
NYS DEPT OF MENTAL HYGIENE
14 3601
8 266
00001
C
0
994
3-05-002-01
JOHN L BEN?
143801
0802
0000 1
I
997
GRAND ISLAND CEN SCI! DIS 1
144600
B268
ooooi
c
A
999
GRAND ISLAND CEN SCH DIS 1
144600
8268
0000 1
c
b
1000
3-05-005-02
FERRO CURP
144*00
0493
00049
1
1003
HAMBURG CENTRAL JHS
144800
B 154
00002
c
B
1005
HAMtlURG CENTRAL SR HS
144800
8155
00001
c
A
1008
FRONTIER CENTRAL SCH
144800
8292
00002
c
A
1011
FRONTIER CENTRAL SCH
144600
8292
00002
c
n
1012
FRONTIER CENTRAL SCH
144800
8292
00002
c
C
1013
FRONTIER CENTRAL SCH
144800
8292
00002
c
D
1014
FORD MUTUR CO
144801
0573
00015
c
C
1017
FORO MOTOR CO
144801
0573
0001 6
c
B
1020
FORD MOTOR CO
144801
0573
0001 7
c
A
1023
3-05-020-04
LANCASTER STONE PRODUCTS CORP
14 5 200
0886
oooou
1
1026
3-05-020-06
LANCASTER STONE PRODUCTS CORP
145200
0885
00010
1
102B
FURGALA NURSING HOME
145200
8379
00 001
R
A
1030
ARC A TA GRAPHICS
145201
0788
00063
c
A
1033
ARC A TA GRAPHICS
145201
0788
00064
c
A
1036
ARCATA GRAPHICS
145201
0788
00 06 5
c
A
1039
DRESSER IND TRANS EUUIP DIV
145201
1372
00001
c
A
1042
ORESSER IND TRANS EQUIP DIV
145201
1372
00 001
c
B
1043
3-05-020-05
ORESSER IND TRANS EQUIP DIV
145201
1372
00016
1
1046
3-05-020-99
DRESSER IND TRANS EQUIP DIV
145201
1372
00018
1
1048
3-05-025-99
ORESSER IND TRANS EQUIP 01 V
145201
1372
0001 9
I
1051
4-02-009-01
ORESSER IND TRANS EQUIP DIV
145201
1372
00024
1
1053
3-05-025-01
DRESSER IND TRANS EOUIP DIV
145201
1372
00 02 7
1
1055
3-05-003-01
DRESSER IND TRANS EQUIP DIV
145201
1372
00028
1
1057
3-05-003-01
ORESSER IND TRANS EUUIP DIV
145201
1372
00029
I
1060
3-05-003-01
DRESSER IND TRANS EQUIP DIV
145201
1372
00030
1
1063
3-05-003-01
ORESSER IND TRANS EQUIP DIV
145201
1372
00031
1
1066
3-05-003-01
DRESSER IND TRANS EOUIP DIV
145201
1372
00032
1
1069
3-05-003-01
DRESSER IND TRANS EQUIP DIV
145201
1372
00033
I
1072
3-05-025-99
ORESSER IND TRANS EQUIP DIV
145201
1372
00038
1
1075
GEORGIA PACIFIC CORP
145601
0159
00010
c
A
1077
DUPLAN CORP
145601
1219
00019
c
A
1080
AKRON CENT SCH D1 ST
145601
8370
00001
c
A
1083
AKRON CENT SCH Dl ST
145601
8370
OOOOI
c
a
1064
AKRON CFNT SCH DI ST
145601
8 370
0000 1
c
D
1085
akron cent sch di st
145601
8370
00 001
c
E
1086
ORCHARD PARK CENTRAL SCH
146000
8 346
00004
c
A
1089
ORCHARD PARK CENTRAL SCH
146000
8 346
00004
c
n
1090
ORCHARD PARK CENTRAL SCH
146000
8)46
00004
c
C
1091
-------
AIR P n L I II T | (I N SOURCE MANAGEMENT SYSTEM
HEPURT CIRECTORY
SCC CODE
FACILITY NAME
LUCATION
FACILITY EP
unit REGION
PAGE
i)RCl(ARD PARK
CENTRAL
SCH
146300
8347
00002
C
A
1094
ORCHARD PARK
CENTRAL
SCII
146(100
B347
00002
c
8
1095
ORCHARD PARK
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SCH
146000
8 348
OOOOI
c
A
1098
lift ClIAH O PAP K CENTRAL
SCH
146000
8 348
00001
c
8
1099
ORCHARD PARK
CENTRAL
SCH
146000
8348
00 001
c
c
1100
3-05-011-01
rtILL 1 AM M RENDE R 1 NC
146001
1668
00001
1
1103
ASHLAND OIL
INC
146400
0114
ooooi
c
A
1105
ASHLAND OIL
INC
146400
0 114
00001
c
U
1.106
ASHLAND OIL
INC
146400
0114
00003
c
A
1109
ASHLAND OIL
INC
146400
0114
00004
c
A
1112
ASHLAND OIL
INC
146400
0 114
00005
c
A
1115
ASHLAND OIL
INC
146400
0114
00006
c
A
1118
ASHLAND OIL
INC
146400
0114
00008
c
A
1121
ASHLAND OIL
INC
146400
0114
00009
c
A
1124
ASHLAND OIL
INC
146400
0114
00010
c
A
1127
ASHLAND OIL
INC
146400
0114
00011'
c
A
1130
ASHLAND OIL
INC
146400
0114
00012
c
A
1133
ASHLAND OIL
INC
146400
0114
00013
c
A
1136
ASHLAND OIL
INC
146400
0114
00015
c
A
1139
ASHLAND OIL
INC
146400
0114
00016
c
A
1142
ASHLAND OIL
INC
146400
0114
00017
c
A
1145
ASHLAND OIL
INC
146400
0114
00018
c
A
1148
ASHLAND OIL
INC
146400
0114
00019
c
A
1151
ASHLAND OIL
INC
146400
0114
00070
c
A
1154
ASHLAND OIL
INC
146400
0114
00021
c
A
1157
3-04-009-01
ASHLAND OIL
IN r.
146400
0114
00024
I
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3-04-009-01
ASHLAND OIL
INC
146400
0114
00025
I
1162
3-06-008-05
ASHLANQ OIL
INC
146400
0114
00026
1
1164
3-06-008-05
ASHLAND OIL
1 NC
146400
0114
00027
1
1166
3-06-999-98
ASHLAND OIL
INC
146400
0114
00073
1
1168
3-06-999-98
ASHLAND OIL
INC
146400
0114
28037
1
1170
3-06-999-98
ASHLAND OIL
INC
146400
0114
3065
1
1172
3-06-999-98
ASHLAND OIL
INC
146400
0114
66-71
I
1174
CONTINENTAL
CAN CO
146400
0385
00001
c
A
1176
CONTINENTAL
CAN CO
146400
0385
00001
c
8
1177
CONTINENTAL
CAN CO
146400
0385
00001
c
c
1178
OUNLOP TIRE
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146400
0456
00001
c
A
1181
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COKP
146400
0456
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146400
0456
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A
HAS
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t RUDDER
CORP
146400
0456
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8
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146400
0456
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c
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1 189
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146400
0456
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c
8
1190
FMC CORP
146400
0754
00002
c
0
1193
3-04-003-30
1RX INC
146400
0783
00 DO I
1
1196
TRW INC
146400
0783
OODOl
A
1197
TปW INC
146400
0783
00043
R
A
1201
TRW INC
146400
0783
00061
c
A
1204
TRW INC
146400
0783
00061
c
b
1205
TRW INC
146400
0783
00061
c
C
1206
CENTRAL MILLS INC
146400
1062
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c
R
1209
GENERAL MILLS INC
146400
" 1062
oooot
c
S
1210
GENERAL MILLS INC
146400
1062
OOOOE
c
T
1211
GENERAL HILLS INC
146400
1062
OOOOE
c
V
1212
-------
A I X
POL I U T
n n
SOURCE
MANAGEMENT
SYSTEM
R E P n K T
OIRECTORY
SCC CODE
>
I
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to
3-04-003-01
3-04-003-01
3-04-003-01
3-04-003-01
FACILITY NAME
LOCATION
FACILITY EP
UNIT REGION
PAGE
NIAGARA MfJHAWK
POWER CORP
I4640O
1700
00001
c
A
1215
N 1 AGAR A MOHAWK
POWER CORP
146400
1 700
00001
c
D
1216
NIAGARA MOHA UK
POWER CORP
146400
1700
00001
c
c
1217
NIAGARA MOHA WK
POWER CORP
146400
1700
00001
c
0
1218
NIAGARA MOHAWK
POWER COKP
146400
1700
00002
c
E
1221
NIAGARA MOHA WK
POWER CORP
146400
1700
00002
c
F
1222
SWEET HOME CENT
SCH
146400
8194
00001
R
A
1225
KEN-TON PS-UN FPEE SCH 01 S 1
146400
8223
0000 1
c
A
1228
KEN-TON PS-UN FREE SCH 01S 1
146400
8223
00001
c
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1229
KFNMORE TOWN OF
TONAWANOA
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146400
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c
A
1232
KENMURE-TflWN OF
TONAWANOA
UFSD
146400
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c
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1233
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TONAWANOA
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146400
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00001
c
A
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KENMORE-TOWN OF
TONAWANOA
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146400
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c
a
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KENMORE-TOWN OF
TONAWANOA
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146400
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00001
c
A
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KENMORETOWN OF
TONAWANOA
UFSO
146400
8311
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c
u
1241
KENMORETOWN OF
TONAWANOA
UF SO
146400
8311
00001
c
c
1242
KENMORE-TOWN OF
TONAWANOA
UFSO
146400
8313
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c
A
1245
KENMORE-TOWN OF
TONAWANOA
Uf SD
146400
8313
00001
c
u
1246
KCNMORET OWN OF
TONAWANOA
UFSO
146400
8317
OOOOI
c
A
1249
KENMORE-TOWN OF
TONAWANOA
UFSO
146400
8317
OOOOI
c
ป
1250
KENMORE TN OF TONAWANOA UFSD
146400
8323
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c
A
1253
KENMORE TN OF TONAWANOA UFSD
146400
8323
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c
11
1254
KCNMORE TN UF TONAWANOA UFSD
146400
8323
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c
c
1255
KENMORE-TOWN OF
TONAWANOA
UFSD
146400
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00001
c
A
1258
KENMORE-TOWN OF
TONArfANOA
UFSO
146400
8 326
OOOOI
c
a
1259
OMB REAL E STATE INC
146400
8 381
00 00 1
c
A
1262
f) M 8 REAL ESTATE INC
146400
6381
OOOOI
c
c
1263
FRONTIER UINOFRY CORP
146401
0601
00003
c
8
1266
FRONTIER UINDERY CORP
146401
0601
00004
c
B
1269
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146401
8257
00002
c
1)
1272
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146401
8257
00003
c
c
1275
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TONAWANOA
UFSD
146401
8303
OOOOI
c
A
1278
KENMORE-TOWN OF
TONAWANOA
UFSO
146401
8303
OOOOI
c
D
1279
KENMORE-TOWN OF
TONAWANOA
UFSD
146401
8310
OOOOI
c
A
1282
KENMORE-TOWN OF
TONAWANOA
UFSD
146401
8310
OOOOI
c
a
1283
KENMORE-TOWN OF
TONAWANOA
UFSD
146401
8310
OOOOI
c
c
1284
KENMORE-TOWN OF
TONAWANOA
UFSD
146401
8312
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c
A
1287
KENMORE-TOWN OF
TONAWANOA
UFSD
146401
8312
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c
U
1288
KENMORE-TOWN OF
TONAWANOA
UFSO
146401
8314
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c
A
1291
KENMORE-TOWN OF
TONAWANDA
UFSD
146401
8314
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c
8
1292
KENMORE-TOWN OF
TUNArfANDA
UFSD
146401
8315
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c
A
1295
KENMORE-TOWN OF
TONAWANOA
UFSD
146401
8315
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c
a
1296
KENMORE-TOWN OF
TONAWANOA
UFSD
146401
8316
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c
A
1299
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TONAWANDA
UFSO
146401
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c
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1300
KENMORE-TOWN OF
TONAWANOA
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146401
8325
00001
c
A
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KENMURETOWN OF
TONAWANOA
UFSO
146401
8325
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c
0
1304
GMC CHEVROLET TONAWANOA
146489
1656
00C1A
1
1307
GMC CHEVROLET TONAWANOA
146484
1656
00C2B
r
1309
GMC CHEVROLET TONAWANOA
146489
1656
OOC3C
1
1311
GMC CHEVROLET TONAWANOA
146489
1656
OOC4D
1
1313
TONAWANDA-TOWN 1
r)F
146489
8 376
OOOOI
R
A
1315
NOR THWOOO ES
146800
8012
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A
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HS
146800
8 149
OOOOI
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A
1321
-------
AIR POLLUTION SOURCE MANAGEMENT SYSTEM
REPORT C1PECTORY
SCC CODE
FACILITY NAME
LOCATION
FACILITY EP
UNIT REGION
PAGE
3-01-999-99
DIAMOND shamrock CORP
290900
0064
00001
1
1324
3-04-001-99
LOCKPORT NON-FERROUS CAST INC
290900
0156
00003
1
1327
WALLACE MURRAY CORP
290900
0251
00001
C
A
1329
WALLACE MURRAY CORP
290900
0251
00002
c
B
1332
3-04-007-04
WALLACE MURRAY CHRP
290900
0251
00024
1
133$
3-04-007-99
WALLACE MURRAY CURP
290900
0251
00032
1
1338
3-04-007-99
WALLACE MURRAY CORP
290900
0251
00054
1
1340
UPSflN CO
290900
0283
00002
c
A
1342
UP SON CO
290900
02U3
00002
c
U
1343
4-02-009-01
UPSON CD
290900
0283
00002
1
1344
R J R FOODS
290900
0362
00001
c
A
1348
R J R FOODS
29U900
0362
00002
c
B
1351
ODD FELLOW REUEKAIt NURSING HME
290900
8033
00001
R
A
1354
3-04-002-99
FRONTIER BRUNZE CORP
291100
OIOO
00ED9
1
1357
3-04-002-99
FRONTIER BRONZE CORP
291100
0100
00E10
1
1359
3-04-002-99
FRONT 1ER BRONZE CORP
291100
0100
00E12
1
1362
3-04-002-99
FRONTIER BRONZE CORP
291100
0100
OOE 14
1
1365
3-04-002-99
FRONTIER BRONZE CORP
291100
OIOO
OOF 16
1
1368
3-04-002-99
FRONTIER BRONZE CORP
291100
0100
OOOE1
1
1370
3-04-002-99
FRONTIER BRONZE CORP
291100
0100
000E8
1
1373
HOOKER CHEM ฃ PLASTICS CORP
291100
one
AO 101
c
A
1376
HOOKER CHEM ฃ PLASTICS COHP
291100
one
AO 102
c
A
1379
HOOKER CHEM C PLASTICS CORP
291100
0118
AO 102
c
B
1380
HOOKER CHEM C PLASTICS CORP
291100
0118
AO 10 2
c
C
1381
NABISCO INC
291100
0178
00001
c
A
1384
NABISCO INC
291100
0178
00001
c
B
1385
3-02-007-99
NAB 1 SCO INC
291100
0178
00009
1
1388
~ LIN CORP
291100
0203
00021
c
A
1390
OL IN CORP
291100
0203
00021
c
B
1391
PRE STOL1 TE DIV ELTRA CORP
291100
0217
00001
c
A
1394
PPESTOLITE DIV ELTRA CORP
291100
0217
0000 2
c
B
1397
3-03-999-99
PYRUN CO
291100
0220
000 JC
1
1400
3-05-040-30
CARBORONDUM CO
291100
0329
02824
1
1403
3-05-040-31
CARBORUNDUM CO
291100
0329
27A23
I
1405
GOODYEAR TIRE ฃ RUBBER CO
291100
0331
00002
c
S
1407
3-04-020-04
AIRCO SPEER CARBON-GRAPHITE
291100
0337
00013
1
1410
3-04-020-04
AIRCO S^EER CARBON-GRAPHITE
291100
0337
0001 5
1
1412
3-04-020-03
AIRCO SPEER CARBON-GRAPHITE
291100
0337
00051
1
1415
3-04-020-03
AIRCO SPEER CARBONtGRAPHITE
291100
0337
00052
1
1417
3-03-003-99
GREAT LAKES CARBON CORP
291100
0343
00012
1
1419
3-04-020-04
GREAT LAKES CARBON CORP
291100
0343
00016
1
1421
3-03-003-07
UNION CARBIDE CORP
291100
0357
DC04A
I
1423
3-01-005-03
UNION CARBIDE CORP
291100
0357
SS-05
I
142 5
3-03-030-99
UNION CARBIDE CORP LINDE 01V
29 1100
0359
0100 1
1
1428
3-03-999-99
UNION CARBIDE CORP LlNDE OIV
29 1100
0359
01201
1
1430
3-05-010-99
UNION CARBIDE CORP
291100
0361
CC-03
1
1432
3-01-005-03
UNION CARBIDE CORP
291100
0361
SS-OB
1
1434
3-01^005-03
UNION CARBIDE CORP
291100
0361
SS-1 1
I
1437
3-01-005-03
UNIUN CARBIDE CORP
291100
0361
SS-2A
1
1440
3-01-005-03
UN I 'IN CARBIDE COHP
291100
0361
SS-4A
1
1443
C J TOWER ฃ SONS BUFF INC
291100
8019
00001
R
A
1446
NIAGARA FALLS MEM MED CTR
291100
8021
U0001
c
A
1448
NIAGARA FALLS MEM MED CTR
291100
8021
00001
c
a
1449
-------
A I P pollution s u u r c f management system
REPORT CIRFCTURY
SCC CODE
FAC 1L1 TV NAME
LOCATION
FACILITY EP
li.M 1T REGION
PAGE
NIAGARA FAILS MFM MED CTR
291100
8021
00001
C
c
1450
RlllJNCY F UNf RAL MIME
211100
6022
00001
R
A
1453
NIAGARA PERMANENT SAVINGS G LO
291100
8028
00001
R
A
1456
HIKIKER CHEMtPLA ST 1CS CORP
211200
0117
00105
C
A
1459
HOUKER CHEMCPLASTICS CORP
291200
0117
00106
c
B
1462
HUGKER CHEMCPLASTICS CHRP
291200
0117
00107
c
A
1465
3-07-008-99
R.T. JUNES LUMBER CO. INC.
