United States
Environmental Protection
Agency
Office of Air Quality
Planning and Standards
Research Triangle Park NC 27711
EPA-450/4-80-025
November 1980
Air
SOTDAT
Source Test Data
System Information
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EPA-450/4-80-025
SOTDAT
Source Test Data System
Information
National Air Data Branch
Monitoring and Data Analysis Division
U.S. ENVIRONMENTAL PROTECTION AGENCY
Office of Air, Noise, and Radiation
Office of Air Quality Planning and Standards
Research Triangle Park, North Carolina 27711
November 1980
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This report is issued by the Environmental Protection Agency to report
technical data of interest to a limited number of readers. Copies are
available from the Request and Information Section, National Air Data
Branch (MD-14) [Commercial telephone (919)541-5395; FTS 629-5395] or the
Library Services Office (MD-35) [Commercial telephone (919)541-2777;
FTS 629-2777], U.S. Environmental Protection Agency, Research Triangle
Park, North Carolina 27711.
Publication No. EPA-450/4-80-025
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CONTENTS
Page
List of Figures 4
Introduction , 5
Overview of the Source Test Data System 6
Publications Related to Source Test Data 15
Procedure for Requesting Computerized Reports 16
SOTDAT Computeri zed Reports 18
Select/Sort Capability 19
Standard SOTDAT Report 21
Abbrevi ated SOTDAT Report 29
Emission Factor Report 31
Additional References 33
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LIST OF FIGURES
Figure Page
1 SOTDAT Pita Form 8
2 SOTDAT Select/Sort Keys 20
3 Standard SOTDAT Report: Typical Source Test 22
4 Standard SOTDAT Report: Trace Element Analysis ... 24
5 Standard SOTDAT Report: Particle Size Test 26
6 Abbreviated SOTDAT Report 30
7 SOTDAT Emission Factor Report 32
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Introduction
The Source Test Data (SOTDAT) System is an automated data processing
system used by the U.S. Environmental Protection Agency to store data
from testing and analysis of emissions from stationary sources of air
pollution. SOTUAT is a part of the comprehensive Aerometric and Emissions
Reporting System (AEROS), described in detail in a booklet, "Aerometric
and Emissions Reporting System," which is available on request.
Source test data are collected on an ongoing basis by the National
Air Data Branch (NADB), Monitoring and Data Analysis Division, Office of
Air Quality Planning and Standards, Research Triangle Park, North Carolina.
EPA Order 7600.2A requires submission of coded SOTDAT Forms for all source
tests conducted by EPA and its contractors. Other sources include state
and local air pollution control agencies, control equipment manufacturers,
engineering consultants and installations identified through the National
Emissions Data System (NEDS). Coded forms are inspected manually by NADB
personnel prior to keypunching, computerized editing and verification,
and storage on the Univac 1110 computer at EPA's National Computer Center
at Research Triangle Park, North Carolina.
This booklet is designed for persons who are not familiar with
SOTDAT, to provide a description of the system and examples of the comput-
erized SOTDAT reports that are available upon request. To meet these
objectives, this booklet includes: (1) an overview of the data contained
in SOTDAT, (2) descriptions of related publications, (3) a description of
procedures for requesting SOTDAT data and (4) a description of SOTDAT
report capabilities and examples of available computerized report formats.
A list of additional references is provided for background information.
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Overview of the Source Test Data System
General Description
The Source Test Data (SOTDAT) System is a computerized data handling
system that accepts, stores and reports information from emissions tests
performed on sources of air pollution. The system contains data on many
different pollutants, but the largest volume of data is for the five original
EPA "criteria" pollutants (particulates, sulfur dioxide, carbon monoxide,
nitrogen oxides and hydrocarbons). Special capabilities for storage of
results of trace element analyses and particle sizing tests were added as
part of a general system enhancement in 1979.
Purposes
The primary purpose of SOTDAT is to make use of source test data in
the development and revision of air pollutant emission factors. Empirical
models can be used to predict emission factors and their characteristics
for specific kinds of sources, based on SOTDAT emission, process, and fuel
parameters reported from tests on such specific sources. These emission
factors are essential components of other AEROS systems such as the
National Emissions Data System (NEDS), in which they are used to estimate
process emissions if actual measurements are not available. They are
published for use by EPA and other groups in the Compilation of Air
Pollutant Emission Factors (AP-42).
Additional possible applications of SOTDAT data include technical
evaluation of process emissions and control equipment, prediction of control
method costs, coordination of enforcement and surveillance activities,
and planning and evaluation of source tests.
SOTDAT Organization and Content
The basic unit of organization in SOTDAT is the individual "source
test," or sampling run. All information on a SOTDAT coding form, comput-
erized data record or SOTDAT report pertains to a single sampling run
(i.e., to the same sampling site and time period). Thus data from a typical
source test report are entered into SOTDAT as the results of a number of
sampling runs.
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The data Hems in SOTDAT have been selected, defined and arranged so
that sufficient information on each source test may be obtained to allow
evaluation of each source test's applicability to a SOTDAT user's purpose,
and to present that information in a logical format for both coder and
user. Data items are grouped in various categories, which are maintained
in the SOTDAT coding form, data record and computer outputs. These groups
and individual data items are discussed under SOTDAT Data Form, below.
To assure usefulness of SOTDAT data for the main purposes of the
system, test reports entered into SOTDAT have been required to include
either uncontrolled or pre-control device tests or post-control device
tests with substantial documentation of actual control device operation
and efficiency. Data are not accepted from a number of test types,
including tests involving experimental, developmental or obsolete
processes, or testing methods, permanently-installed continuous
in-stack monitors, compliance tests conducted for enforcement purposes,
tests conducted under atypical or unusual conditions, and tests on most
sources other than conventional stationary sources (e.g., mobile sources
or fugitive emissions).
SOTDAT Data Form
Data for each source test to be entered into SOTDAT are recorded on
the SOTDAT Data Form (Fig. 1).. It has special sections designed specifically for
results of trace element analysis and particle sizing. The first three
pages of the form are used for all test types. The third page also accommo-
dates trace element analysis results. The fourth and fifth pages provide
space for additional sampling and results data related to particle size
tests. The list below provides a description of the basic data groups used
in the SOTDAT Data Form and maintained through the computerized data record
and the SOTDAT Report format:
Card A. Source Identification; Includes the name and address of the plant
where the test was performed and its NEDS geographic codes and plant and
point (process) identification numbers.
