# Content and Layout of the Annual Electric Generator Report (EIA-860) Data Files for 2009 (v1.0)

**Note:** The actual file names include a suffix w ith the applicable data year. For more information and historic data go to w ww. eia.doe.gov/cneaf/electricity/page/eia860.html.

**Field Name Description**  **Notes U** **t i** **l i** **t y** **P l** **a n** **t G** **e n** **e r** **a t** **o r** **/ E** **x i** **s t** **G e** **n e** **r a** **t o** **r /** **P r** **o p** **G e** **n e** **r a** **t o** **r /** **R e** **t _** **I P** **O w** **n e** **r M** **u l** **t i** **F u** **e l** **/ E** **x i** **s t** **M u** **l t** **i F** **u e** **l /** **P r** **o p** **M u** **l t** **i F** **u e** **l /** **R e** **t _** **I P** **I n** **t e** **r c** **o n** **n e** **c t** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ G** **e n** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ C** **o o** **l E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **F G** **D E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **F G** **P E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **S F** **E n** **v i** **r o** **E q** **u i** **p /** **B o** **i l** **e r** **E n** **v i** **r o** **E q** **u i** **p /** **C o** **n t** **r o** **l s** **E n** **v i** **r o** **E q** **u i** **p /** **C o** **o l** **i n** **g E** **n v** **i r** **o E** **q u** **i p** **/ F** **G D** **E n** **v i** **r o** **E q** **u i** **p /** **F G** **P E** **n v** **i r** **o E** **q u** **i p** **/ S** **t a** **c k** **F l** **u e** 