291200
0281
S 1L01
1
146B
kURLIT2ER CO
291200
0284
00001
c
A
1470
MIRLITZFR CO
291200
0284
00001
c
B
1471
STARPOINT CENTPAL SCHODL
292030
6003
00002
R
0
1474
MOUNT ST MARYS HflSP NIA FALLS
292400
8012
00001
c
A
1476
HflUNT ST MARYS IIOSP NIA FALLS
29 2400
801?
0000 1
c
B
1477
MOUNT ST MArtYS HOSP NIA FALLS
292400
8012
00001
c
c
1478
GENERAL HOTURS CORP
292600
0330
012-1
c
A
1481
GENERAL MOTORS CORP
292600
0310
012-1
c
B
1482
4-02-999-99
GENERAL MOTORS CORPORATION
292600
0335
0KR31
1
1485
4-02-999-99
GENERAL MOTORS CORPORATION
292600
0335
ORR33
1
1487
4-02-999-99
GENERAL MOTORS CORPORATION
292600
0335
0RR71
1
1489
4-02-999-99
GENERAL MOTORS CORPORATION
292600
0335
OPR72
1
1491
4-02-999-99
GENERAL MOTORS CORPORATION
292600
0335
ORR 73
I
1493
4-02-999-99
GENERAL MOTORS CORPORATION
29 2600
0335
ORR 74
1
1495
4-90-999-99
NOURY CHEMICAL CORP
292800
0043
OOFS5
1
1497
BELL AEROSPACE CO
294000
0021
00140
c
B
1499
rtFLL AFROSPACE CO
294000
0021
0014 1
c
C
1502
BELL AEROSPACE CO
294000
0021
00142
c
D
1505
CARBORUNDUM CO
294000
0048
00601
c
A
1508
CARBORUNDUM CO
294000
0048
00602
c
Q
1511
-------
APPENDIX B
COMPUTER LISTING OF ALL POINT SOURCE
UPDATE CARDS PROVIDED TO THE DEC
B-l
-------
Nl ar.sRA
FPCNTItP CURSOR UPCATFS 12/03/16
1.
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NlAGARA
FRThTIEH COPHEHENSIVE UPDATES 04/15/77 PART I
1.
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2.
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-------
NIAGARA fPfkl I f R COMPREHENSIVE UPDATES PART 7 8/U2/77
1. 3C1402CCC3 3fiCCO30ซป03t18193.0
2. 3CI4C2G0ฃ3 3(!CCC30A*C3531.5
3. 3C 14ฃ2CCฃ3 38CC0 31H*03<1C193.C
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36. 3C14C9COClfcC14OC2A*089O
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-------
NIAGARA FRONTIER COMPREHENSIVE UPDATES FOR 1975 PART 1
1. CC14640017000000175*8251
2. CC14640017000000 27 5*8 2 51
3. CCl4020083300000175*8250.69
4. CC14020CB3300000175*8289.01
5. r.C I 4020083300000 I 7 5JI7 37<..48
6. CR14648S837600 00175*R|024.0
7. CR14646SC3 760000175 + 811 /
8. CRl4648Se3760000l75*81228
9. CR1464098376OOOOI75*820250
10. CR146 4 8S fi 3 760000175*82156.0
11. CP 1464 89 83 7600001 75 *822'.00.O
12. CR1 46 4 8983 760000 175*8 25220. 15
13. CC14648903370PH3375*820126
14. CCI46 4 8S0 3370PH3375*821 59.7
15. CC I 464 8*ป033 70PH3 375*822 39535. 0
16. CC14648*;0337OPH3575*82012 7
17 . CC1 4t4 8S03 3 70PH3 575*82143. 'ซ
18. CC1464 85033 70PM3575*82228 789.0
19. CCl464 8503370PH3t75*820127
20. CC1464 890 33 70PH3 6 75*821'.3.4
21 . CCI 464 BS033 70PH3675*82228 7(J9. 0
2 2. CC14648903370PH3475*8 20125
2 3. CCl4648903370PM3475*32147.1
24. CC1 46485033 70P1134 75*8 22 312 3 6.0
25. CC146400l0620000r75*8ll7
26. CC 1 46400106 20000E 75*812't5
27. CC1464 CO 10620000E75*02216030.0
W 28. CC1464C0I06 20000E 75*8251 2.02
I 29. CC14640010620000E75*828164.07
ฃ 30. CC146400106 20O0OE75*8 731 045.0
31. CC14480082920000275*87427.{
32. CC14020012 730000175 *8I0O. 0
33. CC14020012730000175*B110
34. CC14020012730000175*8120
35. CC140 20012 7 30000175*82 50.00
36. CC 14020012 7300001 75*11280.00
37. CC14020012730000175*8730.0
38. CC14t4000783000t175*8117
39. CC146400C 78 30006175*81225
40. CC. 1464C0C78 3000C 1 7 5* 8 2 527 . S'I
41. CC146 40dC78 30006175ปU28 38 5.20
42. CC146 4000 78 30006175*87 322 30.4 6
43. DC1456010159000I0/5
44. CC140200836 10000175*B250.2o
45. CC1402008361000017 5*8 20 3.3 0
46. CC I 40200 836 10000 I 75 *8 73 30. ;>ฆป
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50. CCl'.4ป01057J00016 75*U250.3 2
51. CC 144801 0573000 1675~0284. 2 ฆ>
52. CC 144801057.30001675ซ87331 .60
53. CC1448010573OOOI 575*82*>i>. >2
54. CCI 44801057 30001575*8284. 2 2
55. CC14480105730001575*U73 11.6)
56. CC14520113720000175*8117
57. CC14520113720000175*812 16
5B. CC14520113 720000175*8250.15
59. CC14 520 113 720000175*8 28108.79
60. CC14520113720000175*873815.20
61. CC 146 401831 50000175*8 117
62. CC146'i0183150000l75*B1226
63. CC14640183150000175*8250.95
64. CC 146401831 5000017b *8 28 12. 4 2
6 5. CCl4640183150000 I 75*873 I 05.45
66. CC14640183140000175*8117
67. CC14640183140000175*81221
68. CC14640183140000175*8251.29
69. CCl46401831400001 75*82816. (19
70. CCl4640183140000175*8 7314 3.42
71. CCl 4020001690000275*8 10 12 )
72. CC14020001690000275*8117
73. CC14020001690000275*81239
74. CCl4020001690000275*8252.90
75. CCI 4020001690000275*82837. 08
76. CCl4020001690000275*873363.39
77. CCl402008296 0000 375*81012.0
78. CC140200829fc0000375*8117
79. CCl4020082960000375*8124 7
80. CC14020082960000 375*8251. 16
8 1. CC1402008296000037 5*820 14-74
8 2. CCl4020082960000375*073144.40
03. CC14020002220000175*81016.)
84. CCl4 020002220000175*8117
85. CC14020002220000175*81246
86. CC14020002220000175*8252.38
87. CC1402C002220000175*82011.67
88. CCl4020002220000175*873244.53
89. CC14020002220000275*8I016.J
90. CC14020002220000275*8I 17,
91. CC14020002220000275ป81246
92. CC14020002220000275*fl252.38
9 3. CCl4 020002220000275*8283 I.67
94. CC1402U002220000275ป873244. 53
9 5. CCl4020082460000175*8106.0
96. CC14020082460000175*01 17
97. CCl402C08246t)0001 75*8 12 30
98. CC140200824600001 75*0251.04
99. CC14020082460000175*02825.12
100. CC14020082460000175*873160.0
10 1. CC140200825ฃ000017 5*8106.0
102. CC14020082560000175*8117
103. CC14020082560000175*81230
10 4. CCl4020082560000175*8 251.35
105. CC14020082560000175*82818. 17
106. CC1402008256000U175*873117.0
107. DC 14020005530000175
108. DC 14020005530000275
109. CCl4020012010002775*81024.0
110. CC140200120 10002 775*8117,
111. CC14020012010002775ป8124"
112. CC14020012010002 7 75*8250.2 I
113. CCl40200120100027 75*828J.01
114. CC14020012010002 775*8 7428224.0
115. CI14020012010003075*8117
116. CI140 2001201000 3075 *8 1240
11/. C 11 40 2001 2010003 0 75 *8 24'I4. 51
118. C 11402001 2010003075*82'.>94 . 5 1
119. CI1402CC120100030 75 * 826100.03
-------
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NIAGARA FP CM I C P CCHPHEH "NS J Vf UPCATFS FOR 1575
PAR T2
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2.
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4.
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3.
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13.
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15.
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17.
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19.
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20.
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23.
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NIAG4PA Fป
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M I r R COMPREHENSIVE UPDATES FOR 1975 PART 3
to
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1.
2.
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4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
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14C9C0C160013 80 7 5*8270.08
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14C90001t0013807;*82fC.08 -
14C 9C0C W.f CI 72075*8 I H
14C900GIfcCC172075*81213
140900C 16C0172O7 5*813C75O2 5OC0CCC
14C9C0C I ฃ C C1720#5*e24l30.50
14CSCCC l6COI72Q7 5~8 2 7C.16"
14C9CCC16CCl72C75ft825 I JO.50
l4C9GOC16C017 20 7 5*82eC.16
14C9C0C W CC 2 140 75* 8 24560.U
1409C0C16002140 75*82 70.70
I4C9C0C1600214015*825560.16
140900C1600214075*P280.70
I4C9COC1601380075*81C5.6
1409CCC16C138CC75+8117
14J90001601380075*8 1213
14C9CCC16C1380075*8131COUOCOOOOOO
I4C9COC16013QC075*82442.76
1409COC16C138007 5*8271C.08
1409C0116C 13110075*8 251.71
14C9CCC1601380075*82 60.40
|4C9C0CltC14n0075*81C5.0
14C9C0C16C1400075*82119.2
I4C9CGC 16 01 4000 75*811 7.
14C90UC16C1400015*8225C00.C
14C9CCC16C1400075*81213
I4C9CC116C140C07 5*8130750250CCCCC
14C90OCU0! 400075*82438.66
14C9C0C16CI 400075*82710.5B
14C9CCC16C1400075"82!26.66
14090001601 40 0075*82'810.58
14G9C0C16C1* IOC75'B1C5.0
14CSCCC16C141CC75ซ8;119.2
14C90U016014100 75*8117
14C9COCI6C14 1C075*6225COO.O
I4C9C0C16C1410075*81213
14C9CCC160141007 5*813C75025000COC
14C9C0C 1601 < 1007 5'" 82438. 66
14C9C0C16C14 ICO75*8 2710.58
14C9C0C16C141007 5*02 5 38.66
I4C9COC16C141007 5*82610.58
14C900C 1602 110075*81C4.9
14C9CCC16C2110075*82119.4
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1409COClfcC2 I 10075*P24 179. 14
14CSCCC 16C2 1 100 75*,8 2 74 5. 64
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14C9C0C 16 0211007 5* "2e45.6 4
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14C90CC16C21400 7**82f1 .83 *
8/12/77
59.
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6 7.
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73.
74.
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76.
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78.
79.
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14C9CCC16C2 150075*8261.92
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14C9C0C16C1380175*82277000.0
14C9C0C 160 380175* 812 13
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1409CCCI 601380175*02421.38
14C9C0C16C1380175*8274.62
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14C9CCC16C138017 5*8264.62
1409COC16C1400175*8102.5
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14C90CC1601400115*82281000.0
14C9C0C It CI 400175*812 17
14C9CCC16 0140017 5*813075025000000
14C9C0C16C140017 5*824 25.78
14C9CCC 160 1 40017 5*8276 .48
14C9CCC16C14P0175*82525.78
14C9C0C16C14001 Ji"8216.48
14C90001601410175*8102.5
14C9C0C16C1410175*8213.8
14C5CCCl6C1410175'-81l7
1409 0001601410175*82281000.0
I4C9C0016C141017 5*81217
14C9CCCI6C1410175*813C15C250CCCCC
14090001601410175*82 425.78
I4C9C0C UCH1 01 7 5* 62 76.48
14C9CCC16C141017 5*825 25. 78
14C9CCC 16C141017 5*02t6.48
14C9CCC16C211017 5*8102.5
14C9C0C16C2 1 10175*02 489.5 3
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14C9C0016C2 1401 7 5*8 2 489.53
14C900C16 02140175*827 20.94
14C9C0C1602 140115*82509.53
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-------
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122. CCI4t2C0C3:l8CCC3C7 5'H24 7.a2
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124. CC 14C2CCC 3 3li<:C03070ปa25f .H2
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12 7. CC14C2CCC33dCCG30 75*8 746S52.0
120. CC )4C2G0C33(ICCC2175*01CU.0
12'). CC14 0200C33aCC0 3175'0117
130. CC I4C?CC<33B0C03175*ai220
131. CC 1402CLC33BCCC3175*8240.52
132. CC14 02C0033B0C0 317 5' 027 3. 12
133. ( f. 14C2C0C? JL'00031 J 0ป 825C.52
134. CC 140200C330CC0217 5*8283. 12
135. CC 1402C0C3 3B0003175>07226.0
136. rr. 14C2CCC336000 317 5*8 74 56ซ0 7.0
137. CC l4 02CCC3 3t!CC0327'->*8101 7.C
1 3tl ป CC 1402000;-. 3tlOC0 3275"01l7
139. CC !402CCC33tiCCC327 5*-81240
14 J. CC 1402C0C33CCCC327S* 824S.7C
141. CC14C2C0P3380003275*827127.11
142. CC 14C2COC3 3flCC0327b-'825S.7C
14 3. CC14 02CoC3ie000327 5*8 2ei2 7.ll
144. CCJ4C2C0C33l)CC0 32 75"873106 5.3
145. C C 14 020CC 3 3 HO 00327 5* 8742661.0
146. CC 1402C0C3S7CCOC27b
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APPENDIX C
POINT SOURCE QUESTIONNAIRES FOR THE COMPREHENSIVE UPDATE
C-l
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New York State Department of Environmental Conservation
531 Delaware /ve., 3uffalo, NY lli202
Peter A.a. Berle
February 2h> 1977
HXgijHBBSffl,
Commissioner
re: Data Required for Emission Inventory
Gentlemen:
Wa are currently conducting an update of the Niagara Frontier emission
inventory. We have reviewed the tl3 100 applications, inspection reports, and
correspondsnce in our files and find that we do not have certain information on
your air pollution sources that is needed for the inventory.
The attached questionnaires and instructions show the information that is
required to conplete the emission inventory for your sources. It is suggested
that you read the instructions carefully before completing the ferns. .Although
many forms nay be attached and the task may look forsidabla at first glance, in
many cases only part of each sheet need be completed, /lso, the proper completion
of the forrcs will eliminate any need for further contact cn this project. Please .
submit the completed questionnaires within two weeks to the New York State
Department of Environmental Conservation, 58i* D.-laware Ave., Buffalo, NI 11*202.
If you have any questions, please contact Mr. Janes McGarry of the above
address at SU2-3837.
Very truly yours,
Robert t. /rmbrust, P
Regional fir Ouality
Control Engineer
JMcG/lb
Att.
C-2
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1
INSTRUCTIONS FOR COMPLETING THE QUESTIONNAIRES^
Enclosed you will find sets of questionnaires corresponsing to emission
points at your plant for which information is needed. Please complete only
those questions marked in the left-hand column with an "X". The identifi-
cation numbers at the top of each page refer to the AIR 100 location,
facility, emission point, and/or unit letter to which the questionnaire
applies. Carefully read the question and any associated notes before
inserting the requested information. A "comments" section has been
included with each questionnaire to identify any specific information
that we feel will be helpful to you in completing the questionnaire. The
"comments" section can also be used by you to explain special situations
or to clarify any information that you may supply.
Because calendar year 1975 has been chosen as the "base year" for
this analysis, it is necessary to obtain information detailing any unusual
operating conditions that may have occurred at your plant in 1975. For
that reason a second set of questionnaires may be enclosed with the phrase
"complete for calendar year 1975" in the "comments" section. This request
is being made only if insufficient data exist in the Department of En-
vironmental Conservation office in Buffalo to determine if any irregular
operating conditions occurred. If you receive the 1975 questionnaire
but had no unusual operating conditions during that calendar year, so
indicate under the "comments" section and return the 1975 questionnaire.
Please complete the following information for our records:
Name of plant representative completing questionnaire
Title .
Phone number
Date
^ The purpose of this air pollution questionnaire is-to obtain data that
are missing or inconsistent in the Department of Environmental Con-
servation file for certain emission points at your facility.
C-3
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STATIONARY COMBUSTION - STACK PARAMETERS
LOCATION I.D. FACILITY I.D. EMISSION POINT I.D.
1. Height of the stack measured from ground level at base of stack
to top of stack feet.
2. Inside diameter at the top of the stack (to the nearest inch)
inches. For stacks of square or rectangular cross-
section, specify Inside length and width at top of stack to the
nearest inch inches (length) Inches (width).
3. Stack gas exit temperature degrees Fahrenheit.
A. Stack gas exit flow rate in cubic feet per minute at actual stack
temperature and pressure. If more than one boiler vents through
the stack, the stack gas exit flow rate is the combined flow
rate of all boilers actual cubic feet per minute.
5. Combined particulate emission rate from all boilers venting to
the stack as determined by an accepted stack test of this
emission point pounds per hour.
6. Combined sulfur oxides emission rate from all boilers venting
to the stack as determined by an accepted stack test of this
emission point pounds per hour.
7. Total heat input for all boilers venting through the stack at
which the installation (all units connected to the stack) was
operated when an accepted stack test was performed. If no
stack test was conducted, provide the maximum heat input at
which the installation (all units connected to the stack) has
or will be operated million Btu per hour.
COMMENTS:
C-4
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STATIONARY COMBUSTION - DESCRIPTION
LOCATION I.D. FACILITY I.D. EMISSION POINT I.D.
UNIT I.D.