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Card B. Process Data: Includes all information on the process being
sampled, such as the appropriate Source Classification Code (SCC), Standard
Industrial Classification (SIC), Implementation Planning Program (IPP)
Process Code, design, average and sampling-period process rates, data on
fuel feed rate, heat content, composition, and process heat rate. Space
is provided for up to three entries in each field to allow for the input of
multiple process descriptions and data on multiple fuels.
Card C. Test Description: Includes general descriptive information on
the test—test report number, run number, date, reason, identification of
the sponsoring agency, and testing organization.
Card D. Ambient and Stack Data: Includes ambient meteorological data,
stack geometry data, and stack gas measurements and composition.
Card E. Sampling and Site Data: Includes test method, number of sampling
traverse points, and other sampling details (such as flow rate and volume
sampled), as well as fields describing the sampling site. The sampling
data can be repeated as many as six times to accommodate data on multiple
samples taken in a single test run.
Card F- Control Devices: Includes identification, location, design
efficiency and flow rate, pollutant controlled, and up to five other
operating parameters for control devices in the sample stream. Operating
parameters are selected from lists for various types of control devices.
Multiple cards can be used for data on up to five control devices.
Card G. Results: Includes the pollutant, analysis method, sample descrip-
tion, stack gas concentration, and emission factors (based on SCC or other
process units), as well as pollutant mass, sample concentration, sample
size, and other data for reporting of trace element analyses. (Note that
Card 6 has been placed on Page 3 of the Form, to allow for multiple
pollutants or trace elements.)
Card H. Comments: Provides space for comments on individual data fields
(using the field number) or general comments related to any aspect of the
test. A total of 10 comments are allowed, each on a separate card.
(No Card I is used.)
13
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Card J. Measurement Instrumentation: Includes the type, manufacturer,
model, and calibration dates for the instrument used in particle size
tests.
Card K. Sampling Train and Procedures: Describes the particle size sampling
train (probe, prein.pactor devices, impactor stages, and following devices)
and defines some of the critical techniques used in the sampling procedure.
Card L. Measured Parameters and Results: Includes averages and percent
variation observed in a number of sampling and stack parameters, total
catches of the impactor and preimpactor and postimpactor devices, and a
standardized cumulative particle size distribution.
Card M. Stage Characteristics and Results: Includes, for each of up to
12 stages or other sizing devices, a number of design and operating
parameters (type, jet number, dimensions, and velocity, pressure drop,
aerodynamic and actual D&0, particle density, substrate, coating and
treatment) and tare and final weights.
Card N. Stage Results and Comments: Includes the net catch weight,
cumulative weight percent, and any comments for each stage.
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Publications Related to Source Test Data
The publications described below may be of interest to persons
concerned with source tests and emissions data. There are no periodic
publications of SOTDAT data such as those available for the emissions and
air quality data in NEDS and SAROAD.
Compilation of Air Pollutant Emission Factors (AP-42)
This volume contains emission factors (emissions per process unit)
for most of the common emission categories: fuel combustion by stationary
and mobile sources; combustion of solid wastes; evaporation of fuels,
solvents and other volatile substances; various industrial processes; and
miscellaneous sources. Compiled for use in air pollution emission
inventories, these emission factors are based on source test data, material
balance studies and engineering estimates. Emission factors are only avail-
able for the primary pollutants (particulates, CO, SO.-,, NO , and hydro-
L. /\
carbons). There are many instances in which a need for information on
emissions from various source types can be fulfilled by reference to this
vol ume.
Source Test Data System (SQTDAT) Coding Manual
The SOTDAT Coding Manual is the basic reference document for persons
entering data into SOTDAT. It includes general coding rules, full instruc-
tions and specifications for each individual data item, and other information
for SOTDAT data input. The SOTDAT user may find access to this information
necessary for detailed interpretation and analysis of data retrieved from
the system. The Coding Manual also includes some specific guidance on its
recommended use in becoming familiar with SOTDAT and interpreting SOTDAT
reports. Users of SOTDAT data are encouraged to obtain the manual and to
refer to it to be sure that relevant definitions and specifications corres-
pond with their own.
The above publications may be requested from:
Library Services Office (MD-35)
Office of Administration
U.S. Environmental Protection Agency
Research Triangle Park NC 27711
FTS: 629-2777
Commercial: (919)541-2777
15
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Procedure for Requesting Computerized Reports
The computerized reports described in the next section may be
requested from:
Requests and Information Section (MD-14)
National Air Data Branch
U.S. Environmental Protection Agency
Research Triangle Park NC 27711
FTS: 629-5395
Commercial: (919)541-5395
All requests except those received from within EPA or from other
Federal agencies will be processed in accordance with the Freedom of
Information Act. In order for a request to be evaluated and processed,
the request must be made in a letter; however, before submitting the letter,
a telephone call to NADB is recommended to assure the feasibility of a
desired type of retrieval and otherwise clarify or expedite the request.
When requesting by letter, the following items must be specified:
1) Computerized report name, or if none specifically applies,
the data items required.
2) Desired select and sort options (see next section for details).
3) Name of person to contact in case of questions, and telephone
number.
4) Any time constraints involved.
5) Authorization to assume costs of providing the requested
data.
Requests for computerized reports can often be filled within two weeks.
If a request is likely to take longer, the requestor will be notified.
As a Federal agency, EPA normally makes no charge for reports requested
by other Federal agencies; however, if a request is of major impact on
NADB's computer budget, NADB may request that user and account codes be
established by way of interagency agreements.
Many AEROS users are non-Federal, and typically include state and local
air pollution control agencies, universities, contractors, private industry,
consultants and private citizens. For non-Federal users other than state
16
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and local air pollution control agencies, a charge may be necessary to
cover the costs of retrieving and printing the requested data; if so, the
requestor will be notified before any cost is incurred. This booklet
cannot give estimates of specific costs due to the variety of possible
requests.
17
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SOTDAT Computerized Reports
Three report formats and a selection and sort capability are available
to SOTDAT users, as described in detail below. The Standard SOTDAT Report
contains all information for a specific test run. The Abbreviated Report
is a subset of the standard Report, including the unique SOTDAT Form
Number, identification of the plant tested, names of parties sponsoring
and performing the test, pollutants for which results were obtained and
other identifying items. The Emission Factor Report calculates and displays
estimated emission factors and related statistics for groups of test runs
specified by the SOTDAT user. The select/sort capability allows the user
to select all test runs ip the data base with desired values or ranges
of values for specific data items, to sort the selected runs according to
the values of one or more data items and to print the selected and sorted
test results in any of the above report formats.