# UTILITY_ID EIA-assigned identification number for the

company that is responsible for the day-to-day

operations of the generator x x x x x x x x x x x x x x x x x x x x x

UTILITY_NAME Legal name of the company that is

responsible for the day-to-day operations of

the generator x x x x x x x x x x x x x x x

PLANT_CODE EIA-assigned plant code x x x x x x x x x x x x x x x x x x x x

PLANT_NAME Plant name x x x x x x x x x x x x x x x

STATE Plant state x x x x x x x x x x x x x x x

COUNTY Plant county x x x x x x x x x x x x x x

GENERATOR_ID Generator identification number x x x x x x x x x

INTERCONNECTION_MONTH Month that the interconnection occurred x

INTERCONNECTION_YEAR Year that the interconnection occurred x

INTERCONNECTION_REQUEST_MONTH Month that the first request for interconnection

wa s filed w ith the grid operator x

INTERCONNECTION_REQUEST_YEAR Year that the first request for interconnection

wa s filed w ith the grid operator x

INTERCONNECTION_CITY Nearest city or tow n w here the interconnection

equipment is located x

INTERCONNECTION_STATE State of nearest city or tow n w here the

interconnection equipment is located x

GRID_VOLTAGE Grid voltage in kV at the point of

interconnection betw een the generator and the

grid x

TRANSMISSION_OWNERNAME Name of the ow ner of the transmission or

distribution facilities to w hich the generator is

interconnected x

INTERCONNECTION_COST Total cost incurred (in thousand dollars) to

accomplish the physical interconnection x

TRANSMISSION_LINE Indicates w hether the transmission or

distribution lines, transformers, protective

devices, substation or sw itching stations,

and/or other equipment, as appropriate, are

included in the interconnection cost Yes / No x

TRANSFORMER Indicates w hether the transmission or

distribution lines, transformers, protective

devices, substation or sw itching stations,

and/or other equipment, as appropriate, are

included in the interconnection cost Yes / No x

PROTECTIVE_DEVICES Indicates w hether the transmission or

distribution lines, transformers, protective

devices, substation or sw itching stations,

and/or other equipment, as appropriate, are

included in the interconnection cost Yes / No x

SUBSTATION Indicates w hether the transmission or

distribution lines, transformers, protective

devices, substation or sw itching stations,

and/or other equipment, as appropriate, are

included in the interconnection cost Yes / No x

OTHER_EQUIPMENT Indicates w hether the transmission or

distribution lines, transformers, protective

devices, substation or sw itching stations,

and/or other equipment, as appropriate, are

included in the interconnection cost Yes / No x

GRID_ENHANCEMENT_COST Amount incurred for any other grid

enhancements or reinforcements that w ere

needed to accommodate pow er deliveries

from the new

generator x

GRID_COST_REPAID Indicates w hether the grid enhancement

costs, or some portion of them, w ill be repaid

to the company at some point by the ow ner of

the grid, or by the party w ith w hom the

company contracted for the interconnection Yes / No x

TRANSMISSION_RIGHTS_SECURED Indicates w hether the specific transmission

use rights w

ere secured as a result of the

interconnection costs incurred Yes / No x

# Field Name **Description Notes** **U t** **i l** **i t** **y P** **l a** **n t** **G e** **n e** **r a** **t o** **r /** **E x** **i s** **t G** **e n** **e r** **a t** **o r** **/ P** **r o** **p G** **e n** **e r** **a t** **o r** **/ R** **e t** **_ I** **P O** **w n** **e r** **M u** **l t** **i F** **u e** **l /** **E x** **i s** **t M** **u l** **t i** **F u** **e l** **/ P** **r o** **p M** **u l** **t i** **F u** **e l** **/ R** **e t** **_ I** **P I** **n t** **e r** **c o** **n n** **e c** **t E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **G e** **n E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **C o** **o l** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ F** **G D** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ F** **G P** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ S** **F E** **n v** **i r** **o E** **q u** **i p** **/ B** **o i** **l e** **r E** **n v** **i r** **o E** **q u** **i p** **/ C** **o n** **t r** **o l** **s E** **n v** **i r** **o E** **q u** **i p** **/ C** **o o** **l i** **n g** **E n** **v i** **r o** **E q** **u i** **p /** **F G** **D E** **n v** **i r** **o E** **q u** **i p** **/ F** **G P** **E n** **v i** **r o** **E q** **u i** **p /** **S t** **a c** **k F** **l u** **e**



# PRIME_MOVER EIA assigned code for the prime mover (i.e.

the engine, turbine, w ater w heel, or similar

machine that drives an electric generator) See Table 1 in tab 'Reference

Tables I' x x x x x x

STATUS The operating status of the generator See Tables 3a, 3b and 3c in tab

'Reference Tables I' x x x x

OWNERSHIP_ID EIA-assigned ow ner's identification number x

OWNER_NAME Name of ow ner x

OWNER_STATE State for ow ner x

PERCENT_OWNED Percent of generator ow nership x

MULTIPLE_FUELS Indicates w hether the combustion system that

wi ll pow er each proposed generator expects to

have the regulatory permits necessary to fuel

sw itch Yes / No x x x x x x

COFIRE_FUELS Indicates w hether the combustion system that

wi ll pow er each proposed generator expects to

have the regulatory permits necessary to cofire fuels Yes / No x x x

COFIRE_ENERGY_SOURCE_1 The codes representing the type of fuel that

wi ll be co-fired See Table 2 in tab 'Reference

Tables I' x x x

COFIRE_ENERGY_SOURCE_2 The codes representing the type of fuel that

wi ll be co-fired See Table 2 in tab 'Reference

Tables I' x x x

COFIRE_ENERGY_SOURCE_3 The codes representing the type of fuel that

wi ll be co-fired See Table 2 in tab 'Reference

Tables I' x x x

COFIRE_ENERGY_SOURCE_4 The codes representing the type of fuel that

wi ll be co-fired See Table 2 in tab 'Reference

Tables I' x x x

COFIRE_ENERGY_SOURCE_5 The codes representing the type of fuel that

wi ll be co-fired See Table 2 in tab 'Reference

Tables I' x x x

COFIRE_ENERGY_SOURCE_6 The codes representing the type of fuel that

wi ll be co-fired See Table 2 in tab 'Reference

Tables I' x x x

COFIRE_OIL_GAS Indicates w hether the proposed unit expects

to be able to co-fire fuel oil w ith natural gas Yes / No x x x

COFIRE_100_OIL Indicates w hether the proposed unit is

expected to be able to run on 100 percent oil Yes / No x x x

MAX_OIL_HEAT The maximum oil heat input (% of MMBtus)

expected for proposed unit w hen co-firing w ith

natural gas x x x

MAX_OIL_OUTPUT The maximum output (net MW) expected for

proposed unit, w hen making the maximum

use of oil and co-firing natural gas x x x

FUEL_SWITCH Indicates w hether unit w ill be able to sw itch

fuels Yes / No x x x

FUEL_SWITCH_OIL_GAS Indicates w hether the unit can co-fire fuel oil

wi th natural gas Yes / No x x x

NET_SUMMER_CAPACITY_NG The maximum output (summer net MW) that

the unit is expected to achieve, taking into

account all applicable legal, regulatory, and

technical limits, w hen running on natural gas x x x

NET_SUMMER_CAPACITY_OIL The maximum output (summer net MW) that

the unit is expected to achieve, taking into

account all applicable legal, regulatory, and

technical limits, w hen running on oil x x x

TIME_TO_SWITCH The amount of time it is expected to take to

sw itch the generator from using 100 percent

natural gas to 100 percent oil 0 to 6 hours

over 6 to 24 hours

over 24 to 72 hours

over 72 hours.