1. Provide Che heat input at which the unit was operated when an
accepted stack test was performed. If no stack test has been
conducted, provide the maxinum heat input at which the unit
has or will be operated. In cases where there is more than one
burner associated with this unit, the unit heat input must
reflect all burners that are operated simultaneously. Indicate
which burners are operated simultaneously and the length of
simultaneous operation in the "comments" section belov. Note
that the sum of the unit heat inputs for all boilers venting
through the same stack must equal the total heat input specified
on the stack parameter questionnaire.
million Btu per hour
COMMENTS:
IMPORTANT:
A questionnaire is enclosed for each type of fuel utilized by
the above emission point and unit according to information made
available to us. If another type of fuel is used, please contact
us to obtain the appropriate questionnaire. If the same burner
is utilized for more than one type of fuel, so Indicate on the
questionnaire for each fuel type.
C-5
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STATIONARY COMBPSTION - DESCRIPTION
' FUEL TYPE-COAL
LOCATION I.D. FACILITY I.D. EMISSION POINT I.D.
UNIT I.D.
1. Specify burner type from Che following list: If more Chan one
burner is used for this fuelt ldenclfy each.
01 - Pulverized, dry boccoo 13 - Spreader stoker with
03 - Pulverized, wet bottom no flyash reinjection
flyash reinjection 15 - All other stokers
05 - Pulverized, wet bocccm 16 - Spreader stoker no
with flyash reinjection flyash reinjeccion
07 - Cyclone 17 - Hand-fired
09 - Pulverized, general 19 - All not listed
Burner 1 Indicate applicable code number
from list and follow this burner
Burner 2
sequence throughout the
Burner 3 questionnaire.
2. Average number of hours per day and days per year that the buraer(s)
are operated (list separately for each burner):
Burner 1 hours/day daya/year
3urner 2 hours/day days/year
Burner 3 _____ hours/day _____ days/year
3. Provide yearly fuel consumption rate (for each burner)
Burner 1 pounds/year
Burner 2 pounds/year
Burner 3 pounds/year
4. Provide the firing rate at which each burner was operated when
an accepted stack test was performed. If no stack test was
conducted, provide Che maximum firing rate at which each burner
has or will be operated:
Burner 1 pounds/hour
Burner 2 __ pounds/hour
Burner 3 pounds/hour
5. Provide the maximum firing rate for each burner as specified by
the manufacturer:
Burner 1 _____ pounds/hour
Burner 2 ________________ pounds/hour
3urner 3 ^^___ pounds/hour
6. Provide the heating value of the fuel: Btu/pound (anthracite)
Btu/pound (bituminous)
7. Indicate vhecher any of the burners are used solely for standby:
Burner 1 yes _____ no
Burner 2 _____ yes no
Burner 3 yes no
8. Provide che average sulfur and ash content of che fuel as percent by
weight:
Percent sulfur Percent ash
_ 9. Specify fuel cype used cor each burner (anchracice or bituminous).
Burner 1 Burner 3
Burner 3
COMMENTS:
C-6
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STATIONARY COMBUSTION - DESCRIPTION
FUEL TYPE - DISTILLATE OIL
LOCATION I.D. FACILITY I.D. EMISSION POINT I.D.
UNIT I.D.
1. Specify burner type from the following list: If more than one
burner is used for this fuel, identify each.
51 - Pressure atomized burners 54 - Rotary cup burners
52 - Steam atomized burners 55 - Sonic atomizer
53 - Air atomized burners 59 - Other oil atomization types
Burner 1 _____ Indicate applicable code number
Burner 2 _____ from list and follow this burner
Burner 3 sequence throughout the questionnaire
' 2. Average number of hours per day and days per year that the burner(s)
are operated (list separately for each burner):
Burner 1 hours/day days/year
Burner 2 hours/day days/year
Burner 3 _____ hours/day days/year
3. Provide yearly fuel consumption rate (for each burner).
Burner 1 gallons/year
Burner 2 __________________ gallons/year
Burner 3 gallons/year
4. Provide the firing rate at which each burner was operated when an
accepted stack test was performed. If no stack test was conducted,
provide the maximum firing rate at which each burner has or will be
operated:
Burner 1 gallons/hour
Burner 2 gallons/hour
Burner 3 gallons/hour
5. Provide the maximum firing rate for each burner as specified by the
manufacturer:
Burner 1 ฆ gallons/hour
Burner 2 ___________________ gallons/hour
Burner 3 gallons/hour
6. Provide the heating value of the fuel and state whether No. 1 or No. 2
oil is used: ______________ Btu/gallon
_________________ Fuel type
7. Indicate whether any of the burners are used solely for standby:
Burner 1 yes no
Burner 2 yes no
Burner 3 yes ______ no
8. Provide the average sulfur content of-the fuel as percent by weight:
Percent sulfur
COMMENTS:
C-7
-------
STATIONARY COMBUSTION - DESCRIPTION
6
FUEL TYPE - RESIDUAL OIL
LOCATION I.D. FACILITY I.D. EMISSION POINT I.D.
UNIT I.D.
1. Specify burner type from Che following list: If more than one burner
is used for this fuel, identify each.
51 - Pressure atomized burners 54 - Rotary cup burners
52 - Steam atomized burners 55 - Sonic atomizer
53 - Air atomized burners 59 - Other oil atomization types
Burner 1 Indicate applicable code number from
Burner 2 list and follow this burner sequence
Burner 3 _______ throughout the questionnaire
2. Average number of hours per day and days per year that the burner(s)
are operated (list separately for each burner):
Burner 1 hours/day days/year
Burner 2 ______ hours/day days/year
Burner 3 ______ hours/day days/year
3. Provide yearly fuel consumption rate (for each burner).
Burner 1 gallons/year
Burner 2 _________________ gallons/year
Burner 3 __________________ gallons/year
4. Provide the firing rate at which each burner was operated when an
accepted stack test vas performed. If no stack test was conducted,
provide the maximum firing rate at which each burner has or will be
operated:
Burner 1 ___________________ gallons/hour
Burner 2 gallons/hour
Burner 3 gallons/hour
5. Provide the maximum firing rate for each burner as specified by
the manufacturer:
Burner 1 gallons/hour
Burner 2 gallons/hour
Burner 3 __________________ gallons/hour
6. Provide the heating value of the fuel and state whether No. 4, No. 5,
or No. 6 oil is used: Btu/gallon.
Fuel type
_7. Indicate whether any of the burners are used solely for standby: .
Burner 1 ___^_ yes no
Burner 2 yes no
Burner 3 ______ yes no
_8. Provide the average sulfur content of the fuel as percent by weight:
Percent sulfur
COMMENTS:
C-8
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STATIONARY COMBUSTION - DESCRIPTION
FUEL TYPE - NATURAL GAS
7
LOCATION I.D. FACILITY I.D. EMISSION POINT I.D.
UNIT I.D.
____ 1. Specify burner type from the following list: If more than one
burner is used for this fuel, Identify each.
60 - Atmospheric gas burner
61 - Natural draft power gas burner
62 - Forced draft power gas burner
69 - Other natural gas types
Burner 1 Indicate applicable code number from
Burner 2 ______ list and follow this burner sequence
Burner 3 ______ throughout the questionnaire
2. Average number of hours per day and days per year that the burner(s)
are operated (list separately for each burner):
Burner 1 _____ hours/day _____ days/year
Burner 2 _______ hours/day ______ days/year
Burner 3 ______ hours/day ______ days/year
3. Provide yearly fuel consumption rate (for each burner).
Burner 1 cubic feet/year
Burner 2 _________________ cubic feet/year
Burner 3 _______________ cubic feet/year
4. Provide the firing rate at which each burner was operated when an
accepted stack test was performed. If no stack test was conducted,
provide the maximum firing rate at which each burner has or will be
operated:
Burner 1 cubic feet/hour
Burner 2 cubic feet/hour
Burner 3 cubic feet/hour
___ 5. Provide the max!miim firing rate for each burner as specified by
the manufacturer:
Burner 1 cubic, feet/hour
Burner 2 _______________ cubic feet/hour
Burner 3 cubic feet/hour
6. Provide the heating value of the fuel: ^____ Btu/cubic foot
____ 7. Indicate whether any of the burners are used solely for standby:
Burner 1 ______ yes no
Burner 2 yes no
Burner 3 ______ yes ______ no
COMMENTS:
C-9
-------
STATIONARY COMBUSTION - DESCRIPTION 8
FUEL TYPE - OTHER
LOCATION I.D. FACILITY I.D. EMISSION POINT I.D.
UNIT I.D.
1. . Specify Che type of fuel burned if ocher than residual or distillate
oil, coal, or natural gas, If more Chan one type of "other" fuel
is burned, complete a separate description questionnaire for each
type. Please xerox this questionnaire if insufficient number have
been enclosed.
Fuel type
2. Describe the type(s) of burner utilized for this fuel:
Burner 1
Burner 2
Burner 3
Note: Follow this burner sequence throughout the questionnaire.
3. Average number of hours per day and days per year that the burner(s)
are operated (list separately for each burner):
Burner 1 hours/day days/year
Burner 2 hours/day days/year
Burner 3 hours/day days/year
4. Provide the yearly fuel consumption rate (for each burner) as follows:
pounds/year for solid fuel, gallons/year for liquid fuel, and cubic
feet per year for gaseous fuel:
Burner 1 ___________________ (specify units)
Burner 2 (specify units)
Burner 3 (specify units)
___ 5. Provide the firing rate at which each burner was operated when an
accepted stack test was performed. If no stack test was conducted,
provide the maximum firing rate at which each burner has or will be
operated: units are pounds/hour for solid fuel, gallons/hour for
liquid fuel, and cubic feet per hour for gaseous fuel.
Burner 1 (specify units)
Burner 2 (specify units)
Burner 3 (specify units)
6. Provide the maximum firing rate for each burner as specified by the
manufacturer: use the same units as requested in Item 5.
Burner 1 (specify units)
Burner 2 (specify units)
Burner 3 (specify units)
7. Provide the heating value of the fuel in Btu per pound, gallon, or
cubic foot: (specify units)
8. Indicate whether any of the burners are used solely for standby:
Burner 1 yes ______ no
Burner 2 yes no
Burner 3 yes no
9. Provide the average sulfur and ash content of the fuel as percent by
weight:
Percent sulfur Percent ash
COMMENTS:
C-10
-------
9
STATIONARY COMBUSTION - AIR POLLUTION CONTROL EQUIPMENT
LOCATION I.D. FACILITY I.D. EMISSION POINT I.D.
NOTE: If more Chan one concroi device Is associated with this emission point,
a separate control equipment questionnaire oust be provided for each.
1. Specify control equipment type from following list:
002 - Cyclone 006 - Other type scrubber
003 - Settling chamber 007 - Filters (baghouse)
004 - Electrostatic precipitator 009 - Other
005 - Venturi scrubber 999 - None
Control equipment type ___________________________
_ 2. Indicate the pollutant controlled.
Particulate ______
Sulfur oxides _^___
_ 3. Provide the manufacturers rated design efficiency in percent:
Particulate
Sulfur oxides
_ 4. Specify the actual overall removal efficiency of the control
equipment in percent:
Particulate
Sulfur oxides
_ 5. Indicate how the specified actual efficiency was determined.
COMMENTS:'
C-ll
-------
10
INDUSTRIAL PROCESS - STACK PARAMETERS
LOCATION I.D. FACILITY I.D. EMISSION POINT I.D.
1. Height of the stack measured from ground level at base of stack
to top of stack feet.
2. Inside diameter at the top of the stack (to Che nearest inch)
inches. For stacks of square or rectangular cross-
section, specify Inside length and vidch at top of stack Co
che nearest inch inches (length) inches
(width).
3. Stack gas exit temperature degrees Fahrenheit.
4. Scack gas exit flow rate in standard dry cubic feeC per minuCe
(standard conditions - 70ฐf and 29.92 inches mercury). If more
than one process vents to the stack, the stack gas exit flow
rate is the combined flow race of all processes
standard dry cubic feet per minute.
COMMENTS:
C-12
-------
11
INDUSTRIAL PROCESS - DESCRIPTION
LOCATION I.D. FACILITY I.D. EMISSION POINT I.D.
NOTE: If several Identical processes vent to the stack, the following
information must reflect the sum of all processes. If several
processes vent to the stack that are not identical, a separate
description questionnaire must be provided for each process.
Number of Identical Units Number of Dissimilar Units _
1. Provide process production or input rate as specified in the
following:
2.
Provide the following in-process fuel information:
a. Types of fuel used
type 1
type 2
type 3
b.
Average hourly fuel feed rate for process and associated
control equipment
type 1
type 2
type 3
rate must be specifi-
ed in gallons, cubic
feet, or pounds per
hour
c. Percent sulfur and ash content of fuel by weight
type 1
type 2
type 3
Z sulfur
Z sulfur
Z sulfur
Z ash
Z ash
Z ash
d.
Btu content of fuel
type 1
type 2
type 3
heat content must be
specified in Btu/
gallon, Btu/cubic
foot, or Btu/pound
Average number, of hours per day and days per year process is in
operation: If more than one process vents to this stack and each
has a different operating schedule, provide specific operation
information in the "commencs" section.
hours/day
days/year
4.
If the emission rate potential and actual emissions for this
process are not based on the production or input rate specified
in item 1, provide detailed calculations on a separate sheet
of paper that show how these rates were determined.
COMMENTS:
C-13
-------
12
INDUSTRIAL PROCESS - AIR POLLUTION CONTROL EQUIPMENT
LOCATION I.D. ฆ FACILITY I.D. EMISSION POINT I.D.
MOTE: If more Chan one control device 13 associated with this emission
point, a separate control equipment questionnaire must be provided
for each.
1. Describe type of air pollution control device for:
a. Particulate removal
b. Sulfur oxides removal
2. Identify all processes that vent to this control device:
3. Provide the actual operating removal efficiency of the control
device:
a. Percent particulate removal
b. Percent sulfur oxides removal
COMMENTS:
C-14
-------
13
INCINERATOR - STACK PARAMETERS
LOCATION I.D. FACILITY I.D. EMISSION POINT I.D.
1. Height of Che stack measured from ground Level at base of
stack to top of stack _____ feet.
2. Inside diameter at the top of the stack (to the nearest
inch) inches. For stacks of square or rectangular
cross-section, specify Inside length and width at Che top of
the scack co Che nearest inch inches (length) _____
inches (width).
3. Stack gas exit temperature degrees Fahrenheit.
4. Stack gas exit flow rate in standard dry cubic feet per minute
(standard conditions - 70ฐF and 29.92 inches mercury). If
more than one furnace vents through the stack, Che stack
gas exit flow rate is the combined flow rate of all furnaces
______ standard dry cubic feet per minute.
COMMENTS:
C-15
-------
14
INCINERATOR - DESCRIPTION
LOCATION I.D. FACILITY I.D. EMISSION I.D.
UNIT I.D.
____ 1. From the attached refuse classification list, indicate the
number corresponding to the primary (and secondary, if any)
type of refuse being incinerated:
Primary type Secondary type
2. Provide average charge rate(s) of refuse to incinerator during
normal operation:
Primary refuse charge rate pounds/hour
Secondary refuse charge rate pounds/hour
3. Provide the following auxiliary and control equipment fuel
information:
a. Specify each type of fuel used:
b. Provide the average hourly fuel feed rate for each type of
fuel used in gallons for liquid fuel and cubic feec for
gaseous fuel:
c. Specify percent sulfur and ash content by weight of each type
of fuel used:
d. Provide the heating value of each type of fuel used in Btu/
gallon for liquid fuel and Btu/cublc foot for gaseous fuel:
Specify manner in which refuse is fed to the combustion chamber -
flue, chute, direct, or other (describe "other").
Primary refuse feed method
Secondary refuse feed method
Average number of hours per day and days per year refuse is burned:
Primary refuse hours/day days/year
Secondary refuse hours/day ______ days/year
5.
COMMENTS:
C-16
-------
15
INCINERATOR - AIR POLLUTION CONTROL EQUIPMENT
LOCATION I.D. FACILITY I.D. EMISSION POINT I.D.
NOTE: If more Chan one control device Is associated with this
emission point, a separate control equipment questionnaire must be
provided for each.
1. Indicate type of control device used from following list:
after burner electrostatic precipitator
______ cyclone venturi scrubber
settling chamber other (describe under comments)
2. Identify all furnaces (units) that vent to this control device:
3. Provide the accual operating removal efficiency of the control
device and indicate how the efficiency was determined.
Percent particulate removal
How determined
COMMENTS:
C-17
-------
APPENDIX D
POINT SOURCE CONTROL EQUIPMENT DOWNTIME LOG FOR 1975
D-l
-------
POINT SOURCES WITH MORE THAN 25 HOURS OF CONTROL EQUIPMENT DOWNTIME
IN 1975
PLANT NAME
IDENTIFICATION NO.
UNIT . ,
1.
Amherst Foundry
140200-0082-00001
Cupola Scrubber
2.
Ashland Oil*
146400-0114-00007
Thermal Oxidizer
3.
Bethlehem Steel
140900-0160-00505
Lime Conv. Baghouse
4.
Bethlehem Steel
140900-0160-05005
BOF Baghouse
5.
Bethlehem Steel
140900-0160-05006
BOF Baghouse
6.
Buffalo Forge
140200-0236-00028
#28 Cupola Scrubber
7.
Electro Refractories
144800-0493-00023
Baghouse
8.
Allied Chem. Semet Solvay
146400-1280-000H6
Scrubber
9.
Dresser Industries
145201-1372-00037
Baghouse
10.
Exolon
141600-1392-DA445
Baghouse
11.
Bethlehem Steel*
140900-0160-0229C
Scrubber
12.
Allied Chem. Spec. Div.
140200-1609-32123
Scrubber
13.
Tech Garage
140200-1665-00001
Scrubber
14.
Niagara Mohawk*
146400-1700-00001
Precipitators
15.
Niagara Mohawk*
146400-1700-00002
Precipitators
16.
Squaw Island
140200-8056-00002
Scrubber
17.
Squaw Island
140200-8056-0001B
Scrubber
18.
Airco Alloys
291100-0005-00004
Elec. Arc furnace
19.
Airco Speer Carbon
291100-0337-00014
700 Catalytic Unit
20.
Airco Speer Carbon*
291100-0037-00012
900 Catalytic Unit
21.