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Select/Sort Capability
The SOTDAT select/sort capability allows the user to select SOTDAT
test runs containing specific data values or ranges of values and to specify
data items by which a selected group of test runs should be sorted prior
to printing in one of the SOTDAT report formats. Only certain data items
can be used as selection and sort criteria, as listed in Figure2.
Through the choice of appropriate selection criteria, SOTDAT retrievals
< can be limited to test runs containing information likely to be of interest
to the user. Tests conducted at specific plants can be obtained by
requesting only those test runs with desired NEDS plant identification
numbers. Tests of all processes of given types can be obtained by specifying
the relevant Source Classification Codes. Maximum and/or minimum criteria
can be used to specify retrieval of groups of tests with related selection
criteria, such as those tests with similar SOTDAT form numbers, run dates,
test or analysis methods, etc. Up to 20 selection criteria can be used
simultaneously to define the subset of SOTDAT desired. Each selection can
consist of an equality, maximum or minimum or both maximum and minimum
values for one of the criteria in Figure 2*
Selected test runs can be sorted by any combination of the select/sort
keys, in user-specified order. All 24 keys can theoretically be used at
one time. Typical retrievals will involve only two or three keys, however,
since each successive sort key operates only on test runs with identical
values for all previous keys. Since SOTDAT Form Numbers are unique, sort
keys to be used after the Form Number will have no effect.
It is recommended that the Abbreviated SOTDAT Report be requested
by users who are unsure of the number of test runs which may result from
a desired set of selection criteria, to avoid unnecessary printing of
large numbers of the Standard Report. Examination of the selected
Abbreviated Reports should be sufficient to specify, by direct use of
SOTDAT Form Numbers or other revised selection keys, those test runs for
which the full Standard Report is of interest.
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Figure 2. SOTDAT SELECT/SORT KEYS
Pollutant
Test method
Source Classification Code
Standard Industrial Classification Code
Run date
Reason tested
Party testing
Fuel type
Particle sizing device
Analysis method
Sampling position
Control device
SOTDAT Form Number
State
County
Air Quality Control Region
NEDS plant identification number
NEDS point identification number
20
-------
Standard SOTDAT Report
The Standard SOTDAT Report (Figures 3,4, and 5 ) contains all
information entered into SOTDAT for a given test run. It may also include
several.data values calculated from entered data by algorithms in the
SOTDAT Edit-Validation Program, depending on the completeness of the
information originally entered. All data values entered as numeric or
alphabetic codes are fully interpreted by referencing code description
files, and appear in the Standard Report with English descriptors.
Figures 3,4, and 5 are examples of Standard Reports for the three test
types accommodated by SOTDAT (typical source test, test involving trace
element analysis and particle size test).
21
-------
ST»ir<:»>:
CPUVTYUI'TJ:
PL UN i ft • J1); r»A'nir
NFD* PPINT; 01
1C Jl^LF «T
7 IP rrn F : ?7'
S P T D A T REPORT
NU*(.'rR: AIZ'.A":
O»TE
>TFJT DESCRIP1ION'
NC
T N": 17-ABC-^ "ll* PATF: 03/21/7H
N T^STEOd): NSPS PRFPAOATION
: FEDE"AI AGFN'CT CONTRACTOR
CENC*/nRnGRrt": EnA OAQPS
TFSTING OPGAMJfTION: E'.'Vl RON" F''TAL INC
RFCORB HO. 0"0i
RUN HP: OHOCT
PH:
scc« .'.-ui-ir/n-t'i j : CM^'ICAI rrr
PPOCISS »«trs if UNITS nr TPNT rrocucT
fl'Et
>:NO "ATA
F"fL
P«TF
IOT E
CHEMICALS
SUfU"
T
IPP(««>
ANHTDPTBF cr VTRAI
^Erlr,N c APAC TTT^rcPZ
THIS «H)N=CGO?.HO
Aril
MEAT CONTENT
HfAT RATE
NO DATA
PO
RFLATIVF •'U"1P1TY = 7S.C
ltttt*tttttntttttttt» SAILING ENVIrPNf"-NT AND fl
*tt «•« S'ACX/OUCT ^EOHTTHY «••
« CELTM!* niCI«CI!t A" CROSS SEC'ION = OOCO.'? $O.
»" Hfi EQUIVALENT OIA"ETE» ' 00."1 "CTERS
• ANTLr WITH VRTICAL ' 9r P£'"RFFS
STACt HFIG'H = PC1« TTE'S
«•< 5/lfPtlNr, SITE DfrCBIPTIOH tit
SITE OFSCPIPT IO'1 l!?1 J : BUCf. CPNTRil CFVICF INLET
NUTrn CF STACK TOIIIVAIFNT PIA-FTFP' FRnn -iA-PLING SITE TO NE»RFST n ISTIIRPA »Cr--
lIPS'PfA-: C* PI*"FTrR<;. rowNS 1rF«C! : 1C DIA-ETrRS
rpNT"Ot DEVICE D«T« «*<
COfTROL D'VK'(OI'): C'TAtYTIC f F' f "HIIR'T •>
nut ppiLi.'TANT roNTPpiiFCfn *ici J:
TOTALHvD*irAnPPN ~r/
CONTROL E'riCTF«iCY - »
YFAP INST'LLEP - 19
OfyiSM FLPW R"TF r «C1U*L CI'I'TC •'FTF.R'! PER
OOWN'T'E ««
PHYriTAL ST»TE
t 7NO
f 'NO CAT*
» )NO DATA
( ?NO DATA
GAS TrflPERHTUPI = 0«1.0 OFGREFS CFl«ll»S
GAS PPESSORF = T7C6.Z K«l H6 APSPLDTF
AVF°ACE VEIPCITY = 12.'t HFTFR*/SffOWD
AVE'ABE FLOW RATE = 01DH SC^H-DRT
• •• CAS ro"iPOSiTiori •••
CRY niLECULAR WEIGHT = 30.0? PP./
r FXCESS AIR - T
1 WATER PY VOLUdF = C6.B
t ro? UY voLUfir = co.O
T TO PY VOLUME - CO.O
T n? PY VOLNPH = TO.B
T N PY vnLIIMF = 79.?