Unknow n or uncertain x x x

REGULATORY_LIMITS Indicates w hether there are factors that limit

the operation of the generator w hen running

on 100 percent oil Yes / No x x x

STORAGE_LIMITS Indicates that limited on site fuel storage is a

factor that limits the operation of the generator

wh en running on 100 percent oil Yes / No x x x

AIRPERMIT_LIMITS Indicates that air permit limits is a factor that

limits the operation of the generator w hen

running on 100 percent oil Yes / No x x x

OTHER_LIMITS Indicates that there are other factors that limit

the operation of the generator w hen running

on 100 percent oil Yes / No x x x

# Field Name **Description Notes** **U t** **i l** **i t** **y P** **l a** **n t** **G e** **n e** **r a** **t o** **r /** **E x** **i s** **t G** **e n** **e r** **a t** **o r** **/ P** **r o** **p G** **e n** **e r** **a t** **o r** **/ R** **e t** **_ I** **P O** **w n** **e r** **M u** **l t** **i F** **u e** **l /** **E x** **i s** **t M** **u l** **t i** **F u** **e l** **/ P** **r o** **p M** **u l** **t i** **F u** **e l** **/ R** **e t** **_ I** **P I** **n t** **e r** **c o** **n n** **e c** **t E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **G e** **n E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **C o** **o l** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ F** **G D** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ F** **G P** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ S** **F E** **n v** **i r** **o E** **q u** **i p** **/ B** **o i** **l e** **r E** **n v** **i r** **o E** **q u** **i p** **/ C** **o n** **t r** **o l** **s E** **n v** **i r** **o E** **q u** **i p** **/ C** **o o** **l i** **n g** **E n** **v i** **r o** **E q** **u i** **p /** **F G** **D E** **n v** **i r** **o E** **q u** **i p** **/ F** **G P** **E n** **v i** **r o** **E q** **u i** **p /** **S t** **a c** **k F** **l u** **e**