Hooker Chemical
291100-0118-00001
Precipitator
^Particulate matter or
sulfur dioxide control
equipment
* Analyzed by ES during
comprehensive update
D-2
-------
APPENDIX E
SUMMARY OF POINT SOURCES ANALYZED FOR THE COMPREHENSIVE UPDATE
E-l
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY.
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE
COUNTY: Erie LOCATION CODE: 140200
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE^1)
FINAL
STATUS<2)
COMMENTS
l.Agway, Inc.
0553
00001 A
(00002 A)
Combustion
(Incinera-
tion)
...
B,F
Facility ceased operation
in 1974.
2.Anaconda Amer. Brass Co.
1381
00011 A,B,C
Combustion
80
B,D
3.Birge Co., Inc.
8296
00003 B
Combustion
00
B,F
4.Birge Co., Inc.
0169
00002 A,B
Combustion
00,00
B.F
5.Buff. Brd. Educ. Riverside H.S.
8256
00001 B,C,D
Combustion
00
B,F
6.Buff. Brd. Educ. School //6
8234
00001 B,C,D
Combustion
00
B,E
7.Buff. Mun. Housing-Talbert Mall
8076
00001 A,B,C,
D,E
Combustion
00
C,G
8.Buff. Board of Education
8246
00001 B.C.D,
E
Combustion
00
B,F
9.Buff. Board of Education
8250
00001 B,C,D
Combustion
o
o
B,E
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not reLurned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned*
-------
TABLE E-l. SUMMARY OF POINT.SOURCES ANALYZED. BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 140200
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE*1*
FINAL
STATUS<2)
COMMENTS
10.Buffalo Dye Plant
1609
20703 A
Combustion
00
A,D
11.Buffalo Dye Plant
1609
20707 B
Combustion
00
A,D
12.Buffalo Dye Plant
1609
20731 C
Combustion
00
A,D
13.Buffalo Evening News, Inc.
0230
00E77 B,C
Combustion
00
C.G
14.Buffalo General Hospital
8068
00001 A,B
Combustion
00,00
B,E
Incin.point ident.changed
-does not vent through
hoi 1 ซr
15.Buffalo S. Park Conservatory
8232
00001 A,B,C
Combustion
00
B,E
16.Buffalo State Hospital
8226
00001 A,B,C,
D,E,F
Combustion
00
B,E
17.Buffalo Hearing & Belting Co.
0222
00001 A
Combustion
00
B,F
18.Buffalo Wearing & Belting Co.
0222
00002 B
Combustion
00
B.F
19.Buffalo Wearing & Belting Co.
0222
00003 C
Combustion
00
B,F
This unit is no longer
in service.
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 140200
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE^1)
FINAL
STATUS
COMMENTS
20.Children's Hospital
1671
00001 A,B,C
Combustion
00
B,D
21.Commodore Perry Homes
8070
00001 B
Combustion
00
C,G
22.Commodore Perry Homes
8070
00002 A,C
Combustion
00
C,G
23.Dante Foods
0636
00001 A,B
Combustion
00,00
B,E
24.Deaconess Hospital
8086
00001 A,B,C
Combustion
00
B,E
Residual oil burners no
longer used.
25.Donner-Hanna Coke Corp.
0447
00028 A,B,C,
D,E
Combustion
A-80,00
B-80,00
C-80,00
D-00,00
E-80,00
B,F
26.Ellicott Sq.
8330
00001 A,B,C
Combustion
00
B,F
27.Erie County
8384
00001 A,B,C
Combustion
00
B,D
28.Fosdick-Masten High School
8038
00001 A,B,C
Combustion
90
B,E
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.>
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D)
COUNTY: Erie LOCATION CODE: 140200
IAJUM J. X -
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE^1)
FINAL
STATUS
COMMENTS
29.General Motors Corp.
0338
00030 A
Combustion
00
B,F
30.General Motors Corp.
0338
00031 B
Combustion
00
B.F
31.General Motors Corp.
0338
00032 C
Combustion
00
B,F
32.General Mills, Inc.
0619
00045 A,B
Combustion
00,00
B,D
33.Graphic Controls Corp.
0652
00001 A,B
Combustion
00
B,E
34.H & D Division
0725
00001 A,B
Combustion
00
B,D
35.Hewitt Robbins, Inc.
0722
00001 A,B,C
Combustion
00
A,D
Plant has not operated ,
si npp 1Q 1(\
36.Houdaille Hydraulics Division
0732
00013 A,B,C,
D
Combustion
00
A,D
37.J.L.D.W. Enterprises, Inc.
1673
00001 A,B,C
Combustion
00
C,G
38.Marine Dr. Apts., Inc.
8110
00001 A,B,C,
D
Combustion
00
B,E
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 19^5 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 140200
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE^1*
FINAL
STATUS
COMMENTS
39.Mercy Hospital
8114
00001 A,B,C
Combustion
00
B,D
Incin.point ident.changed
-does not vent through
or- Qf-art.
~0.Mobil Oil Corp.
0982
00003 A
Combustion
00,00
B,D
This is atmospheric fur-
nace-coded incorrectly
aa at-nlH nnary rnmhnstlntl
41.Mobil Oil Corp.
0982
00006 A,B,C
Combustion
00,00
B,D
42.NFTM Cold Spring Shop
8277
00001 A,B,C
Combustion
00
B,E
43.Nabisco, Inc.
1009
00001 A,B,C
Combustion
00
B,E
44.Niagara Mach. & Tool Works
1038
00001 A
Combustion
00
C,G
45.Niagara Mach. & Tool Works
1038
00002 B
Combustion
00
C,G
46.Pratt & Lambert, Inc.
1143
00001 A,B,D
Combustion
00
B,E
47.Roswell Pk. Mem. Inst.
8129
00001 A
Combustion
00
C,G
48.Buffalo Bd. Ed. School 23
8017
00001 A, B
Combustion
80
B,E
49.Buffalo Bd. Ed. School 28
8041
00001 A, B
Combustion
80
B,E
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question*-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 140200
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE^1)
FINAL
STATUS
COMMENTS
50.Buffalo Bd. Ed. School 29
8030
00001 A,B
Combustion
80
B,E
51.Buffalo Bd. Ed. School 48
8020
00001 A,B
Combustion
80
B,E
52.Buffalo Bd. Ed. School 52
8035
00001 A,B
Combustion
80
B,E
53.Buffalo Bd. Ed. School 65
8023
00001 A,B
Combustion
90
B,E
54.Buffalo Bd. Ed. School 70
8024
00001 A,B
Combustion
80
B,E
55.Buffalo Bd. Ed. School 61
8021
00001 A,B
Combustion
80
B,E
56.Sealtest Foods Division
1273
00001 A
Combustion
B,F
Facility ceased operation
in 1974.
57.Sisters of Charity Hospital
8140
00001 A,B,C
Combustion
00
B,E
Incin.point ident. changed
-does not vent through
hn-Mpi- al-nr-lr.
58.St. Mary's School for Deaf
8334
00001 A,B,C
Combustion
00
B,D
59.Statler Hilton
8216
00001 A,B,C
Combustion
00
C,G
60.SUNY at Buffalo
8008
00001 B,C,D
Combustion
80
B,D
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D. ~>
COUNTY: Erie LOCATION CODE: 140900
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE^1)
FINAL
STATUS
COMMENTS
61.Trico Products Corp.
1451
00042 A,B
Combustion
00
A,D
62.Trico Products Corp.
1618
00010 A,B
Combustion
00
A,D
63.Watts Properties
0551
00019 B
Combustion
00
A,D
64.Watts Properties
0551
00020 C
Combustion
00
A,D
65.YWCA Residence
8361
00001 A
Combustion
00
B,F
66.Donner-Hanna Coke Corp.
0447
0ABCH
3-03-003-02
04
A,G
A.IR 1001 generated.
67.Donner-Hanna Coke Corp.
0447
0ABPU
3-03-003-03
04
A,G
AIR 1001 generated.
68.Donner-Hanna Coke Corp.
0447
003PU
3-03-003-03
04
A,G
AIR 1001 generated.
69.Donner-Hanna Coke Corp.
0447
004PU
3-03-003-03
04
A,G
AIR 1001 generated.
70.Donner-Hanna Coke Corp.
0447
003QU
3-03-003-04
04
A,G
AIR 1001 generated.
71.Donner-Hanna Coke Corp.
0447
0ABQU
3-03-003-04
04
A,G
AIR 1001 generated.
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated,
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 140200
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE^1)
FINAL
STATUS
COMMENTS
72.H & D Division
0725
0000A
3-07-004-99
None
A,D
73.1nd. Chemical Division
0748
00005
3-01-023-06
None
B,D
74.1nd. Chemical Division
0748
00006
3-01-023-06
None
B,E
75.1nd. Chemical Division
0748
00007
3-01-023-06
None
B,D
76.Mobil Oil Corp.
0982
00011
3-06-003-01
None
A,D
77.Republic Steel Corp.
1201
00023
3-03-009-03
02
A,D
78.Shenango, Inc.
1293
0003A
3-03-008-08
None
C,G
79.Shenango, Inc.
1293
3AOOO
3-03-008-08
None
C,D
80.Worthington-Cei, Inc.
0375
02425
3-04-003-01
01
A,D
81.Crosby Co.
0397
00002 A,B
Combustion
90
A,F
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 140200
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE^
FINAL
STATUS
COMMENTS
32.Republic Steel Corp.
1201
00025
Combustion
B,E
This is flare-incorrectly
coded as stat.combustion-
omft-.Q Tprs Fnfln 75 rpy.
83.Republic Steel Corp.
1201
00027
Combustion
00
B,F
Boiler taken out of ser-
vice In I976t
84.Emergency Hospital
8092
00001 A
Combustion
60
C,G
Incin.unit A also appears
to vent thru thi? stpqk.
85.Erie Co. Compr. Health Center
8353
00001 A
Combustion
00,00
C, G
Modified boilers not yet
in service-no data avail-
able on 1975 operation.
86.Erie Co. Compr. Health Center
8353
00002 B
Combustion
00,00
C,G
II
87.Erie Co. Compr. Health Center
8353
00003 C
Combustion
00,00
C,G
II
88.Donner-Hanna Coke Corp.
0447
003WH
Combustion
00
BJS
Waste heat stacks for
coke batteries incor-
89.Donner-Hanna Coke Corp.
0447
004WH
Combustion
00
BJ3
rectly coded as station-
ary combustion.
90.Donner-Hanna Coke Corp.
0447
0ABWH
Combustion
00
B,E
II II
91.Republic Steel Corp.
1201
00029 '
3-03-008-99
01
AปF
92.Republic Steel Corp.
1201
00030
3-03-008-99
01
A.F
(1)
(2)
Two IPP codes indicates two fuel types used.
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated1
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 140900
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE*1'
FINAL
STATUS*2'
COMMENTS
L.Bethlehem Steel Corp.
0160
51101 A
Combustion
00,00
B,E
These are hot strip mill
slab furnaces that are
Z.Bethlehem Steel Corp.
0160
51102 A
Combustion
00,00
B,E
incorrectly coaea as
stationary combustion.
3.Bethlehem Steel Corp.
0160
51103 A
Combustion
00,00
B,E
it ii
4.Bethlehem Steel Corp.
0160
51104 A
Combustion
00,00
B,E
ii ii
5.Bethlehem Steel Corp.
0160
51105 A
Combustion
00,00
B,E
it ii
6.Bethlehem Steel Corp.
0160
63102 A
Combustion
00,00
B,E
These are bar mill re-
heat furnaces that are
7.Bethlehem Steel Corp.
0160
63103 A
Combustion
00,00
B,E
stationary combustion.
8.Bethlehem Steel Corp.
0160
0138Q
3-03-003-04
04
A,D
9.Bethlehem Steel Corp.
0160
0172Q
3-03-003-04
04
A,D
10.Bethlehem Steel Corp.
0160
0214Q
3-03-003-04
04
A,D
Two IPP codes Indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data Indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 140900
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE^1'
FINAL
STATUS
COMMENTS
11.Bethlehem Steel Corp.
0160
0229B
3-03-008-03
03
A,G
12.Bethlehem Steel Corp.
0160
0229C
3-03-008-03
03
A,G
13.Bethlehem Steel Corp.
0160
34101
3-03-009-01
06
A>F
14.Bethlehem Steel Corp.
0160
13800
3-03-003-02
04
A^
AIR 1001 generated.
15.Bethlehem Steel Corp.
0160
14000
3-03-003-02
04
A,F
AIR 1001 generated.
16.Bethlehem Steel Corp.
0160
14100
3-03-003-02
04
A.F
AIR 1001 generated.
17.Bethlehem Steel Corp.
0160
21100
3-03-003-02
04
AJ
AIR 1001 generated.
18.Bethlehem Steel Corp.
0160
21400
3-03-003-02
04
A,F
AIR 1001 generated.
19.Bethlehem Steel Corp.
0160
21500
3-03-003-02
04
B, F
AIR 1001 generated.
20.Bethlehem Steel Corp.
0160
14403
3-03-003-04
04
B,E
AIR 1001 generated.
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated ;
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 140900
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE*1'
FINAL
STATUSW
COMMENTS
21.Bethlehem Steel Corp.
0160
229A1
3-03-008-03
03
A, G
22.Bethlehem Steel Corp.
0160
229A2
3-03-008-03
03
A, G
23.Bethlehem Steel Corp.
0160
34102
3-03-009-01
06
A, F
24.Bethlehem Steel Corp.
0160
13801
3-03-003-03
04
A, F
AIR 1001 generated.
25.Bethlehem Steel Corp.
0160
14001
3-03-003-03
04
A, F
AIR 1001 generated.
26.Bethlehem Steel Corp.
0160
14101
3-03-003-03
04
A, F
AIR 1001 generated.
27.Bethlehem Steel Corp.
0160
21101
3-03-003-02
04
A, F
AIR 1001 generated.
28.Bethlehem Steel Corp.
0160
21401
3-03-003-0:
04
A, F
AIR 1001 generated.
29.Bethlehem Steel Corp.
0160
21501
3-03-003-03
04
A, F
AIR 1001 generated.
30.Clarence A. Hackett, Inc.
1638
00001
3-05-999-99
02
B,E
Two IPP codes Indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 140900
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE^
FINAL
STATUS
COMMENTS
31.Lackawanna Municipal, Inc.
8364
00001
[ncineratior
01
B,D
32.Bethlehem Steel Corp.
0160
000L4
3-05-016-04
None
A,D
33.Bethlehem Steel Corp.
0160
000L5
3-05-016-04
None
A,D
34.Bethlehem Steel Corp.
0160
000L6
3-05-016-04
None
A,D
35.Bethlehem Steel Corp.
0160
DESUL
amission point aeietea because it was never-
constructed. The desulfurization processes in
j use have other emission noint nurahers. 1
36.Bethlehem Steel Corp.
0160
05001
3-03-009-03
02
A,D
37.Bethlehem Steel Corp.
0160
13802 A
Combustion
00
B ,D
These are waste heat
stacks for coke batter-
38.Bethlehem Steel Corp.
0160
14002 A
Combustion
00
B ,D
ies that are incorrect-
ly coded as stationary
39.Bethlehem Steel Corp.
0160
14102 A
Combustion
00
B ,D
combustion.
40.Bethlehem Steel Corp.
0160
21002 A
Combustion
00
B ,D
\
'
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 140900
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE*1)
FINAL
STATUS*2'
COMMENTS
41.Bethlehem Steel Corp.
0160
21402 A
Combustion
00
B ,D
These are waste heat
stacks for coke batter-
42.Bethlehem Steel Corp.
0160
21502 A
Combustion
00
B ปD
ies that are incorrect-
ly coded as stationary
43. Bethlehem Steel Corp.
0160
22901
3-03-008-03
03
B,D
44.Bethlehem Steel Corp.
0160
23100
3-03-008-01
01
B ,D
45.Bethlehem Steel Corp.
0160
23600
3-03-008-01
01
B ,D
46.Bethlehem Steel Corp.
0160
24100
3-03-008-01
01
b,d
47.Bethlehem Steel Corp.
0160
24600
3-03-008-01
01
B ,D
48.Bethlehem Steel Corp.
0160
25100
3-03-008-01
01
B ,D
49.Bethlehem Steel Corp.
0160
25600
3-03-008-01
01
B ,D
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and uDdated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data Indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 141600
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE^1*
FINAL
STATUS^2'
COMMENTS
1.Bituminous Prod. Pit. T.
1627
0000B
3-05-002-99
None
A,E
2.Bituminous Prod. Pit. T.
1627
0000C
3-05-002-99
None
b,e
3.Exolon Co.
1392
DA-K8
3-04-001-99
None
b,f
This unit was not in
operation until 1976.
^ Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data Indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 142089
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE*1*
FINAL
STATUS
COMMENTS
I.Erie Co. Correct. Fac.
8383
00001 A,B
Combustion
00
B,D
2.Erie Co. Home & Infirm.
8264
00001 A
Combustion
00,00
B,D
3.Erie Co. Home & Infirm.
8264
00002 B
Combustion
00,00
B,D
4.Erie Co. Home & Infirm.
8264
00003 C
Combustion
00,00
B,D
5.Erie Co. Home & Infirm.
8264
00004 D
Combustion
00,00
B,D
Two IPP codes Indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC ln-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 142200
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE^1)
FINAL
STATUS
COMMENTS
I.Erie Comm. College N.
8263
00001 A,B,C
Combustion
00
B,E
2.Erie Com. College N.
8263
00002 A,B,C
Combustion
00
B,E
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed an<| updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: rhp LOCATION CODE: 143000
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE*1)
FINAL
STATUS
COMMENTS
1.American Airlines
8222
00001 N,S
Combustion
00
B,E
2.American Optical Corp.
0075
00001 A,B,C
00001 D
Combustion
[ncineratioi
00
03
B,E
3.Calspan Corp.
1716
00001 A,B,C
Combustion
00
A,E
4.F. N. Burt
0535
00050 A
Combustion
00
B,E
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data Indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 143001
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE*1)
FINAL
STATUS
COMMENTS
1.Darling & Co.
0421
00001 A
Combustion
00,00
B,E
2.Darling & Co.
0421
00003 B
Combustion
00,00
B,E
(1)
(2)
Two IPP codes indicates two fuel types used.