* ro? PY von'nr - rc.o
OE'IGN OPERATING PARA1FTER
TEST 1ETMPMV*): FLFXI"LE C» 6 - C"*1" T
AVinjrif -irjR TF^PEcAT>'Pr = '.1T4 D'r.CFL'I'K
HOtiRS '"0" rT"RT T0 F»l" AVALYriT - " '""
TOTAL VnLI.'"F TATLE? « 01.21 fTl'M'-AT CI'I'TT ''FTFR'
TIST tiV*
"EST wi
^U"l)rP Or TRAVTRSF POINTS SA"PtFB THIS Rl'N = 001
HVR^f T ISPriNETIC SAP">LINr. ' 101.04 7
'A-rlJ';G 1T1F - 1?n "INUTir
'A»PLJwr, FlOV RATE = .OlrrO ST»VO*RO CU"IC
Figure 3. Standard SOTDAT Report: Typical Source Test
-------
• «• TUT srsiifs •«•
: CARf>"N -oNn»itc - "H»stC"L STATMO>: GASEOUS
AN«IYSIS rfYHf«ptO: C.»' CMPp«TTrfir»1>H» ENIS'ION RATES: f /ICC UNIT NO OATA
tPNCtNTBAMr.N i" STAC« «/>« * ro7rpr . cccoo '"<•* OBT CORRECTED FPR P-LAWC BFLPW DETECTION IIBIT-*
SA»PL^ TTrrff): rl f * . G»»P J»"rlF LOCATION tK T«A1N»TPJ: TQT. R*SUIT TOTAL POLLUTANT "AS* AT LOCATION MO 9AYJI
POLLUTANT CONCENT»*T JO*1 J1 T/C-Plt •N/>lT»f1« - NO D»T» SITE OF TQTAt SAMPLE = WO 6AT«
: TOTOt tlTOPOCAT"': - PHYSIC"!. STAT|»0): G»SfOUS
C*' t"nO»'PTr6p»l>HT EBIS'ION R»TrS: tn/!CC UNIT NP 8ATA
i«j *T«C» r.ft^ - ocr"fr.cnopo PP» OPT CPRBECTFO FPR PIANK" BEIM* trTFcrioM
SA-f-iF TyrFt6i): 'tm. r.Mn sucrf f>ti>Tio«i IN TP*IN»TP): TOT. RFSMIT TOTAL »otti»T«iiT -ASS AT IOCATION no
POLHITANT CPNCEM TOAT IPS IN 'ATtr UNMTTrn - VO D"T» T17E OF TOTAL SA"PIE = WO BAT*
f\J
CO
PnilUTANT«r'Z"*l : pn()P««it
»CTHno«K»: ».*' C"T f>fOTPr,» *
- •'HTSTC'L STATffO): GA^FOt'S
FHIS'ION R«TrSt lnfrtC M11T NO DATA
FTP DRY tTRBECTED FPR PIAUR' BFUPH BETECT10H HHIT-»
SS^'-L? TT»'f»6'): 'Lf>. Cf»H SA«"ir IPC«TTO«I IN TRAINCT"!: TOT. RFStUT TOTAL "OIHITANT "ASS AT LOCATION HO 1>ATA
PPIHIT*NT CPNCfNTPAl J0« I'l SA"Tlf »'IAlT7£n - NO D"T* SITE OF '0TAL SAMPLE = NO OAT*
PPLLUTA«U(P 'i"2) : FOP-HO'llTor - rHYSK»L STATFfD): 6»SF011S
<-ETHf>0>»J: CA' f MrpfOTPf fd^HT FBIS^IPN RATFS: in/FCC MNIT NO DATA
rn in iTtiK r*1; = fiorrrir.on*l'3 T-^AIN/SCF CPRPECTFO FPR RIAIK' BELCW OFTECTION
IT'FfM): 'If*. ftKI' SA'-'-LF lOCAtlO'l IN T«»AtN«TP): 'OT, PfSUlT TOTAL POLLUTANT "ASS AT LOCATION NO OATA
CPNff Nl"*' 10«' I'l TATir »'I«I.T*C1 ~ NO D»T« SITE OF TQTAL SAMPLE = NO BAT*
POILUTANTIO V.M) : nrn7'»t
-------
J 0 T t A T
R F P 0 R T
DATE
RECORS 10. On(n
ro
'PUTF
TION'
STATE tJ*>: NOrTP CA'OltNA
1vc»: oi'R'iA- c"
NO: 17-ABC-* "U" »ATr:
PIAS"N TrSTEPttJ: ISPS P»E"A«>AT t CN
TfSTTO BT(TJ: fEB£nAl AGTNCT CONTR
RUN N"t OPC1*
T-ACE
ST
r:
SOL'RCt TES'*J'.16 OrG'M7'T TON: E MV IRON-r.N TAi
s.r.Min, -rmc.N,
PTCfSS ROT'S I*! IISITS OF TONS PPOOl'C'
n-Et »TPI nirt i
' ):Nn P*T*
r
rE>-D RATF T.UIFUR
NO PAT* T.
TPP(««7
KPT CLASSIFIED SFC CPf'ENT •«
C APAC ?TT^"COZ.>!nc THIS »UN=COO?.*OT
NTT"OHEN
t
HfAT CONTENT
NC DATA
AN i to«foii to»;s
•«« Ail'IfNT fO«l0IT?'"ET"ir TRrsrUT - 'f I •
REtATIVf l'U"iriTT = 7'.l.n '
HG
*«* STACIt/OUCT nEOHrT«!
rnrss SEC'IOM =
FHI'1 VAlf'JT OTA"r'Fr = DO.?? -E'CRS
ANdF WITH VRTICAl = C" Dlr-KTtr,
ST«Cf 'IfTGHT =• r-fll "ETEPS
SITE
NU'-Pf »
I«*T 10'' IfO): "»CT >.'F»P roocrrs OIITIET
*PtDi.R II''r r.'O. ^ wprn VFNT
STArK f "JUI VAl FfiT DlATTrP' 't>"n 'A'rLING SITE TO NE"RFST M rTURDA*IC •"--
": 1t' ni»-rTrR5. rovis tnr (IM . p» 01A-ETIPS
CONTROt BEVICE DATA
CONTROL DIVKrtrC"): »'
"AIM «M.'lLt'T*NT r«Nfi>CLlFff
CP','T"nL ErMCTC'iC» - T
TE AR IN'S TALll " = 1?