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated,
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
COUNTY: Erie
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
LOCATION CODE: 143QปQ
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE^1*
FINAL
STATUS
COMMENTS
1.Bituminous Prod. Pit. C
0264
0000G
3-05-002-02
None
B,D
(1)
(2)
Two IPP codes indicates two fuel types used.
A.
B.
C.
Normal year completely analyzed and updated
utilizing DEC in-house data.
Normal year completely analyzed and updated
utilizing returned questionnaires.
Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D.
E.
G.
DEC in-house data indicated normal year
representative of calendar year 1975.
Returned questionnaire Indicated normal year
representative of calendar year 1975.
Calendar year 1975 updates made from returned
questionnaire.
Calendar year 1975 not updated because question-
naire not returned.
-------
TARLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 143200
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE^1'
FINAL
STATUS<2)
COMMENTS
1.National Gypsum Co.
1017
00065 A
Combustion
40,00
B,F
2.Buffalo Plant
(Houdaille Constr. Material
Inc. )
1743
0B-2-
3-05-002-01
3-90-005-01
3-90-006-01
03
C,G
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 143601
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE*1)
FINAL
STATUS
COMMENTS
l.NYS Dept. of Mental Hygiene
8266
)0001 A,B,C,
D
Combustion
80
B,D
Two IPP codes Indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie I.OCATION CODE: 144800
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
C0DE(1>
}
FINAL ^
STATUS
COMMENTS
1.Frontier Central Sch.
8292
00002 A,B,C,
D
Combustion
00
B,F
2.Electro Div.
0493
00007
3-07-020-9S
None
B,D
Two IPP codes indicates two fuel types used.
^ A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
quest ionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UfDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 144801
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
C0DE(1>
FINAL
STATUS
COMMENTS
l.Ford Motor Co.
0573
00015 C
Combustion
00
B,F
2.Ford Motor Co.
0573
00016 B
Combustion
00
B,F
3.Ford Motor Co.
0573
00017 A
Combustion
00
B,F
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 145201
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IP?
CODE^1'
FINAL
STATUS
COMMENTS
1.Areata Graphics Buffalo
0788
00063 A
Combustion
00
A,D
2.Areata Graphics Buffalo
0788
00064 A
Combustion
00
A,D
3.Dresser Industries, Inc.
1372
00001 A,B
Combustion
00
B,F
Two IPP codes Indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires. |
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 145601
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE^1*
FINAL
STATUS
COMMENTS
1.Akron Cent. Sch. Dist.
8370
00001 A,B,D
E
Combustion
00
B,E
2.Georgia Pacific Corp.
0159
00010 A
Combustion
B,F
Sliaifsi4ฃ*im8tฃd
lfls hep.n dismantled.
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires. -
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-*
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 146A00
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE^1)
FINAL
STATUS
COMMENTS
1.Ashland Petroleum Co.
0114
00001 A,B
Combustion
00,00
B,D
2.Ashland Petroleum Co.
0114
00003 A
Combustion
00,00
A,D
S.Ashland Petroleum Co.
0114
00004 A
Combustion
00,00
A,D
4.Ashland Petroleum Co.
0114
00008 A
Combustion
00,00
A,D
5.Ashland Petroleum Co.
0114
00014 A,B
Combustion
00,00
A,D
6.Ashland Petroleum Co.
0114
00015 A
Combustion
00,00
A,D
7.Ashland Petroleum Co.
0114
00016 A
Combustion
00,00
A,D
8.Ashland Petroleum Co.
0114
00017 A
Combustion
00,00
A,D
9.Ashland Petroleum Co. "
0114
00019 A
Combustion
00,00
A,D
10.Ashland Petroleum Co.
0114
00020 A'
Combustion
00,00
A,D
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data Indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 146400
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE^1'
FINAL
STATUS<2)
COMMENTS
11.Ashland Petroleum Co.
0114
634B1 A
Combustion
00
B,D
12.Ashland Petroleum Co.
0114
634B2 A
Combustion
00
A,D
13.Ashland Petroleum Co.
0114
634B3 A
Combustion
00
B,D
14.Ashland Petroleum Co.
0114
636B1 A
Combustion
00
A,D
15.Ashland Petroleum Co.
0114
636B2 A
Combustion
00
A,D
16.Ashland Petroleum Co.
0114
636SG A,B
Combustion
00
A,D
17.C.R. Huntley Steam Sta.
1700
00001 A,B,C
D
Combustion
10
B,F
18.C.R. Huntley Steam Sta.
1700
00002 E,F
Combustion
10
B,F
19.DMB Real Estate, Inc.
8381
00001 A,B
Combustion
00
B,E
20.Dunlop Tire & Rubber Corp.
0456
00001 A, B
Combustion
00,00
B,E
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Rrle LOCATION CODE: 146400
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE*1)
FINAL
status'2'
COMMENTS
21.Dunlop Tire & Rubber Corp.
0456
00002 A,B
Combustion
00
A,D
22.Dunlop Tire & Rubber Corp.
0456
00003 A,B
Combustion
00,00
B,E
23.E. I. Dupont De Nemours Co.
0563
00006 F,G
Combustion
00
B,F
24.FMC Corp. Indust. Chem. Div.
0754
00001 A,B,C
Combustion
00
B,D
25.J. H. Williams
0783
00061 A,B,C
Combustion
00
B,F
26.Kenmore-Town of Tonawanda UF
8309
00001 A,B
Combustion
00
B,E
27.Ken-Ton PS-UN-Free Sch. Dist.
8223
00001 A,B
Combustion
00
B,E
28.0-Cel-0
1062
OOOOE R,S,T
V
Combustion
00
A,F
29.Ashland Petroleum Co.
0114
00022
3-06-002-01
3-90-004-99
3-90-006-99
01
B,D
Two IPP codes Indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires. I
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
ques t ionnai re.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 146400
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE*1'
FINAL
STATUS*2'
COMMENTS
30.Semet Solvay Div. (All. Chem.)
1280
00005
3-03-003-02
04
A,E
AIR 1001 generated.
31.Semet Solvay Div. (All. Chem.)
1280
002PU
3-03-003-03
04
A,E
AIR 1001 generated.
32.Ashland Petroleum Co.
0114
00007
3-06-999-99
03
B,F
33.Ashland Petroleum Co.
0114
00012 A
Combustion
00
B,D
34.Ashland Petroleum Co.
0114
00013 A
Combustion
00
B,D
35.Ashland Petroleum Co.
0114
00021 A
Combustion
00
B,D
36.Ashland Petroleum Co.
0114
00023
3-06-999-99
08
A,F
37.Allied Chem. Corp.
1280
00006
3-01-999-99
04
A,E
AIR 1001 generated.
38.FMC Corp-Ind. Chem. Div.
0754
00037 A
Incineratioi
i 05
B,D
Incinerator incorrectly
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data Indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: 146401
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE*1)
FINAL
STATUS
COMMENTS
l.Kenmore-Town of Tonawanda UF
8314
00001 A,B
Combustion
00
B,F
2.Kenmore-Town of Tonawanda UF
8315
00001 A,B
Combustion
00
B,F
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated ,
utilizing returned questionnaires. !
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Erie LOCATION CODE: lAfiARQ
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE*1*
FINAL
STATUS*2'
COMMENTS
1. Chevrolet-Tonawanda
0337
0PH33 A
Combustion
60
B,F
2.Chevrolet-Tonawanda
0337
0PH34 B
Combustion
60
BปF
3.Chevrolet-Tonawanda
0337
0PH35 C
Combustion
60
BปF
4.Chevrolet-Tonawanda
0337
0PH36 D
Combustion
60
B,F
5.Chev. Tonawanda Plant
1656
00C1A
J-04-003-01
None
B,D
6.Chev. Tonawanda Plant
1656
00C2B
5-04-003-01
None
B,D
7.Chev. Tonawanda Plant
1656
00C3C
J-04-003-01
None
B,D
8.Chev. Tonawanda Plant
1656
00C4D
J-04-003-01
None
B,D
9.Tonawanda-Town Of
8376
00001 A
incineratior
01
A,F
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data Indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
quest ionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Niagara LOCATION CODE: 290900
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE*1)
FINAL
STATUS*2'
COMMENTS
1.Upson Co.
0283
00002 A,B
Combustion
00,00
A,D
2.Diamond Wheel Bad. Carborundum
0024
00542 A,B
Combustion
60
A, D
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data Indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question^
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Niagara LOCATION CODE: 291100
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE*1*
FINAL
STATUS*2'
COMMENTS
1.Hooker Chem. Corp.
0118
A0101 A
Combustion
00
A,D
2.Hooker Chem. Corp.
0118
A0102 A,B,C
Combustion
00
A,D
3.Hooker Chem. & Plastics
0108
V2901 A,B
Combustion
10
A,D
4.Nabisco, Inc.
0178
00001 A,B
Combustion
00
A,E
5.Niagara Falls Mem. Med.Ctr.
8021
00001 A,B,C
Combustion
00,00
B,E
6.01in Corp.
0203
00021 A,B
Combustion
00
A,D
7.Prestolite Div. Eltra Corp.
0217
00001 A
Combustion
80
A,F
8.Prestolite Div. Eltra Corp.
0217
00002 B
Combustion
80
A,F
9.Airco Speer Carbon Graphite
0337
00012
3-01-005-99
None
A,F
10.Carbon Prod. Div.
0361
SS-08
3-01-005-03
None
A,F
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E1. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Niagara LOCATION CODE: 291100
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE*1)
FINAL
STATUS
COMMENTS
11.Carbon Prod. Div.
0361
SS-2A
3-01-005-03
None
B,F
12.Carbon Prod. Div.
0361
SS-4A
3-01-005-03
None
B,F
13.Frontier Bronze Corp.
0100
000E1
3-04-002-04
None
A,D
14.Goodyear Niagara Fls. Chem.
0331
54-42
3-01-018-01
None
A,D
15.Goodyear Niagara Fls. Chem.
0331
85182
3-01-026-99
None
A,D
16.Great Lakes Carbon Corp.
0343
00016
3-01-005-02
None
B,E
17.Linde Div.
0359
01201
3-03-999-99
None
A,E
18.Niagara Stone Div.
0196
00002
3-05-002-03
03
A,D
19.Pyron Co.
0220
00002
3-03-008-04
None
A,E
20.Airco Alloys Crush & Siz. PI.
0005
00003
3-04-003-0:
02
A,D
Two IPP codes Indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC ln-house data.
B. Normal year completely analyzed and updated,
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Niagara LOCATION CODE: 291100
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE*1'
FINAL
STATUS*2*
COMMENTS
21.Hooker Chem. Corp.
0118
W0120
3-01-999-99
None
B,D
22.Nitec Paper Corp.
0136
00001 A
Combustion
20
BปF
These units were in con-
struction in 1975 and
23.Nitec Paper Corp.
0136
00002 B
Combustion
20
B,F
have not yet begun to
~Derate.
24.Nitec Paper Corp.
0136
00003 C
Combustion
70
B,F
II
25.Araax Co.
0220
0003B
3-03-008-9S
00
A,E
26.Airco Speer Carbon Graphite
0337
00010
3-05-999-9S
99
A,D
27.Airco Speer Carbon Graphite
0337
00011
3-05-999-9S
99
A,D
28.Carbon Prod. Div. National Log
0361
SS-13
3-05-999-9S
None
A,D
Two IPP codes Indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Niagara LOCATION CODE: 291200
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE*1)
FINAL
STATUS*2'
COMMENTS
l.Durez. Div.
0117
00107 A
Combustion
00
B,F
2.Wurlitzer Co.
0284
00001 A,B
Combustion
00
BปF
3.Box & Mill Div.
0281
S1L01
3-07-008-99
None
A,E
4.Durez. Div.
0117
B3008
Encinerator
None
A,D
Boiler used as incinera-
tor incorrectly coaea as
Industrial process.
5.DeGraff Mem. Hospital
8039
00002 A,B,C
Combustion
00
A,D
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: LOCATION CODE: 292400
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE*1)
FINAL
STATUS*2'
COMMENTS
l.Mt.St. Marys Hosp. Niagara Fls.
8012
00001 A,B,C
Combustion
00
B,E
2.Stauffer Chem. Co.
0260
00054 E
Combustion
00
A,D
Two IPP codes Indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Niagara LOCATION CODE: 292600
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE*1)
FINAL
STATUS
COMMENTS
1. Harrison Radiator Div.
0330
0X813
J-04-001-02
None
A,D
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question**
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Niagara LOCATION CODE: 292800
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE^1)
FINAL
STATUS <-2>
COMMENTS
l.Noury Chem. Corp.
0043
00ES5
4-90-999-99
None
A,E
Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Niagara LOCATION CODE: 2
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Niagara LOCATION CODE: 293601
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE*1'
FINAL
STATUS<2'
COMMENTS
l.FMC Agri. Chem. Div.
0182
00238
3-01-033-99
None
A,D
^ Two IPP codes indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and updated
utilizing returned questionnaires.
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
TABLE E-l. SUMMARY OF POINT SOURCES ANALYZED BY
ENGINEERING-SCIENCE FOR THE COMPREHENSIVE UPDATE (CONT'D.)
COUNTY: Niagara LOCATION CODE: 294000
FACILITY NAME
FACILITY
NUMBER
EMISSION
POINT
SCC CODE
IPP
CODE*1*
FINAL
STATUS
COMMENTS
l.Bell Aerospace Co.
0021
00140 B
Combustion
00
A,E
2.Carborundum Coated Ab. Div.
0048
00601 A
Combustion
00
B,E
3.Carborundum Coated Ab. Div.
0048
00602 B
Combustion
00
B,E
Two IPP codes Indicates two fuel types used.
(2)
A. Normal year completely analyzed and updated
utilizing DEC in-house data.
B. Normal year completely analyzed and.updated
utilizing returned questionnaires, i
C. Normal year completely analyzed but only
partially updated or not updated because
questionnaire not returned.
D. DEC in-house data indicated normal year
representative of calendar year 1975.
E. Returned questionnaire indicated normal year
representative of calendar year 1975.
F. Calendar year 1975 updates made from returned
questionnaire.
G. Calendar year 1975 not updated because question-
naire not returned.
-------
APPENDIX F
FUEL SURVEY FORM AND COVER LETTERS
F-l
-------
FUEL SURVEY FORM
THIS DATA SHEET IS FOR * COUNTY, STATE OF CALENDAR YEAR
COMPANY NAME: NAME OF PERSON
ADDRESS: COMPLETING THIS FORM:
TELEPHONE NO. & EXT:
DATE:
(SEE REVERSE SIDE FOR INSTRUCTIONS AND DEFINITIONS.)
TYPE OF
FUEL SOLD
UNITS
TYPE OF CUSTOMER
RESIDENTIAL
COMMERCIAL
GOVERNMENTAL
INDUSTRIAL
FUELS FOR
MOTOR VEHICLES
ANTHRACITE COAL
tons
BITUMINOUS COAI,
tons
RESIDUAL OIL <74 - 5
Rals
RESIDUAL OIL 06
Rals
DISTILLATE OIL 01
Rals
DISTILLATE OIL #2
Rals
LIQUEFIED PETROLEUM
GAS (LFG)
Rals
OTHER
TYPE OF
FUEL SOLD
TYPE OF CUSTOMER
RESIDENTIAL
COMMERCIAL
GOVERNMENTAL
INDUSTRIAL
ENTER THE % ASH &
SULFUR CONTENT FOR:
7. ASH
X SULFUR
% ASH
% SULFUR
% ASH
7. SULFUR
% ASH
7. SULFUR
ANTHRACITE COAL
BITUMINOUS COAL
RESIDUAL OIL
P4-5
ftb
#4-5
#6
#4-5
If 6
04-5
06
DISTILLATE OIL
01
n
91
n
01
?2
ill
n
IMPORTANT: PLEASE INCI-UDE ONLY FUEL SOLD TO THE FINAL USER - NOT FUEL SOU) TO
OTHER FUEL DEALERS WHICH WOULD BE REPORTED AGAIN BY THAT DEALER
*Atl sales to any of the 5 Boroughs of NYC (Queens, Brooklyn, Manhattan, Richmond and Bronx) should be
reported as sales in NYC "County."
COMMENTS:
revised 9/24/70
-------
count; fust, use survey
Any informat ioti you provide for this survey vtill not be used contrary to state law
or Section 114 (c) of the Clean Air Amendments of 1970.
The data you provide will be evaluated and translated into emissions oi atmos-
pheric pollutants and added to the total emissions from all sources. Please provide
InEoraatlon for each county in which you sell fuel.
This fans should be returned within ten working days, if possible, to E. M. Monsell,
Sen York State Department of Eouixonajental Conservation, 50 Wolf Soad, Albany, Sow York
12233, using the stamped, addressed envelope provided with this form.
Your cooperation and expeditious completion of the survey forms will be appre-
ciated. If you require additional assistance, you My contact Bruce Neddo, Jack. Monsell
or Wallace Sonntag of the Sew York State Department of Environmental. Conservation in
Albany at (SIS) 457-2813.
INSTRUCTIONS
Please fill in the appropriate blanks on the reverse side with the total amount
of fuel of each type sold within the Indicated county to each type of customer during
the calendar year 1975. If you do not have the total fuel sold broken down Into the
categories listed, please use your best judgment and estimate (your estimate will be
more accurate Chan curs]. If you do not have the percent ash and percent sulfur data,
please call your supplier for this information.
DOORTANT". Please Include only the fuel sold to the final user - not fuel sold
to ocher fuel dealers which would be reported to us again by that dealer.
DEFINITIONS
All residential dwellings include single-family residence, apartment
complexes, condominiums, tovmhouses, mobile hones, etc.
Seta11 and wholesale establishments, including hospitals, business
services, and commercial places.
City, County, State, and federal facilities, including schools; post
offices; state buildings and institutions; and other government juris-
dictions, including villages and towns.
All manufacturing industries regardless of siie, Including mining
operations. Exclude utilities. Do .not resort fuel sold to utilities.
...... Distillate oil :>1 includes kerosene and diesel fuel +1. Pistillate oil
ฆr2 includes diesel fuel :f2 and home heating oil.
Residual Oil: Residual oil includes fuel oil grades i, 5, and 6.
Liquified LPG consists of higher carbon - aunber hydrocarbons, such as propane
Petroleum Gas: and butane.
Residential:
Commercial:
Governaental:
Industrial:
m >h 11 mi ฆ
F-3
-------
OIL, COAL, & LPG DEALERS
New York State Department of Environmental Conservation
SO Wolf Road, Albany, New York 12233
Peter A. A. Berle
Commissioner
October 19, 1976
Gentlemen:
The New York State Department of Environmental Conservation is engaged
in an information gathering process to develop an accurate and complete
emission Inventory for New York. The information obtained will be used to
generate a data base from which a thorough air pollution study can be per-
formed to determine present and future air quality levels of particulate
matter and sulfur oxides.
We ask that you provide the amounts of fuel you sold to "end users"
on the enclosed fuel survey form and return the form to E. M. Monsell,
Department of Environmental Conservation, in the enclosed, stamped, self-
addressed envelope. The "end user" Is the facility that burns the fuel.
If the form does not apply to you, indicate the reason under the "comments"
section before you mail the form. To avoid confusion, please pay careful
attention to the instructions and definitions given on the form.
This information is needed before other portions of the analysis can
proceed; therefore, we ask that you provide all possible assistance in
generating the information in a timely manner. If further verification on
the purpose or intent of the study is needed, please call me at (518) 457-
6575. Specific questions regarding completion of the fuel survey form
should be addressed to E. M. Monsell, Department of Environmental Conser-
vation, Division of Air Resources, 50 Wolf Road, Albany, N.Y. 12233,
telephone (518) 457-2613. Your assistance in this matter will be greatly
appreciated.
Very truly yours,
Wallace E. Sonntag, P.E.
Chief, Stationary Source Planning
Division of Air Resources
Enclosures
F-4
-------
New York State Department of Environmental Conservation
50 Wolf Road, Albany, New York 12233
Ogden Reid,
Commissioner
Gentlemen:
On October 19, this office nailed to you a fuel survey package consisting of
a letter of explanation and request, a blank survey form, and a postage-paid,
return-addressed, envelope. As of today, we have received neither a com-
pleted survey form nor any communication from you. In this letter, I would
like to point out the importance of the requested information and the
necessity for your cooperation.
The information we are seeking is an essential part of a planning effort to
attain and maintain air quality standards throughout Mew York State. Since
those standards relate to public health and well-being, your cooperation is
in the best interest of all the citizens of this State, including you.
Those who are concerned that the State might disclose individual fuel sales
may be sure that only county totals of the sales of all fuel dealers will be
used in the calculations. Further, only the pollutant emissions resulting
from those county totals, not fuel quantity, will be presented. To expedite
the processing of this data, you should send the fuel survey forms before
January 15, 1977, to the contractor assisting us at Engineering Science, Inc.
Air Quality Planning Section, 7903 West Park Drive, Mclean, Virginia 22101.
The State's authority for obtaining the information requested in the survey
is 6 NYCRR 225, which states in 225.7(c) that "no person shall fail to fur-
nish copies of such records to the Commissioner or his representative upon
request." Violation of Part 225 may be punishable by the maximum penalty
provided by the statute.
The fuel survey is being conducted jointly with the Federal government.
Their authority for requesting such information is Section 114 of the Clean
Air Act Amendments of 1970. The penalties for violation of Section 114 are
given in Section 113 of the Clean Air Act.
Another copy of the fuel survey form is enclosed for your response. I am
hopeful chat the citizens of New York State will have your cooperation.
Very truly yours,
Wallace E. Sonntag, P.E., Chief y
Stationary Source Planning Section
Bureau of Abatement Planning
Division of Air Resources
Enclosure
-------
APPENDIX G
SUBCOUNTY ALLOCATION OF RESIDENTIAL FUEL
G-l
-------
MJL-l USE UY SMUY AULA
THEU7E I ICAL RLSlllL'NT IAL EUEl CIIMSUMP T I UN IN NIAGARA CrJllf:TY
IOIAL CIIUNIY ANTMKACITC DIAL USE
K1TAL C JON T Y H 11 UM I NUltS CIIAL USt
TOTAL CUUfllY KESIIUJAI OIL USE
Till Al. UIUNIY L) ISI ILLAIF MIL (IS E
IOIAL COUNTY "NAIUKAL GAS" USH
IIJ1AL COUNTY MIUO USf-
10 TONS/YEAK
U.O 10 1UNS/YEAR
11.C) 1 i)K GAL/YLAk
31)Vj.14 1 OK GAL/YCAk
7K..62 10 MMCh/YE AK
1.91 100 TONS/YEAK
0
1
M
-------
ANNUAL ruCL USC (RESIOCNJIALI:
S1UIIY Ah E A
NUMIIFH
CHbLLING
uni rs
ANIH COAL bllU COAL UISI OIL PESIU Oil NAT CAS
10 TOMS 10 KINS 1 OK GAL 10K CAL 11) MML F
wccit
1IINS
0
1
u>
4720001
4 720002
4 7 20003
4 720004
4 720005
4 720006
4 720007
4 72000b
4720009
4720010
4720011
4720012
4720013
4720014
4720015
4720016
4720017
4 7200IB
4 720019
4 720020
4720021
2280.
1076.
446.
740.
117.
2862 .
1826.
1536.
122H.
1106.
1101.
309.
309.
526.
563.
1504.
191 .
169.
169.
1217.
875.
26.062
t). 568
3 .099
16.6 82
2.758
0.0
10.052
21.920
7.555
17.123
33.105
3. 165
2 .165
1 . 729
0.395
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
o.o
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
205.369
76.168
28.593
6 7.954
11 .208
235.799
145.785
120.387
82 .251
84.736
86.332
22 .169
22.169
3 7.3 95
77.533
67.153
8.552
7.486
7.486
47.798
3A.B20
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
o .o
0.0
0.0
0.0
0.0
0.0
0 .0
n.u
4.617
6.882
3 .608
0.485
0.080
14 .509
9. Jfl4
7.312
9.139
5.500
4.877
2.097
2.097
? . 797
5.757
16 .488
2.10 4
1 .835
1 .835
11.464
9.524
334.055
97.216
0.0
151.225
151.225
0 .u
21.604
43 .207
0.0
0.0
0.0
0 .0
i).i)
0 .0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
-------
ANNUAL FULL USfc (RESIIiCNT I All:
SFUOY ARfi A
NUMBER
DWELLING
UNITS
ant>< Coal imu coal
10 TUNS 10 TUNS
0
1
4>*
4720 022
4 720021
4720024
4 7 20025
4720026
4720027
4720028
4720029
4 720030
4720031
4720032
4720033
4 720034
4720035
472003b
4720037
4720038
4720039
4720040
4 72004 L
4720042
370.
45.
90.
2038.
206.
I 46.
2876.
944.
988 .
567 .
1406.
556.
U 39 .
63 .
257.
257.
320.
479.
4 79.
4 79.
824.
0.0
0.0
0.066
0.0
0.0
0.0
1^.544
S.221
6. 1 19
7.312
5.879
i .206
0.604
0.0
0.0
0.0
0.0
O. 505
1.006
0.043
U.828
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
o.o
0.0
0.0
0.0
0.0
0.0
o.o
0.0
o.o
0.0
0.0
D1ST OIL *fcSlf> (lIL NAT GAS MIDI)
1 OK GAL 1OK GAL 10 MMCF TONS
15.966 0.0
2.0V) 0.0
4.76H 0.0
91.259 0.0
9.109 U.O
6.535 0.0
lbO.524 0.0
67.660 0.0
54.496 0.0
50.503 O.d
5 5.2 06 0.0
38.994 0.0
46.598 0.0
3.989 0.0
15.582 0.0
15.582 0.0
19.571 0.0
2 4.4i7 0.0
7 3.5*9 0.0
2 3.3 79 0.0
3 8.7 81 0.0
3.097 0.0
0.519 O.J
0.944 0.0
22.418 0.0
2.2J3 0.0
1.605 0.0
2J.599 O.J
5.6/5 0.0
9.698 0.0
2.0^4 0.0
18.835 0.0
3.d26 0.0
7.946 0.0
0.54 3 J.O
2.108 0.0
2.108 0.0
2.651 0.0
4.6o2 0.0
4.75B 0.0
4.82j 0.0
7.817 0.0
-------
ANNUAL FUEL USE IKESIOCNTIALป:
SIUUY AREA
NUMOt-K
Own L I NO
UN I IS
AN1M COAL H11U CHAL UIST UIL HESIU OIL NAI OAS
10 ICNS 10 IONS 1JK GAL 10* CAI. 10 MHCF
H90U
IONS
0
1
ui
4720043
4720044
4 7 20045
472004b
4720047
4720048
4720049
4 720050
4 720051
4720052
4720053
4720054
4720055
4720056
4720057
4 72'J05b
4720059
4 720U60
4720061
4720064
4720065
63
824
555
746
746
14 1
329
746
746
2692
231
231
231
231
276
1117
637
231
107H
7 8')
15"<3
0.0
1 .103
1.348
1.575
1 .867
1.09b
0 .469
1.051
1.051
3.849
1.262
1.262
1.262
1 .262
O.908
I .851
1 .390
1 .262
1.517
1 .403
2.892
o.o
0.0
0.0
O.J
0.0
0.0
0.0
o.o
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
3 ,9ns
36.196
19.2 75
29.022
25.589
9.704
15.330
34.370
34.3 70
125.784
12.081
12.081
12.081
12.081
10.762
39.764
21.109
12.081
49.<31
2 3.307
4 8.02 5
0.0
0.0
u.o
0.0
o.o
0.0
0.0
0.0
o.o
0 .0
o.o
o.o
o.o
0.0
u.o
0.0
o.o
o.o
o .0
0.0
0.0
0 .541
0.222
6.792
8.812
9.422
4.748
3.518
7.872
7 .872
28.878
2 .414
2.414
2 .414
2.414
3.569
15.005
8 .034
2.414
11 . 3 66
11 . 103
22.911
0.0
0.0
0 .0
0.0
0.0
0.0
0.0
0.0
O .0
0.0
I) .0
0.0
O .0
O.J
0.0
0.0
O .0
0.0
O .0
o.o
0.0
-------
ANNUAL FUCL LSC IRCSIOfcNIIAL):
STUDY AREA
NUMUfcR
OWfclL im;
UNITS
AN1II COAL HMO COAL OIST OIL HTS1D OIL NAT CAS
10 TONS 10 TONS 1 OK GAL 10K UAL 10 MMCF
WOOD
IONS
0
1
ON
<~7200*6
4 720067
4 7 20068
47200 75
4720076
4 720077
4720078
4 720000
472016b
4 7 20166
4720167
4 7 201 6fl
4720169 .
47201 70
4720171
4 7 20172
4720173
4 7 2019?
4 7 201 S3
47201S5
4720306
1261
1J60.
3333.
748.
424.
323.
258.
796.
1091 .
1072.
1510.
2109.
2669.
709.
137.
1138.
839.
611.
614.
1220.
MS.
2.350
1.847
5.741
0.716
0.274
1 . 1R0
0.520
0.440
2.596
1 . 361
1.858
2.823
3.59b
0.995
0. 193
1 .642
1.199
U.622
0 . 745
1 . 720
0.665
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0 .0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0 .0
0.0
1.0
0.0
0.0
39.009
30.746
95.603
20.331
11.114
11.644
12.173
24.504
85.019
4 4.797
61 .24 7
92.615
1 17.852
32.546
6 .306
b 3 * o4 "3
39.178
20.776
2 4.b79
56.24V
?. I .84 J
0 .0
0.0
0.0
0.0
0.0
O.O
0.0
0.0
0.0
0.0
0.0
0 .0
0.0
0.0
0 .0
0.0
0.0
0 .0
0.0
0.0
0.0
IB.640
14.574
45.229
9.335
6.0)2
4 .098
2 .864
10.690
19.392
10.083
13. 707
21 .037
26.807
7.450
1 .444
12.334
8.994
4.474
5.486
\Z.U85
4 .9 i?
O .0
0.0
0.0
0.0
0.0
0.0
0.0
0 .0
0.0
0.0
0.0
0.0
0.0
0.0
O .0
0.0
0.0
0 .0
.>.1)
0.0
0.0
-------
ANNUAL FUEL LSE < RES II1CNI I Al):
STUDY AKEA CWELLING ANT M CUAL 0111J COAL DISI OIL ^ b b It) OIL NAT liAS WOOD
NUMBER UMITS 10 TONS 10 TUNS 1 OK GAL LOK UAL 10 M.4CF TONS
4720307 308. 0.426 0.0 13.947 0.0 3.185 0.0
4 720 308 179. 0.260 0.0 H.479 0.0 1.951 0.0
4 720309 336. 0.401 0.0 15.723 0.0 3.611 0.0
4720310 305. 0.311 0.0 10.374 0.0 2.2J4 0.0
4720311 511. 0.600 0.0 19.b41 0.0 4.402 0.0
4720312 612. 0.769 0.0 25.321 0.0 5.609 .0.0
4720313 179. 0.260 0.0 8.479 0.0 1.951 0.0
4720314 179. 0.760 0.0 0.479 0.0 1.951 O.i)
4720315 600. 0.863 0.0 28.196 0.0 6.479 0.0
RESIDENTIAL OATA UHOAlfc FILE MAS lit EN CKEAT CU/HEPL ACEO
-------
ruEL use uy sr iuy area
THEORETICAL RESIULIJT IAL FUIL LON SUMP 1 1 (IN IN fcKII- LllllMIY
TOTAL
COUNTY
ANT HKAC I TF COAL USC
9*.97
10 TUNS/YEAH
TOTAL
COUNTY
HI TUMIMOUS CUAL USE
U.O
10 TONS/YEAH
TOTAL
COUNTY
HFS I DUAL OIL *JSt
o
o
1 OK GAL/YEAH
HiTAL
COUNTY
DISTILLATE OIL USE
3250.48
1OK HAL/YEAH
IGTAL
COUN TY
*NATUKAL T,ASm USf
5397.06
10 MMCF/YEAR
TCTAl
COUNTY
fcGOO USfc
5.62
100 TUNS/YEAR
0
1
00
-------
ANNUAL FUEL USE ( R ES I DEN T I 4L I:
S1UDY AREA
NUMBEK
DWELL I NG
uni rs
AWH COAL HirU CUAL OISI OIL HES 10 Oil NAI GAS
13 TUrtS 10 IUNS 1JK GAL 1JK GAL 10 MMCF
uihio
IONS
0
1
vฃ>
2000061
2000062
2000063
2000064
2000069
2000070
2000071
20000 72
2000073
20000 74
20000 75
20000 76
2000077
2000078
2000079
2000081)
2000081
2000082
20000U3
2000084
200J085
86.
6eo.
1397.
7 80
170.
751.
890.
1069.
680.
2768.
978.
956.
266.
319.
1023.
30 74.
1761 .
1595.
1219.
1544.
374.
0.0
0.0
0. 153
0. 190
0.0
0.073
0.0
0.0
0.169
0.263
0. 137
0.088
0. 102
0.095
0.181
0.440
0.0
p. 700
0.121
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
o.o
o.o
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.1)
0.0
4.480
35. '.U4
59.3 70
21.908
6.871
27.470
48.431
57.357
4.515
77.175
25.700
24.1 84
12.433
1? .300
15.978
52 .950
26.735
52.708
1 7.057
2 o 2 ' 7
1 .00)1
0.0
0.0
o .o
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0 .0
0.0
0 .0
0.0
O.O
0.0
0.674
5.317
13.02b
10.055
1.314
8.255
7.325
~. 66 7
11.491
31.705
12.022
13.041
2.356
3.512
29.4 75
43.502
26.777
18 .948
10.516
22 . 700
~.331
0.0
0.0
o.o
0.0
0.0
0.0
0.0
0 .o
0 .0
0.0
o.o
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
-------
ANNUAL fllEL USE CkfcS IDENT I Al I:
STUDY AKEA
NUMBER
DWELL INC
UN IIS
ANT H COAL H1TU COAL
10 TCNS 10 TUNS
Q
I
200006b
2000087
2000068
2000089
20 00090
2000091
2000092
2000093
2000094
2000095
2000096
2000097
2030098
2000099
2000100
2000101
2000102
2000103
2 000104
200010b
2000106
4259.
2800.
490.
623.
687.
863.
2023.
4 33 7 .
2122.
1141.
1671.
710.
129U.
2633.
3016.
2602.
5534.
68 77.
25 36.
2400.
540.
0.420
0.139
0.048
0.059
0.065
0.074
0.289
0.625
0. 196
0.110
0. 164
0.063
0.122
0.248
0.293
0.409
1 .056
2.240
0.241
0.233
0.053
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
o.o
o.o
o.o
o.o
0.0
0.0
o.o
0.0
o.o
o.o
0.0
0.0
0.0
IXST (III HESIl) OIL NAT GAS WIMJU
1 OK GAL 10K GAL 10 MNCF TONS
0.906 0.0
41.7V9 0.0
4.2J8 0.0
5.227 0.0
5.7U5 0.0
6.611 0.0
45.289 0.0
90.386 0.0
17.354 0.0
9.767 0.0
14.519 0.0
5.o22 0.0
10.7B2 0.0
21.953 0.0
25.890 0.0
23.536 0.0
89.4 84 0.0
42.205 0.0
7.54 1 0.0
8.549 0.0
1.195 0.0
73.926 0.0
42.553 0.0
7.780 0.0
9.573 0.0
10.601 0.0
11.912 0.0
26.762 0.0
59.239 0.0
31.641 0.0
17.948 0.0
26.74 5 0.0
10.191 0.0
19.712 0.0
40.161 0.0
47.595 0.0
44.529 0.0
79.145 0.0
107.015 0.0
41.980 0.0
4D.4 32 0.0
9.324 0.0
-------
ANNUAL FUEL LSE (RES I DENT I ALI:
SlUIJy AREA
NUMBEK
DWELL I M',
IJNI IS
ANTM COAL U1TU COAL
10 TONS ID IUNS
0
1
2000107
200010ft
2000109
2000110
2000111
2000112
2000113
2000114
2000115
2000116
200011/
20001 IB
2000119
2000120
2000121
2000122
2)00123
2000124
2000125
2000126
2000127
1927.
2317.
2958.
1387.
1372.
2241.
1340.
1368.
458.
1204.
526.
8 40.
J858.
1725.
1073.
1480.
654.
1579.
2858.