DF 5IGN FfW R «TF -
J:
BOWN^TRE A-
PMtSlCAl ST^TF
- NO OA 1*
ACTl'»L CI'PTC "rTFRS
"JMUTE
• TCST N>
r 7NO PATA
< 1NO PA'A
J )Nf PA'A
( 'N^ SATA
C )NO BATA
UR 1
PROCESS HMT RATr
NO DATA
••* CAS PAPA'tTERS •••
GAS TfHPERATURE = OAC.ft OF6REES
GAS PBS^SUT = H756.Z «» t «««•<•««««»••
TFST "VTHPIH511: FP« '"»|inO ": WI'H I>rI"GrP'
AvrRAr,r TTFR if fPEPATVT = IT* prr.. cri.ri'":
HOURS ror>- fruT TO E'l* A'.'At»'?« • " "•"
TOTAL V"LI"U r/"'rHB = 01.'.7 *Tf»:P<"»D CI'I'IC *
MU'Hrf 0' 'RAVRSt PPINT-: ^A'PLFD THIS RI'N = C01
fiVRff 7 ISTKINFTIC S1TIJNC » 09O.7Q »
'ATI INI; now RATF r ,'j?zfo STANDARD curic
Figure 4. Standard SOTDAT Report: Trace Element Analysis
-------
ri'J : LMO - «-H»SIC»L STA'ltAJ: TPTAL P«RTKULATE
AKniT'ir -ETH"BtA>: AT"-IC Apror P'I »>N F«IS'10K ROTS: T"0?0.01 ?5 3 l»/'CC UNIT HP CAT*
Cr>':C! VTP AM^N IV STACK rAI *• ?;tC1* .5°7''9 til/'C" t>R» CORRECTED FPR PLA'JK* TF S BELPV rffrCTlOH lIHtT* 10
SA-rt* TtT'L1*): wHni'«M riiTrn t"t»Tio«i in TPAiNlf): -roT. trstUT TOTAL POIHITAW »AS' AT IOCA^IPN COO.5*8 S'A'S
P^LLUTA'IT CCNTEITOAT 1PV IN ?A"rit AN/ilTTF" - »'0 D'TA S 1 ? r 0' TQ'AL 5A»PLE = »0 DATA
PPLLU'r«VT'A?1'0': TIM - f-HTSK'L STA'MA>: TOTAL F« I
*P»A): A'""IC ArrprpTION ECIS'ION RATTS: •"CCOPC ,OCO *1 11/TCC UNIT KO tATA
IM 'TiCf C'*1 " rCrlCrT. OCO"0 C."AIN^SrF CORFECTFO FrR PLANK1* TFS BELPW DETECTION tlHIT* 10
TT'EtU*): VH»T"*N riLTrH LOCATION TN T'AINITP): TOT. REStrif TOTAL "OLLOTANT "ASS At LOCATION NO DATA
:«TPATIP« I'! TA'PIF ASSLT'EP - NO OnTA SITE OF TQTAL SA»PLE = NO OATA
ro
cn
POtl UTBNTI A?Tf7) : Z I f. r - '•(ITSTCAL STATfA): TnTAi PA«(TjtuiATE
AxAir'ii'; »ETMT»A5: AT«-IC AP'o^r'jON rnis^iON RATFS: fC"Oro.OPOOB L9/scc UNIT KO DATA
COfJCENT" AM"N I" ST'C' r»S = rCTC^I . 6ZO'J (""./TC1" CRT CPRFECTFB FOP PlANIf TF S BELOW DETECTION IIHIT* 10
SA'-r-ir Ttrtfu*): VH*T»«N 'IITFR IOCAIION TN T»AiNfTn>: •'OT. prs»»LT TOTAL POLLUTANT "ASS AT LOCATION ooz.220
POLLUTANT CPNCf »-7»AT IP" I •) - PE"KIN-EL^ER **06EL 500) ATOMIC
SPrcTRPFHOTO«ETER
"•"DFl 5TO> ATOMIC ABSORPTION
N0.1
Figure 4. Standard SOTDAT Report: Trace Element Analysis (continued)
-------
STANDAFt1
TD'N-MF KA-I "N<
"»: ot'ciiA" C"
FA'TFCN •*IF'»<'P'*T
PtANTf**2?)t ETA"PLE rnpPA'
NF OS »OTNT: 1 f
r ti ••••PL* "
rjr rpf>E: ?7'11
S C T 0 A T RITORT
» : AT?**',
RFCORB HO. OPO?
rESfRIPTION
ejoo'T !»•»: 5P9200C3 "UN "ATF; 06/0°/77
BFAS"N TFSTEPti): 1PFCTAL MUDUS
»VN
J 1*000
1 NC 'roN'OoiNG ARENCY/^RT-'A" t P'MVUTE
SOURCE TESTING 0"G» MI 7 »T TON : ENVIRONMENTAL I'-'C
«MP CT-'KAt "frp«R«Tjrvs. NOT
serf l-"«-i U?-1D : i»'ro~f nnjn »• cn""E rci -INI
PTCIS5 RfTfS II" UNITS "f NOK-SCC IINI'S. T r CO*nrSTS.
PrOCE'S DATA ««««••««•..«•<
;S I F TF D IPPf "1 )
PE'IHH f APAC TTt»»««<
rvrt
M'tL f
cr7-.'.-,T .r
suirun
rc.'sr
ASH
Nl
HEAT
THIS
PPOCES5 HTiT RATE
000100.00
ro
• •• AT' IFW rP"'Dl T 1
TF "PF UATU'-f = 21.1 DE(
BAfO*'F; T" If rnrsjU'E =
I'W'IMTY = f
Tt1; crtsit"
"'if "" ff,
••• STACK/DUCT rtr>f.Ff f T ••«
"OSS SfC'IfN » 001* .".1
OIATTIP - 01.*^ -ETERS
SITE 015CriPTlOlC01t: «MCT» CPN'tPl DFV1CF INLET
»l'CT « SOUTH OF *t'LTItYCLONF.