1704.
442.
0. 105
0.222
0.271
0.433
0. 306
0.427
0.321
0.132
0.045
0.114
0.051
0.0(9
0.090
O .41.14
0.255
0.356
0. 187
0. 151
0.281
0. 163
0 . 04 3
0.0
0.0
0.0
O.O
0.0
0.0
0.0
0.0
O.J
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
O.O
0.0
OIST OIL PLSIO OIL NAT GAS KOUI)
1 OK CAL 10K CAL 10 HMCF IONS
4.202 0.0
5.032 0.0
6.165 0.0
7.589 0.0
7.504 0.0
8.527 0.0
5.970 0.0
2.9 62 0.0
1.009 0.0
2.566 0.0
1.162 0.0
1.803 0.0
13.190 0.0
7.506 0.0
4.959 0.0
6.300 O.O
3 .366 0.0
3.5 79 0.0
6.355 0.0
3 . 6 8 :y 0.0
1.11<. 0.0
32.708 0.0
39.055 0.0
47.620 0.0
T i.
20.987 0.0
21.731 0.0
36.865 0.0
22.053 0.0
23.209 0.0
7.864 0.4
20.074 0.0
0.O6J 0.0
13.997 0.0
30.120 0.0
27.642 0.0
17.460 0.0
24.495 0.0
10.622 0.0
26.551 0.0
49.692 0.0
28.677 0.0
7 656 0.0
-------
ANNUAL FUEL USE I R ES I OtN T I AL) :
STUDY AREA
NUMHER
2000128
2000129
20001 30
2000 1 31
2000132
2000133
2000134
2000135
2000136
q 2000137
I
I-1 2000138
N)
2000139
2000140
2000141
2000142
2000143
2000144
2000145
2000146
2000147
2000140
DWELL INC ANIH COAL 1(111) COAL
UNITS 10 TUNS 10 TONS
461. 0.045 0.0
1174. 0.131 0.0
525. 0.260 0.0
662. 0.21b 0.0
1866. 0.439 0.0
327. 0.063 0.0
1667. 0.158 0.0
995. 0.095 0.0
890. 0.086 0.0
383. 0.038 0.0
433. 0.042 0.0
301. 0.014 0.0
360. 0.0 0.0
180. 0.0 0.0
2260. 0.0 0.0
810. 0.075 0.0
340. 0.0 0.0
1246. u.120 0.0
582 0.056 0.0
336. 0.0 0.0
110. 0.0 0.0
01ST UIL KESID OIL NAT (iAS *01II)
1 OK GAL 10K GAL 10 MMCH TONS
1.156 0.0
3.400 0.0
4.686 0.0
3.968 0.0
8.544 0.0
1.370 0.0
4.093 0.0
2.460 0.0
2.217 0.0
0.859 0.0
0.957 0.0
0.740 0.0
0.952 0.0
0.475 O.O
6.117 0.0
1.785 0.0
0.S34 0.0
7.712 O.O
1.332 0.0
0.925 0.0
J.304 0.0
7.894 0.0
23.173 0.0
14.746 0.0
10.438 o.n
30.126 0.0
5.495 0.0
27.864 0.0
16.763 0.0
15.125 J.0
6.721 0.0
7.467 0.0
5.026 0.0
5.954 0.0
2.S72 0.0
30.425 0.0
13.188 0.0
5.884 0.0
21.216 0.0
9.905 0.0
5.831 0.0
1.918 0.0
-------
ANNUAL f-UFL USb (RtSI0LNT1AL):
STUDY ARC A
NUHflEH
OWELLING
UNI TS
AM H COAL 1)11 U COAL
10 IUNS 10 TUNS
0
1
2000149
2000150
2000151
2000152
2000153
2000154
2000155
2000156
2000157
2000158
2000 1 59
2000160
2000161
2000162
2000163
20001 64
2000174
2000175
2000176
2000177
20001 78
301.
1730.
728.
662.
2063.
930.
1217.
2338.
823.
1438.
4423.
1751.
1859.
2962.
315.
1508.
784.
2090.
639.
2265.
782.
O.O
0.508
0.288
0.0
O.O
0.0
0.44 8
0.677
0.082
0.351
0.215
0.0
0.359
0.583
U.062
1 .492
0.506
2.2 86
O. 760
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
O.O
0.0
0.0
0.0
o.o
0.0
0.0
HIST OIL Pi.!> ID OIL NAT CAS WOUO
1 OK GAL 10K GAL 10 MMCF TIINS
0.819 0.0
4.203 0.0
1.863 0.0
3.599 0.0
14.742 0.0
19.856 0.0
5.383 0.0
14.124 0.0
5.726 0.0
4.990 0.0
1 7.132 0.0
12.155 0.0
12.386 0.0
13.510 0.0
1.'.35 0.0
27.324 0.0
10.121 0.0
41.408 0.0
13.500 0.0
17.278 0.0
6.072 0.0
5.152 0.0
30.005 il.O
12.797 0.0
11.2*6 0.0
32.299 0.0
12.888 0.0
22.242 0.0
38.253 0.0
13.851 0.0
24.562 0.0
74.9J3 0.0
28.477 0.0
30.49 8 0.0
50.454 0.0
5.35H 0.0
21.780 0.0
12.152 0.0
27.963 0.0
8.789 0.0
55.134 0.0
13.040 0.0
-------
ANNUAL FUEL LSE I RES I DLNM AL I:
STUDY ARE A
NUMOfcK
nwti l i Nr.
units
ANTM COAL UITU COAL DtST OIL KESII) OIL NAT GAS
10 TONS 10 TONS 10K GAL 10K GAL 10 MMCF
worm
TONS
2000179
2000160
2000131
2000182
2000183
2000184
2000185
200018b
2000187
2000188
2000189
20 00190
2000191
2000194
2000196
2000197
2000196
2000199
2000200
2000201
2000202
440.
034.
1415.
670.
92ฐ.
1088.
039.
1339.
1805.
741.
1554.
294.
30.
60.
945.
963.
1319.
597.
16S5.
117.
7ฐ .
0.263
0.0
0.210
0.0
1.081
0.377
0. 700
2.374
0.179
0. 184
0.380
0.058
0.0
0.0
0. 182
u. 183
3.132
0. 14 I
0.791
0.173
0.116
0.0
0.0
0.0
0.0
0.0
0.0
0.0
o.o
0.0
0.0
0.0
O.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0. 0
6.835
8.026
15.561
24.295
21.649
IB.686
12.163
2 5.86 7
2 9.100
4.924
10.173
3.01 0
1 .394
2.788
4.221
4.259
10.331
6.864
211.697
3.1-16
2 .09 3
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
o.o
0.0
0.0
0.0
0.0
0.0
o.O
0.0
0.0
6.693
13.620
22.267
10.912
12.022
15.796
12.715
18.654
26.489
12.533
25.834
4 .659
0.314
0.629
15. 709
15.823
20.636
9 . 4 4 3
23.135
I .456
0.9 JO
0.0
0.0
151.225
0.0
0.0
162.027
64.811
0.0
0.0
0.0
0.0
0 .0
0 .0
0.0
0 .0
0.0
0 .0
64.dll
1 18.820
0 .0
0.0
-------
ANNUAL FUEL USE I It ES IDCNT 1 ALI:
S1U0Y AKEA
MJMBfcR
DWELL INC.
UNI TS
AMII CUAL . HITU COAL OtST IJ1L ITS III UIL NA1 GAS
10 -TONS IU TONS I OK GAL ll>K C AL Id MN CF
WGUO
IONS
0
1
Ln
2000203
2000204
2000205
2000206
2000207
2000208
2000209
2000210
2000211
2000212
2000213
2000214
2000215
2000216
2000217
20002 IB
2000219
2000220
2000221
2000222
2000223
1319.
24 3 7
2572.
3997.
3531.
598.
2128.
6142.
6636.
6667.
6972.
4478.
5062 .
1476.
1 78.
1628.
193.
0 79.
1530.
1599.
2937.
0.121
0.236
0.255
0.579
0.501
0; 079
0.39 7
2.307
1.852
2.'4 44
2.519
1 .590
1 . 859
0.543
0.063
0.5/3
0.1)68
0.;309
0.536
0.607
I .001
0.0
0..)
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
O .()
33.031
63.369
69.778
101.698
8 8.(116
13.9r>l
4 7.864
52.346
82.135
43.646
45.014
23.440
33.200
9.690
1.131
10.249
I .725
5.527
9.593
10.023
1 7.960
0.0
0.0
0.0
0 .0
0.0
o.n
o.o
o.o
o.o
o.o
o.o
o.o
0.0
0.0
0 .0
J.I)
0.0
0.0
O .0
0.0
0.0
16.176
31.71 )
34.269
52.133
44.964
7.068
2 7.4 74
94.125
96.262
101.346
104.266
65.631
77.117
22.512
2.614
21.630
2.rtlO
12.742
22.102
25.277
41.186
0.0
0.0
0.0
0.0
0.0
ปr
0.0
0 .0
0,0
0.0
0.0
0.0
0.0
0.1)
0.0
0.0
0.0
0.0
0.0
O.J
0.0
0.0
-------
ANNUAL HUEL USE I ftESI DINT IALป:
STUUY ARt A
NUMBER
CrfELLI NO
UNI IS
AtJl H CUAL on II COAL
10 FUNS 10 IONS
2000224
2000225
2000226
2000227
2000228
2000229
2000230
2000231
2000232
2000233
20002 34
2000235
200023b
2000237
200023b
2000239
2000240
2000241
20002 42
2000243
2000244
2623.
1658.
1576.
2135.
893.
L 4 14
3331 .
3043.
2741 .
3992.
2590.
2517.
2 7 78.
2340.
1704.
2146.
2014.
2793.
3 966
279B .
3545.
0.976
0.619
0.572
0. 795
0.322
O. 464
1 . 175
1.110
0.976
1 .345
0. 720
O. 900
1.124
0.865
0.62 r
O.UO 1
0. 747
1.032
1 .420
1.0J2
1 .250
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
J.O
0.0
0.0
0.0
0.1)
o .o
o.o
o.o
o.o
o.o
o.o
0.0
o..ป
1)1 ST OIL Otsil) OIL NAT CAS WIIIIO
1 OK GAL 10K GAL 10 MMCF IONS
17.413 O.O
11.037 0.0
10.216 0.0
14.168 0.0
5.747 0.0
8.345 0.0
21.036 0.0
19.820 0.0
17.453 0.0
24.139 0.0
13.090 0.0
16.100 0.0
18.276 0.0
15.437 0.0
11.199 O.O
14.396 0.0
13.323 0.0
18.419 0.0
2 5.5^2 0.0
18.419 0.0
22.368 0.0
40.532 0.0
25.7(4 il.O
23.679 0.0
33.032 0.0
13.304 0.0
19.005 0.0
48.532 0.0
45.982 0.0
40.32 7 0.0
55.237 0.0
28.615 0.0
37.2JO 0.0
42.4 74 0.0
3 5.8 72 0.0
26.021 0.0
33.569 0.0
30.994 0.0
42.810 0.0
59.109 0.0
42.810 0.0
51.596 0.0
-------
ANNUAL FUCL USC I RCS 101;M f I AL I :
S1UDY AREA
NUMBER
CWELLING
UNI rs
AN1II COAL BIIU C(IAL
1J IONS 10'TUNS
1.0
15.424 0 .0
-------
ANNUAL fUEL USE (RES 1DENH AL I i
STUDY AREA
NUMBER
CWtLLING
UNITS
ANT M COAL UITU COAL 1)1 ST OIL RLSIO OIL NAT GAS
10 TUNS It) T(INS 1 OK GAL 10K GAL 10 HMCF
WCOU
TONS
-------
ANNUAL FUEL LSC (RESIDENTIAL!:
STUDY AREA DWELLING ANIlt COAL It IT U COAL DIST (ML RES 10 OIL NAT CAS
NUMBER UNITS 10 TONS 10 JIJNS 10K GAL 10K GAL 10 MMCF
WOIID
IONS
0
1
2000287
2000288
2000284
2000290
2000291
2000292
20002 93
2000294
20002 95
2000296
2000297
20002 98
2000299
20C0300
2000301
2000342
2000303
2000304
2000305
1539.
2193.
16'.0.
877.
272.
594.
540.
340.
403.
1637.
360.
9 39.
468.
234.
1031 .
2233.
1121.
368.
679.
0.588
0.837
0.391
0.250
0.068
0.078
0.029
U. 029
0.035
0. 148
0.034
0.08b
0.045
0.023
0. 100
0.209
0.103
0.069
0.059
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
o.o
o.o
0.0
0.0
10.4/0
14.915
7.425
4.654
1.531
1.751
0* 766
0.766
0.909
3.847
0.882
2.242
1.156
0.597
2 .591
5.414
2.669
1.61 1
1 .530
0.0
0.0
0.0
0.0
0.0
0 .0
0.0
0.0
0.0
0.0
U.O
0.0
0.0
(1.0
0.0
0.0
0.0
0 .0
0.0
24.472
34.861
26.740
14.058
4.251
8.972
5.099
5.099
6.045
25.790
5.955
15.070
7.853
4.091
17.646
36.695
1 J.936
5.976
10.178
0 .0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0 .0
0.0
0.0
O.J
0.0
RESIDENTIAL DATA Uf OA T L FILE HAS UEEN CKE AT lll/R tPL ACFU
-------
I)L HI HI II DM III Still -
SUI1-
COUflf Y
MUป MAUL
1 NI AGAHA
2 N I AC. AKA
3 NIAGAKA
4 NIAGARA
5 niagaka
6 NIAGAKA
7 N1AGAPA
0 NIAGAKA
9 N I AC, AK A
10 N I AC. AK A
11 NIAGAKA
12 NIAGARA
13 NIAGARA
, 14 NIAC.AKA
15 NIAGAKA
16 NIAGARA
17 NIAC.AKA
10 NIAGAKh
19 N I AG All \
20 NIAGAKA
21 NIAGAKA
22 NIAI.AKA
2 3 NI AGAM A
24 NIAGARA
2 5 hi AG A K A
MKMItl KS
urM l ulai HJN IKM)
L CJ--
2 0 It. H 4 798.1
190.11 4/58.6
153.6 4798.9
Lllfl.5 . I)
IH'1.4 1799.3
167.7 470S.9
177. 47U9.4
inn.l 47B8.9
198.3 4700.5
2OH.3 4 707.9
207.9 4777.0
20i.2 4 783.0
203.0 '. 770 .0
1 S 7 b 4778.2
201.4 4706.3
199.2 4786.4
19H.2 4 707.5
198.2 4 786.5
100.1 4 785. 3
I rซ 9 . 2 4705.3
200.2 4785.2
201.2 4785.2
202.2 47(15.1
201.2 4703.1
199.1 4 783.2
Utl INI I IIIN I if- SUtl
sun-
CIlUriT Y
NU. MAUL
26 NIAGAKA
27 NIAGAKA
28 NIAGAKA
29 NIAGAKA
30 NIAGAKA
31 NIAGARA
32 NI AGAKA
33 NIAGAKA
34 NIAGAKA
35 NIAGAKA
36 NIAGARA
37 NIAGAKA
38 NIAGAKA
39 NIAGAKA
40 NIAGAKA
41 NIAGARA
42 NIAGAKA
43 NIAGAKA
44 MlAGAKA
45 NIAGAKA
46 NIAGARA
4 7 NIAGAKA
40 NIAGAKA
49 NIAGAKA
50 NIAGARA
COGNfY NIPMIIU'S
OtFINIIIlIN (If SUH-CnUNlY MIJMHERS
III 11 I III. AI
L
1MJ. I
lr/>I.O
107.6
102.8
1 H2 . L
1 77.6
17 7.4
1 7J.6
173.S
171.7
16*5.7
1 o9 6
17 1.7
1 70.5
16V.4
1 70.5
169.4
171.5
I 70.4
171 .4
171.4
1 72.4
175.4
1 73.4
171.4
11^ I K M I
tl__.
4 704 . 3
4783.3
47 ft .7
4 784.0
4 7 79.0
4 784 .2
477", .3
4 185.4
4 781.4
47U7.6
4787 .8
47B5.6
4 7115.5
4782.5
4781.6
4761.5
4780.6
4 783.5
4 780.6
4781.5
4 780.5
4 780.5
4 770.4
4779.4
4 7 79.6
SIJU-
CUUNTY
51
52
53
54
55
56
57
58
59
60
61
62
64
65
66
67
68
69
75
It,
77
70
80
B1
82
-UAbl
NIAGAKA
NlAGAKA
NIAGAKA
NIAGAKA
NIAGAKA
NlAGARA
NIAGAKA
NIAGAKA
NlAGAKA
M AGAKA
NlAGARA
NiAGAKA
NlAGAPA
NIAGAKA
NIAGAKA
NIAbAKA
NIAGARA
NlAG ArtA
NlAGAKA
Nl AGAtJ A
NIAGAKA
NIAGAKA
UTM LllCAT
L
1 72.4
177.2
179. 3
181 .3
183.4
185.5
185.4
1 83.4
101.3
1 l'>. 3
177.2
0.0
iei.2
183.3
185.4
105.3
133.2
0.0
103. 1
185 .2
107.4
I 'J2.6
187.2
0.0
207 .4
ION (KM)
fcl
4779.5
4777.2
4777 .1
4777.0
4776.9
4 776.8
4774.9
4775.0
4775. 1
4775. I
4775.3
0.0
4773.0
4772.9
4 7 72.H
4770.9
4770.9
O.J
4768.9,
4 768.8
4773.7
4 773.5
4 768. /
0.0
476/.7
-------
UtMNIIION (IF SUIl-COUNir NUN8EKS
DEFINITION (IF SUB-COUNTV NUMOEKS
DEFINITION OF SUU-COUNIV MJMUF KS
0
1
N>
SUIi-
coun'ty
165
166
16 -f
160
16?
170
171
172
I 73
192
193
195
306
307
3.0 G
309
310
311
312
3,13
314
315
III M LflCAf ION (KM)
MAtit
Nl Af.AKA
NlAGAKA
Nl Af.AKA
NIAGAHA
NI AGARA
NlAGAKA
Nl agaka
NlAGAR A
NIAGAKA
NlAGAKA
NlAGAKA
NIAGAKA
NlAGAPA
NlAGAKA
NlAGAKA
NIAGARA
NlAGAKA
NlAGAKA
NIAGAKA
NlAGAKA
NlAGAR A
NlAGAKA
.__t.
170.4
1 6*). 3
169.2
170. 3
171.3
172.3
1 73.3
174.3
I 75.2
169.2
170.3
175.2
171.3
172.3
173.3
174.3
169.2
1 70.2
171.2
1 72.2
1 73 .2
I 74.2
IS
4779.6
4779.6
477B.6
4778.5
4776.5
4 770.4
4778.4
477b.3
4777.3
4777.6
4777.6
4775.4
4777.5
4777.5
4777.4
4777.4
4776.6
4776.6
4776.5
4776.5
4776.4
4776.4
62
63
64
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
U5
U6
87
88
69
.HABJ;-
fr if:
LP If
fc'K I E
tR If.
ER IE
ER IE
ERIE
ERIE
FR It
ER IE
EKIE
EK IE
ER It
tR It
ER It
ERIE
EK IE
ER IE
EKIE
EK IE
IP It
FK IE
tR IC
EK I F
LK IE
UTH LOCATION IKHI
L U
177.2
1 77.0
1 76.9
lfil .2
181 .2
176.7
171.9
171.7
171.3
161. 1
163. 1
lt'5.2
167.4
192. 6
192.3
167.2
157.4
207.4
207.0
202. 3
202. 1
196.9
197. 1
1S5. 3
193.2
4775.3
4771.3
4 767.2
4772.9
4771.1
4763.2
4 769.5
4 764.3
4732.9
4769.1
4 769.0
4 768.0
4772.7
4773.5
4 76b .4
4 760. 7
4 768.2
4 767.7
4757.7
4 763.0
4 757.9
4750. 1
476?.2
4766.4
4 7664
SUB-
COUNT V
HQ.
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
ERIE
UTH LOCATION (KM)
L M
191.2 4766.6
EK It
EK IC
ERIE
EKIL
EH IE
ERIE
EK I F
tltlE
Ef- It
EK II
EK IE
EK I b
EKIE
fcK II.
EC. If:
EKIE
ER IE
EK IK
EC I C
EK It
FK It
EP It
EUt
EK It
.189.2 4 766.6
1(17. 1 4766.7
187.0 4764.6
109.1 4 764.5
191.2 4764.4
193.2 4764.4
195.2 4764.2
195.1 4 762.2
193.1 4/62.4
191.1 4762.5
109.0 4762.6
186.9 4 762.o
188.6 4 760.5
ISO.a 4760.4
19 1.0 4760.3
ISS.i) 4 760 2
194.9 4 758.2
192.9 4158.3
190.9 4 758.4
1U9.9 4 759.5
1(19.ซ 4 758.5
189.7 4757.4
IH<ป.7 4 756.3
190.8 4756.3
-------
DEFINITION 01 SIJII-COIJIJIY MUMMERS
UEFINITION OF SUH-CQUNIY NOMUEPS
DEFINITION OF SUU-COUNTY NUMUt KS
SUH-
CUUNIY
MU* flAML
115
(D
I
N>
hO
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
130
139
ER 11
ERIE
ERIt
ER IE
EK IF
ERIE
CK I E
ER IE
EP. IE
EKI C
ERIE
ERIE
ER IE
EK I b
11 l(
ElUf
El< IF
Ehlf
l:K It
EP IE
fcK IE
El". IE
Ek IE
Ek IF
EKIE
(JIM I DC AT II1N I KM I
t CI
192.8 4 756.2
SUB-
C.(HIMI Y
140 ERIE
194.8 4 756.1
194.7 4754.2
192./ 4754.2
190.7 4754.3
1P9.7 4755.4
189.7 4754.4
1 8C . 6 4753.4
189.5 4752.4
190.6 4752.1
1 *" 2 . 6 4752.2
194.5 4752.1
194.5 4 750.2
192.6 4750.3
190.4 4 750.4
109.5 4751.4
109.5 4750.5
189.4 4 749.5
189.4 4748.3
190.3 4 740.3
192.4 4 748.2
194.4 4748.1
196.7 4757.1
197.9 4757.0
199.0 4757.0
141 ERIE
142 ERIC
143 EKIE
144 ERIE
145 ER. It
146 ERIE
147 ERIE
148 EKIE
149 EKIE
150 FRIt
151 ERIC
152 ERIE
i 53 CRlt
154 ERIE
155 ERIE
156 EKIE
157 EPIC
150 El il
159 EKIE
160 ERIE
161 ERIE
162 EKIC
163 EK IJ
164 I K IF
MTM LIปC. AT I ON (KM)
L t!
20.1.0 4 756.9
201.0 4756.9
199.9 4 754.9
190.9 4 755.9
1S8.9 4754.9
196.8 4755.0
196.7 4753.0
198.8 4753.9
198.8 4753.0
199.6 4752.9
196.4 4748.0
201.7 4747.0
201.9 4752.8
206.5 4747.6
206.0 4T37.5
201.4 4742.6
2-11.2 47)7.6
196.0 4 73 7.9
19<.. 3 4 742.9
191 .2 4 74 3.1
191.0 473H.2
185.9 4730.4
100. 7 473)1.7
1H9.1 4 741.2
175.3 4733.6
SUH-
C0UN1Y
HQ*
174
175
176
177
178
179
180
181
102
183
184
185
186
187
188
1 89
190
191
194
196
197
198
199
200
201
UTM L11C AT I ON (KMI
fcK IE
ERIE
EKIE
ERIE
ER IF
EKIE
ERIE
ERIE
ER IE
ER 1 k
EK I F
EKIE
EP IE
EKIE
EKI I.
ERIE
EKIE
IKIfc
EKIE
EK IE
fcK I L
EKIE
tfUL
fcK Ifc
FR IE
L-
I 75. I
180.5
180. 3
ie5.4
ฆ 190.8
IU5.5
190.5
195. 7
205. 7
205.2
195.2
185.0
174.7
164. 6
171.1
166 .0
161.7
159.5
169 .4
187. I
I I) 5 . 1
174.2
1 04. 6
154.7
20'. .0
U.
4 726.6
4733.5
4728.4
4733. 1
4 732 . 9
4720. 1
4727.9
4727.7
4727.2
4717.1
4717.6
4716.1
4718.6
4719.0
4728.9
4729.1
4 724 . 3
4719.3
4713. 7
4/43.4
4 743.4
4/00.4
4707.9
4/07.6
4/12.0
-------
Of ปฆ INI T I UN IIP SUI1- COUNIV NHMIJFRS DEFINITION Oh" SUd-COUNTY NUMBERS DEF INI I ION OF Sllli-CUUNIY NUMBERS
SUli-
couniy
202
NAME
ERIE
UTM LOCATION (KM)
F N
SUH-
COUNTY
WQi.
227
NAME
UTM LtlCAr ION (KM)
1 _N
SUB-
COUNTY
JJQi.
NAME
UTM LltCAlltlN ICMป
L U__
2~io72~'
vhiTa
ER IE
1 R5.0
4750.7
2 52
EKIE
105.5
4755.6
203
ER IE
101 .0
4 767.0
228
EKIE
1 84. a
4750.7
253
EK IE
186.6
4 755.5
20 ^
ERIE
IfO.O
4 766 ฃ
229
EK IE
1 83.7
4 758 . B
254
ER IE
1 87. 7
4755 . 5
2orซ
EKIE
185.1
4 766 . 8
230
Els 1 E
182.7
4758.9
255
EKIE
100. 7
4755.4
20<-
EH IE
185.0
4 764 . 7
231
ERIF
181.7
4750.9
256
EKIE
180.7
4754 .5
207
EH 1 E
183.0
4 764 . 8
232.
ERIE
181 .7
4757.8
257
EK IE
187.7
4 754 .5
20 b
ER IE
1 BO.a
4 764.9
233
Eft IE
102.7
4757.8
258
EKIE
I 86.6
4/54.6
209
EKIE
100.B
4762.9
234
ERIE
183. 7
4757.7
259
ERIE
1 05.6
4754.6
2.1ซ?
ERIE
182.9
4762.8
235
ERIE
184.7
4757.6
260
EKIE
184.6
4754.7
211
EP IE
184.9
4 7oฃ.7
236
EKIE
185.7
4757.6
261
EH IE
183.6
4 754.7
21 i
ERIE
106.8
4760.6
237
ERIE
106.7
4757.6
262
ERIE
162.5
4/54.a
21J
ERI E
1H4.B
4760.7
238
ER IE
187.8
4757.5
263
EKIE
182.5
4753.8
214
ERIE
182. B
4760.8
239
ER IE
188. a
4757.5
264
ERIE
ie3.5
4753.7
215
ERIE
100.7
4760.9
240
ERIE
188.7
4756.4
265
ERIE
104.5
4753.6
21 fc
ER IE
181.a
4 759.9
241
ERIE
187.7
4 756.4
266
EK IE
185.5
4753.6
2fl 7
ERIE
182. 7
4759.8
242
ER IE
186.7
4756.5
267
ERIE
1 06.5
4753 .5
21(i
ERIE
ie3. 7
475S.8
243
F.R IE
105.7
4756.5
260
EKIE
187.6
4753.5
21-a
ERIE
104. 7
4 759.7
244
EKIE
184.7
4756.6
269
EK Ik
ICO.6
4753.5
22C
ER IE
185.0
4 759.7
245
EKIE
103.6
4 756.7
2 70
El'. 1 E
180.5
4752.4
221
ERIE
1 06.8
4755.6
246
EP IE
ie2.6
4756.7
271
EKIE
187.6
4752.5
222
ERIE
107.8
4759.6
247
ERIE
181.6
4756.0
272
L'R IE
ie6.5
4752.5
22 3
ERIE
1HB.9
4759.5
248
ERIE
181 .6
4755.0
273
EF. IE
1 85.5
4 752.5
224
ER IE
l eo.a
4 758.5
249
EKIE
182.6
4 755.7
2 74
ER IF
104.5
4752.6
225
ERI E
187.0
4 750.6
250
ER IF
183.6
4 755 . 7
2 75
EKIE
1 83.5
4/52.6
226
ERIE
1E6.7
475H.6
251
ER IE
1 84.6
4755 .6
276
EKIE
103.4
4751.7
-------
DEFINITION (IF SlIU-COUNTY NIIMHE kS
SUB-
COUNTY UTM LfIC AT I ON (KM)
__UUx AAMI ฃ U
277 ERIF 184.5 '<751.6
278 ERIE 185.5 4751.6
? 79 EH IE 186.4 4751.5
280 ERIE ie7.5 '.751.5
281 EPIE 188.5 4751.5
2B2 ERIE 188.4 4750.5
283 ERIE ie7.5 4750.6
284 ERIE 186.4 4750.6
285 ERIE ie4.4 4749.7
206 ERIE 186.3 4749.6
287 ERIE 187.4 4749.6
288 ERIE 188.4 4749.5
289 ERIE 188.4 4748.4
290 ERIE 1 '17.4 4748.5
291 ERIE 186.3 4746.5
292 ERIE 185.3 4746.5
293 ERIC 184.3 4740.6
294 ERIE 184.2 4747.6
295 ERIE 185.3 4747.
296 ERIE ie6.3 4747.
297 ERIE 187.3 4747.
298 ERIE 188.4 4747.
299 ERIfc 139.3 4747.
300 ERIE ISO .3 4747.
301 ERIE 189.2 4745.
DEFINITION OF SUrt-COUNTY NUMUF R S
SUB-
COUNTY
tJU-.
302
NAME
UTH LOCATION (KM)
_ฃ _N_ .
ER IE
ie7.2
4745.5
303
ER IE
186.2
4 746 . 5
304
Ek IE
186. 1
4 745.5
305
ER IE
184.2
4745.6
316
EkIE
170.7
4744.6
-------
APPENDIX H
SUBCOUNTY ALLOCATION FACTORS FOR OTHER AREA SOURCE CATEGORIES
H-l
-------
ALLOCATION PKUGRAM FC1R SUB-COUNTY AREAS
ENGINFERING-SCIENCE ป INC.
MCLEAN, VA
ERIE COUNTY ALLOCATIONS
YEAR OF RECORD ON ALLOCATICN FORM: 75
YEAR OF RECORD ON NEDS AREA fORM: 75
DESCRIPTION CF ALLCCATIUN CODES
ALLOC. ABBREVIATED
CODE DESCRIPTION FULL DESCRIPTION OF CODE
1
AREA
AREA IN SQUARE KILOMETERS
2
POPULATN
POPULATION
3
VMT
TOTAL VMT
-------
61
62
63
64
69
71)
71
72
73
74
75
76
77
78
79
81)
81
82
83
84
85
86
87
88
89
SliB-COUNTY ALLOCA TIONS
PAGE I
-AfiEA l_EOeuLAI&_L_JttU i-LUY L
ALLOC I ALL<'<".I ALL JCI ALLIICI
-.4 CEUEJ--J E SUE L 4
71 .001
4 .001
16 .00b
16 .005
4 .001
4 .0 01
16 .005
25 .009
25 .OO'J
16 .005
4 .001
4 .001
4 .001
?5 .009
25 .oo<:
25 .009
25 .009
100 .0 34
100 .034
100 .034
25 .009
25 .009
25 .OOV
25 .009
4 .001
4 .001
271 .000
2C?? .002
4C5S .004
129 .000
300 .000
43 3 7 .004
3933 .004
2411 .002
3189 .003
1855 .002
5232 .005
4 23 7 .004
75 .OCO
668 .001
7051 .007
13815 .01!
(167 008
4C62 .004
6697 .006
4e25 .005
128 9 .001
12620 .012
8262 . OOH
146H .001
7338 .007
85 .001
39 .000
1224 .013
1 .000
11 .030
715 .008
1336 .014
60 .001
372 .004
151 .00?
360 .004
244 .003
2B .000
I H6 .032
651 .037
1006 .011
805 .0D9
342 .004
1184 .013
729 .008
1724 .019
20 39 .02 2
1070 .012
156 .0(12
121 .001
34 .000
1093 .014
1 .000
9 .000
640 .UOtl
1127 .014
53 .001
2?6 .004
1 34 . 00?
320 .004
218 .003
25 .000
149 .00?
520 .006
902 .011
7 04 .009
27? .003
963 .012
6 34 .008
1413 .018
1033 .023
961 .012
133 .002
104 .001
.AG.fc'JLL
ALLOC J
.1 CBQE1
i) .0
0 .0
1 .001
0 .0
0 .0
2 .001
0 .0
0 .0
0 .0
0 .0
0 .0
1 .001
1 .001
4 .00?
20 .012
21 .013
63 .039
16 .010
89 .055
B .005
3 .0)2
15 .0)9
13 . OrtO
3 .002
6 .00 4
mTuc |
,i EEUE1
0 .0
0 .0
0 .0
0 .0
0 .0
0 .0
0 .0
O .0
0 .0
0 .0
0 .0
0 .0
0 .0
0 .0
0 .0
0 .0
0 .0
0 .0
0 .0
0 .0
0 .0
0 .0
o.o
0 .0
0 .0
alloc!
0 .0
0 .0
0 .0
o.o
0 .0
0 .0
o .o
0 .0
o .o
0 .0
O .0
o .o
0 .')
0 .0
O .0
0 .0
0 .0
0 .0
0 .0
0 .0
0 .0
0 .0
O .0.
0 .0
0 .0
.CQbilB-UL
ALL DC I
.* QEUtL
2 .000
11 .001
30 .002
1 . 000
l . oo)
138 .011
49 004
21 .002
5 .OOJ
5 .000
126 .010
68 .006
0 .0
14 .001
81 .0)7
107 .009
61 .005
64 .005
34 .003
38 .003
29 .002
300 .02 5
136 .011
21 .002
78 .006
-UQV L
AL1 (ILl
.4___ESL>Ei
14 .001
7 .001
131 .011
0 .0
1 .000
76 .006
209 .017
6 .000
75 .006
17 .00 1
4 0 .003
2 5 .002
3 .000
38 .003
127 .011
106 .009
100 .008
72 .006
222 .018
94 .008
311 .026
203 .017
108 .009
24 .002
17 .001
.i.L.i i
ALLOC I
.i EliUBl
0 .0
2 .002
4 .004
O .0
0 .0
2 .002
3 .OOJ
0 .0
2 .002
1 .001
3 .003
3 .003
0 .0
0 .0
7, .008
13 .014
10 .Oil
4 .004
12 .013
3 .003
0 .0
9 .010
7 .OUR
1 .001
7 .008
ALLUCI
.4___eBUCi
) .0
1 .001
1 .001
0 .0
) .0
>1 .009
3 .003
1 .001
0 .0
0 .0
8 .009
4 *005
0 .0
1 .001
6 .007
7 .008
11 .012
5 .006
10 .011
2 .002
1 .001
19 .022
1 >1 .0 1 1
1 .001
6 .007
-------
uu.
90
91
92
93
94
95
96
97
98
99
100
101
1<>2
103
104
105
106
107
108
109
lid
111
112
113
114
SUn-COUMTY ALLOCATIONS
PAGE 2
ABฃA L.tCKUUItJ-i-Ytil i_LUY L_flฃL.ฃtie__i 1 i_CUUIEL_EUL_UQSf i_Z_ฃ_5
~4
ALLOC |
.tBoei
.001 I
ALLCC |
eacei-
681 .0011
1
468
ALLOCI
-ttSUEi
.0051
415
ALLflCl
.UJilJiL.
0051
1
.1
?
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001 |
1
"o
At mci
-LEQEU
0 I
ฆ
i
0
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-EtiUEi
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1
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A EEUEL
6 .0001
1
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-i E&UEi.
52 .004)
i
ALLOCI
1 EEUEi
0.0 |
1
ALLOC|
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0 .0 1
1
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.& E&UE1
0 .0 1
1
4
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1 460
i
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i
112
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100
1
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1
3
1
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0
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1
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139
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SUO-CflUNTV
ALLOCATIONS
PAGE
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AlLllCI ALL OCI ALLOC I ALLOCI ALLOC I ALLOCl ALLOCI ALLOC I ALLOCI ALLOCI ALL PC I ALLOC I
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SUB-CO UtllY ALLOCATIONS
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SIIU-r. IIUNTY ALL OCA T I DNS
PAGE 3
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