NU"Pl» OF STAfK tPO!VAllNT pIAffFP^ FRTH SA("-L1N5 "! IT F TO NffRfST f> I5TURPA»lt T.~-
UPSTFA-: (!• PIA-FTFR-;. POwr.Sirr«M: 7» DIA«ETfRS
«»* G )»<;
GAS TFHPERATURE =
CAS POE'SUPT =
AVE1AGE VEIOCITT =
AVE'AtE
CEl^lUS
07*8.0 H" VS APSTLIITE
1?.19 HFTE RS /S t tOND
5trm-0»T
••• RAS fOtPPSITION •••
«E ICHT = 79,50 r.P.j
» FXCESS AIR = rCOJ'' T
t WAT.R PT V1LUHF = P5.S t
» ro? nr VPLUHF = T5.7 t
T TO tlY VOLUME = CO.O T
» "2 PY VfLUHF - K.A I
T ».' PY VTLIinF = 70.9 I
T r07 PY VPLHHF = CO.O I
CONTROL BEVItf OAT"
COMTROI o»vitrirc"): cr**i"i FIIGM
MAIN POILI'TCN' fONTPPtlFD'AI 1C1 J :
TOTAL rAR'JCUlATE
TEAS INSTALLED *
OE5K.1 FIPV R'TF
r%00'7»'S.2 *CTU»l
- *rp ETFCNT
PI'YTItAL ST«TF
PA H T I Ctll ATE
"INUTt
'• TtST
> T ST
TFST TTtirOtZI') : «"!. ft. OF T. C H» •• I C'1 E "G 1' -f ER S f H I J
AVfAHl 'TTfR TFI f>ATA
ING PARAHFTER VALUE
= ooor.'oo
= 001*. Z«0
= 000?. ?50
rTER — SEE COP»-ENT = OH070.0P
s
NITI'T OF TRAVR5E POINTS I-A"PLFO THIS Rt'N = C«8
r.vrR«(.r • JSrriNFTIC S«""lTNr = 1Q7.7Q 1
'«"PII*IC TT«F - ItT "INUTf
''-PIIV& FIOV «ATE t= ,'jT»ro STAK-OARO CUPIC
Figure 5. Standard SOTDAT Report: Particle Size Test
-------
1ST R'St'LTS
PoiLt'TANT«AHi'l): TPTM PARTICULAR - "HYSTCAL STAntAJ: TOTAL PARTICULATE
ANALYSIS "F.THCD'Gi: r.»«vi-iTPic P'TMCB ENIS*ION RATFS: "cnnj.4rooo tn/rec win
CONCENTRATION j .- STAC" HAS - prroT. z?t»r r,'AiN/scF CORPECTEB FPR PLA*?*'
SArpiE TT"-E«?")r OTI't" flLTfP LOCATION IIS T«AINfT«>: »OT. RfSI'f '!)f»l "OlltfT*NT »
B » NO D»T» "!I78 Or
»T
OOIM «G/NON-SCC WNTTS
BFLPV CITATION UNIT?
HO
«fO B»T»
COM "t NTT
T-l-
CU*
nil
6()i
JOT
rl?
roop
orF"»TiNr,
ro
C"Nricf'ITIAL if.roor.dTiO"!
T" BfEOflNf ri-ISSION? STANDAPOS T0» Ntll COHT»Ot IKS T» tl AT1PM
flCV <:PIIT TN'O TVO PARAttEt "UL TI t »t tOtr S
Attl»lC(M I*-ST»t* rilTFH - riPTRPtASS "ACKHP riLTEP
STt^RA "<1BII '?* ^OBRff CASfAfE I"r«CTOB
r^t^S'iRr P»OP ACROSS UNIT UHCHES or WAT'PJ
I'TTR GASEOUS A'lB "FTHOfl 5 TEST ON ro»PS A1Z3«8. A123*9
•«• PART|C|.r SI7JN6 RESULTS •••
TO" TEST NUMPF" 1
»EST NIW>1» 1. (OOVE F"R TfST IFTHOT BUTA ANB ADBITIONAl TFST RESULT?)
•PAKTIttt SI'E 1»ISTRO"ENTATION»«
INTlON»t
PIA»FTF R
« TT.ZP *ETf»'
fl
)NP
PA'A
>NO TA'A
NO «««««p«i>Ticir
l-»STR'irrNT TT<»Ff(HI: *EF tO^PENtS
("•NUFACTUPE": SIERRA INST»U"ENTS INC
1CBTL NUH"EP: I""DEL 276
BATE LAST CALIBRATES: OC/06/7T
NIINOfii OF STAGT': C •>
V'.lt* IN OP TUT OF S'AfK" IN
FCIULl'-R"! ION TI"E: "IN
COttFCTTPN SORTAfES All M0» I TOITAf W
HFBOWABlt SUPSTBATfJ? TES
SUPSTPATE CPATI*GS? TE5
HEATEB TEFO'E ItSFRTlON" TE^
HEATEB AFTtP INSERTION? TE^
THERBAIIT INSULATED' «o
TF <">IX ATU" f
Figure 5. Standard SOTDAT Report: Particle Size Test (continued)
-------
«•• jA-PtiNf. T"AI*
(1JJEPA r'THOD
? PACTTCIE sirr'J
l»rjNr.fi»s
DtVICf. ITST: 'TAR'I'K, AT Tf"A,CTPR E»1T ««••
C!'""lATtVF «"
DISTRIBUTION
PT VEIGHTJ
<' ?.' -IfON' * "S« .f»
<- *.o "ic-OK* - c^r.°?
<=-1f'.') -IfPNf! - r'T«..P-
> ?"." "ifpNs - ri*.n-
CIIGVf FI TT !NC. T ™OP
LOG-NOR'At
fATCM •
PT-J"r ACTO" BtVICtS
I"PAtTP'!/PA'-T!CtE SI7FR
D'Vltf:
••• I-PAC'O" "E'SliRFf
TOT»t PRE^SURT PROP
ITACtOP TF."P rR ATltwr
JAf«r|.r T( "PFRAIttRr
»AT irpAfO" rxiTJ
*A»inUP PPSE0VED PflCtNT VAP1ATIO*
• IN UFA*U"f"ENT PAPACFTFRS
C "G STACK KAS TFPIPErATUPF = 005.2*
015.3C »G STACIt C-AS PRESSES = 0*5.Z*'
= "K STACK r-AS VFLPCITY « 077.*T
SAnri_jtir. FLOW HATS = 005.Ot
TS ••• ' P"ESSUPF DROP ACROSS
0*6n >"1.HG. I1PACTOR « 005.OT
ro
00
STAer.
NO.
01
OJ
UJ
0*
05
Oft
STARE
NP.
01
oz
I'!
U4
05
Oft
STABE
NO.
01
t>Z
I.'.*
04
f.'J
PC
STAC
f 1 )1«PA
niifpA
fl >I"PA
(1 )!«•«•*
U J1""A
f1)I"TA
St*f,F
T Y"E
til
Ml
M)
M5
(11
<1J
STAGF
TYPf
III
(11
Ml
Ml
Ml
Ml
r TTrE DM' "CW »5'1 IS CI'ltltATIVF N'T t«TCH D?0
KfFno'f.'Anic BETE^^Twrr. KEICMT wicif sc^oAt
tritniJUSl PE"trNT PE" ST»GF ("ICRONSI f(
CTPR ni'.ccr f 2Jc AL cut ATED °9«'x noo.no'lrr
fTPR "0".'0r < ?)C*L tl'tAYED VQ.CJf n0'5. 'OP"">
FTPR !'0 ' ."OP t ZJC AL ri'LATED ".91 POP • "OP HE
FTPR '<0?.*00 ' iJC'LCUtATED T.'X "0 1 . "OCT.
FTPP "01 .?OP 1 2JC'lS«WF HPW D»OP
Of PADIIJ' WITTH VTLPtlTY r>R"P DrTEP'INEP
OOP f •"* 101. Vie "/STC t JNO DATA
"00 I" f 005. **C ~/*lC 1 JNO DATA
DOC f" ""• "07.">1C "/SEC I JNO DATA
"00 -" fm 01*. '-CC "IT.lt I )WO DATA
I'D') ••* r» nz^.51'0 "/5Et I J10 DATA
"00 f" f" 06". "OC "VSrt t JNO DATA
STAPr TYFf Typr AT
•.M»TH/I«I (,r/« wn n«T» N" CAT
Mf'AT^AN g**/A f>IP O'T11 NP DA7
WMATrxw fr/A «p I!AT« MO DAT
tlllMfAV Gr/* ''0 OCTI" HO fAT
WMATMA*! f,F/A «!P flAT« S(fl [-A*
PAPTIttE MOW DENSITY
DENSITY IS
.•'S/CI'.t".! DETERMINED
( JNO DATA
< JNO DATA
< JNO DATA
t JNO DATA
f JNO DATA
( JNO PATA
T*"E WFICHT TARF WEIGHT
"EFOPE RUN AFTER RUN
3TOP.15P "6 POOO.1'8 HG
OCOO.T*^ "G "000.143 PG
OP00.1?» "G C000.13? MS
OP00.14^ "G C000.143 PG
OPP0.15* "6 nOOC.156 «G
Oroo.14? "G POOD. 143 «G
)«rFNTS
FI«'AL SAPPIF
WEIGHT W/0
0000. 15P »G »RT
OOOr.143 "6 BRT
OOOP.53P P6 BRY
C001.°41 «G »R»
0001.65* t»6 BRY
CC01.743 »-G »RY
Figure 5. Standard SOTDAT Report: Particle Size Test (continued)
-------
Abbreviated SOTDAT Report
The Abbreviated SOTDAT Report (Figure 6 ) consists of the first few
lines of identifying information from the Standard Report and a list of
the pollutants tested in each test run. This Report was designed to allow
users to survey the results of a set of select/sort criteria in condensed
form prior to requesting full Standard Reports for desired test runs.
29
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0 T D « T
STATtOt): NORTH CA°OLIMA
COUNTYd 1?o) : OtfRHA" CO
AOCR<16M: EASTERN "lEL'O
PLANTUW): 5»AHUE
NEfS POINT: 1.1
POLLUTANTS TISTFP: o2i?if
PLANT
N A « E
A N 9
A1J345
A D D » F : s
LISTING
DATE 11/15/79 PECORD NO. ocoi
NO: 1?-ABC-* RUN DATE: 03/21/78
TESTEtttt): NSPS PREPA°AT10N
itsT'o Bt(7): FEDERAL AGENCY CONTRACTOR
1', SOMTLE *T OU»HAH NC 'I (IN^O" ING AGE.MC Y /PROGRAM : £»A OASPS
71F CODE: '7711 SOURCE TESTING 0»CAMZ AT ION: ENV1 WOVEN T*L INC
RUs NO: 0"001
PH:
CO
O
P I «
NT N A * E
FPf«l NUI't R :
STATEC34): NORTH CA"OL1XA
COUNTT< 1 1*0): DIIRHA" CO
AOCH<166): E»STERN «MEti«ONT
LE C01PANY
AND
A123I6
A D 0 " E I
I I S T I
OATF 11/15/79 "ECORO NO. 0002
NESS POINT:
POtlUTANtS
A1171G
rir CODE:
DURH AH NC
SOURCE
i--tronT NO: 500cO?00 RUN DATE: C6/09/77
'tAS^N TtSIEO(C): SPECIAL STUDIES
TLSTrD OY(1): COWTPKCTOR fQR OWNER
C('ONCORING AGENCY/PROGRAM : PRIVATE
TESTIMG 0"G/HIZ»»TJON: ENVI RON'tfi TAL INC
RUN NO: 1AQCO
0 « T
PL'NT
N A
AND
A D D «• F Z S
LISTING
DATE 11/15/79 RECORD NO. ooos
STATtOO: NORTH CA'OLIIA I £PO"T NO: 12-ABC-4 RUN DATE: 39/03/7*
COUNTY( 1 1fo> : OURHA" CO ItASr'N TESTED(I): NSPS PREPARATION
AOCRC16*): EASTERN PIEC'OWT 1tSTrD F1YC7): FEDERAL AGENCY CONTRACTOR
PLANTU321): T"ACt ELL1ENT EXAMPLE CO 1? SAMPLE ST D'JKHA", NC '.CON^ORING AGENC Y/PROGRAM: NADP-RTP
NEDS POINT; v1 ?II' CODE: 77711 SOURCt TESTING OPGAMZHTJON: ENVIRON1ES TAL INC
POLLUTANTS TlST'D: A21?8* A216CA A21*7A
RUN NO: 0001*
PH:(«13)782-*7fO
Figure 6. Abbreviated .SOTDAT Report
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SOTDAT Emission Factor Report
The Emission Factor Report (Figure 7 ) computes an average emission
factor (in Ibs. per SCC unit) and associated statistics for tests of processes
having a specific Source Classification Code and a test result for the
desired pollutant. Qualifying test runs are previously selected from SOTDAT
using the Select/Sort Program and approved by the user as applicable.
The user can also specify weights to be given to specific test runs in
computation of the emission factor.
31
-------
S 0 T
A T
I S S I 0 H
f T 0
R F P 0
I POLLUTANT SEtECTIOMS WERE BEAD.
I POLLUTANT SELECTIONS vfRF. ACCEPTED.
0 SELECTIONS WFRE I6MOPFD DUE TO ABSENCE OF POLLUTANT Sr.LECTjON SPEC! F I C A T I ON.
................................... SUMMARY or TEST RESULTS USEO IN COMPUTATIOM
NEDS POINT ID
ST CNTY PLNT PT
24-1480-0003-
2A-t4«0-00n3-
2A-I 480-0003- I01C0707
• •• FND OF SOT-SUBFILE.
SCC
IOIOC2C2
SCC RATE AVERAGE STACK fiAS
THIS RUN
777.70G
277,700
729.70P
FLOW RATE
••••• SCFM-DRY
•.».. SCFH-ORY
••••• SCFM-DRY
POLLUTANT
A-TSP -s
A-TSP -$
O-O^AOO GRAlN/SCF
0*20000 CmlN
O.I7AOO GRAtN/SCF
STACK GAS
F
F
F
EMISSIONS
LB/SCC UNIT
3.00000
i 'OOOO"
3'00000
FORM
NUMBER wriGHT
A00133 02
A00131* "3
A00135 Ol»
NOTE! SCC UNITS USED IN THIS COMPUTATION ARE TONS BDRNpO
• •• FOOTNOTE t WEIGHTING VALUES HAWKED WITH ASTERISK WERE BLANK ON CARD - ASSUMED EQ'.'AL
«|L RESULTS IN OTHER UNITS ARE REJECTED'
ONF«
CO
7.
I.
.l.
33333
I5M4?
CO?CO
0'
I.
Ot
5?375
3A777
Ht;3S9
... ...... •••... RESULTS nr ^MISSION FACTOR
NUMBER OF TEST RESULTS FOP EMSMON RATF
ARITHMFT1C MEAN OF TEST RF.qULTS (LB/SCC U
STANDARD DEVIATION OF TFST RF.SUuTS ILB/^C
MAXIMUM TFST RF.SULT (LR/Srr UNIT)
MINIMUM TEST RESULT CLB/SCC UNIT)
ARITHMETIC MEAN OF TFST RESULTS (KG/SfC U"|Tl
STANDARD DEVIATION OF TEST RFSULTS (KC./SCC UNIT)
MAXIMUM TEST dFSULT (KG/SCr UNIT)
MINIMUM TEST RESULT IKG/SCC UNIT)
COMPUTATIONS •••
ANALYSIS ••••••••••
SEO IN COMPUTATION
JTI
UN|TI
?«501D« * WFlGMTfD MEAN of TEST RE5U|TS ILB/SCC MN | T I
1.7217'( • STANDARD DEVIATION OF TEST RESULTS ABOUT THE WEIGHTED MEAN (LB/SCC UNIT)
I.O'JS'") • WElGHTTD DEVIATION OF TEST RFSULTS ABOUT THF WElfiHTED M£«N ILB/SCC UNIT)
C«907tB • WEIGHTED MEAN OF TFST RESULTS IKG/SCC UNIT!
0.55SS3 « STANDARD DEVIATION OF TFST RESULTS ABOUT THE WEtfiHTF.D MEAN (K.G/SCC UNIT)
O.M9AB8 • WEIGHTED DEVIATION OF TEST RESULTS ABOUT THE WEIGHTED MEAN tKG/SCC UNIT)
3 RECORDS WET. READ FROM SOT-SUBTILE.
0 RFCOROS FROH SOT-SU8fILE WERE IGNORED--INCONSISTE^T SCC OR N1 .WElfiHTINfi CARD.
3 RECORDS WERE ACCEPTED.
M FORM NUMPFR WEIGHTING CARDS WFRF READ.
0 FORM HUMBFR WEIGHTING CARDS WERE REJECTED.
t FORM NUMHFR WEIGHTING CARDS WERE ACCFPTED.
I FORM NUMBERS WERE 'lOT FOUHD IN S<)T-r.UBF | LE.
3 FORM NUHBFRS WFRF: FOUND IN SOT-SUBFILE.
Figure 7. SOTDAT Emission Factor Report
-------
Additional References
Other publications that supplement this booklet for SOTDAT as well
as other AEROS data bases include:
1. AEROS_Manual Series. Volume I: AEROS Overview,
EPA-4bO/2-76-001. As the name implies, it presents
and overview of the system.
2. AEROS Manual Services. Volume II: AEROS User's
Manual. EPA-450/2-76-029. This manual describes data
coding as well as the data flow procedures.
3. AEROS Manual Series, Volume III: Summary and
Retrieval. EPA-450/2-76-009. This manual describes
computerized reports as well as several examples of
data analysis.
4. AEROS Manual Series, Volume V: AEROS Manual of
Codes. EPA-450/2-76-005. This manual contains all
necessary AEROS codes.
These manuals are available from the same sources as the publications
related to source test data mentioned earlier.
Additional information can be obtained by communicating with:
SOTDAT Project Manager
Requests and Information Section (MD-14)
National Air Data Branch
U.S. Environmental Protection Agency
Research Triangle Park NC 27711
FTS: 629-5491
Commercial: (919)541-5491
33
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TECHNTAL RSPORT DATA
-jse read fnsirucrions on me reverse be fort, completing)
. REPORT NO.
EPA-450/4-no-o25
4. TITLE AND SUBTITLE
Source Test nata System Information
3. RECIPIENT'S ACCESSION-NO.
5. REPORT DATE
6. PERFORMING ORGANIZATION CODE
7. AUTHOR(S)
8. PERFORMING ORGANIZATION REPORT NO.
National Mr nata Branch
9. PERFORMING ORGANIZATION NAME AND ADDRESS
P.S. Environmental Protection Agency
Office of Mr Quality Planning and Standards
Monitoring and nata Analysis Division
Research Triangle Park, north Carolina 27711
10. PROGRAM ELEMENT NO.
11. CONTRACT/GRANT NO.
12. SPONSORING AGENCY NAME AND ADDRESS
13. TYPE OF REPORT AND PERIOD COVERED
M.S. Environmental Protection Agency
Office of Mr, Noise, and Radiation
Office of Mr Quality Planning and Standards
Research Triangle Park, Morth Carolina 27711
14. SPONSORING AGENCY CODE
15. SUPPLEMENTARY NOTES
16. ABSTRACT
The Source Test Data (SOTDAT) System is an automated data processing system
used by the t'.S. Fnvironmental Protection Agency to store data from testing and
analysis of emissions from stationary sources of air pollution.
This booklet is designed for persons who are not familiar with SOTDAT, to
provide a description of the system and examnles of the computerized SOTDAT
reports that are available unon reguest. To meet these objectives, this booklet
includes: (1) an overview of the data contained in SOTDAT, (?) descriptions of
related publications, (3) a description of procedures for reguesting SQTDA.T
data and (4) a description of SOTDAT report capabilities and examples of
available computerized renort formats. A list of additional references is
provided for background information.
17.
KEY WORDS AND DOCUMENT ANALYSIS
DESCRIPTORS
b.lDENTIFIERS/OPEN ENDED TERMS C. COSATI Field/Group
SOTDAT
AEROS
NEDS
flADB
emissions
DISTRIBUTION STATEMENT
"clease "nlitnited
19. SECURITY CLASS (ThisReport}
Unclassified
21. NO. OF PAGES
34
20. SECURITY CLASS (Thispage)
t'nclassified
22. PRICE
EPA Form 2220-1 (9-73)
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