# FUEL_SWITCH_ENERGY_SOURCE_1 The codes representing the type of fuel that

wi ll be able to be used as a sole source of fuel

for this unit See Table 2 in tab 'Reference

Tables I' x x x

FUEL_SWITCH_ENERGY_SOURCE_2 The codes representing the type of fuel that

wi ll be able to be used as a sole source of fuel

for this unit See Table 2 in tab 'Reference

Tables I' x x x

FUEL_SWITCH_ENERGY_SOURCE_3 The codes representing the type of fuel that

wi ll be able to be used as a sole source of fuel

for this unit See Table 2 in tab 'Reference

Tables I' x x x

FUEL_SWITCH_ENERGY_SOURCE_4 The codes representing the type of fuel that

wi ll be able to be used as a sole source of fuel

for this unit See Table 2 in tab 'Reference

Tables I' x x x

FUEL_SWITCH_ENERGY_SOURCE_5 The codes representing the type of fuel that

wi ll be able to be used as a sole source of fuel

for this unit See Table 2 in tab 'Reference

Tables I' x x x

FUEL_SWITCH_ENERGY_SOURCE_6 The codes representing the type of fuel that

wi ll be able to be used as a sole source of fuel

for this unit See Table 2 in tab 'Reference

Tables I' x x x

NAMEPLATE The highest value on the generator nameplate

in megaw

atts rounded to the nearest tenth x x x

SUMMER_CAPABILITY The net summer capacity x x x

WINTER_CAPABILITY The net w inter capacity x x x

SUMMER_ESTIMATED_CAPABILITY EIA estimated summer capacity (in MWh) x

WINTER_ESTIMATED_CAPABILITY EIA estimated w inter capacity (in MWh) x

UNIT_CODE Multi-generator code that identifies all

generators that are operated w ith other

generators as a single unit

OPERATING_MONTH Month the generator began commercial

operation x x

OPERATING_YEAR Year the generator began commercial

operation x x

RETIREMENT_MONTH Month the generator retired x

RETIREMENT_YEAR Year the generator retired x

EFFECTIVE_MONTH The original effective month on w hich the

generator w

as scheduled to start operation x

EFFECTIVE_YEAR The original effective year on w hich the

generator w

as scheduled to start operation x

CURRENT_MONTH The most recently updated effective month on

wh ich the generator is scheduled to start

operation x

CURRENT_YEAR The most recently updated effective year on

wh ich the generator is scheduled to start

operation x

ENERGY_SOURCE_1 The code representing the most predominant

type of energy that fuels the generator See Table 2 in tab 'Reference

Tables I' x x x

ENERGY_SOURCE_2 The code representing the second most

predominant type of energy that fuels the

generator See Table 2 in tab 'Reference

Tables I' x x x

ENERGY_SOURCE_3 The code representing the third, fourth, fifth

and sixth most predominant type of energy

that fuels the generator See Table 2 in tab 'Reference

Tables I' x x x

ENERGY_SOURCE_4 The code representing the third, fourth, fifth

and sixth most predominant type of energy

that fuels the generator See Table 2 in tab 'Reference

Tables I' x x x

ENERGY_SOURCE_5 The code representing the third, fourth, fifth

and sixth most predominant type of energy

that fuels the generator See Table 2 in tab 'Reference

Tables I' x x x

ENERGY_SOURCE_6 The code representing the third, fourth, fifth

and sixth most predominant type of energy

that fuels the generator See Table 2 in tab 'Reference

Tables I' x x x

OPERATING_SWITCH Indicates w hether the proposed unit w ill be

able to sw itch fuels w hile operating Yes / No x x x

DELIVER_POWER_TRANSGRID Indicate w hether the generator can deliver

pow er to the transmission grid x x

SYNCHRONIZED_GRID Indicates w hether standby generators (SB

status) can be synchronized to the grid Yes / No x x

OWNERSHIP Identifies the ow nership for each generator S=Single ow nership

J= Joint ow nership

W=Wholly ow ned by an other entity x x x

TURBINES Number of w ind turbines x x x

# Field Name **Description Notes** **U t** **i l** **i t** **y P** **l a** **n t** **G e** **n e** **r a** **t o** **r /** **E x** **i s** **t G** **e n** **e r** **a t** **o r** **/ P** **r o** **p G** **e n** **e r** **a t** **o r** **/ R** **e t** **_ I** **P O** **w n** **e r** **M u** **l t** **i F** **u e** **l /** **E x** **i s** **t M** **u l** **t i** **F u** **e l** **/ P** **r o** **p M** **u l** **t i** **F u** **e l** **/ R** **e t** **_ I** **P I** **n t** **e r** **c o** **n n** **e c** **t E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **G e** **n E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **C o** **o l** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ F** **G D** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ F** **G P** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ S** **F E** **n v** **i r** **o E** **q u** **i p** **/ B** **o i** **l e** **r E** **n v** **i r** **o E** **q u** **i p** **/ C** **o n** **t r** **o l** **s E** **n v** **i r** **o E** **q u** **i p** **/ C** **o o** **l i** **n g** **E n** **v i** **r o** **E q** **u i** **p /** **F G** **D E** **n v** **i r** **o E** **q u** **i p** **/ F** **G P** **E n** **v i** **r o** **E q** **u i** **p /** **S t** **a c** **k F** **l u** **e**



# COGENERATOR Indicates w hether the generator is associated

wi th a combined heat and pow er system Yes / No x x x

SECTOR_NAME Plant-level sector name, designated by the

primary purpose, regulatory status and plantlevel combined heat and pow er status Commercial; Electric Utility;

Industrial; Non-Combined Heat and

Pow er Independent Pow

er

Producer (IPP); Combined Heat

and Pow er (IPP CHP) x x

SECTOR_NUMBER Plant-level sector number, designated by the

primary purpose, regulatory status and plantlevel combined heat and pow er status 1 = Electric Utility

2 = Independent Pow

er Producer,

Non-Combined Heat and Pow er

3 = Independent Pow

er Producer,

Combined Heat and Pow er

4 = Commercial, Non-Combined

Heat and Pow

er

5 = Commercial, Combined Heat

and Pow er

6 = Industrial, Non-Combined Heat

and Pow er

7 = Industrial, Combined Heat and

Pow er x x

TOPPING_BOTTOMING If the generator is associated w ith a combined

heat and pow

er system, indicates w hether the

generator is part of a topping cycle or a

bottoming cycle T = Topping

B = Bottoming x x

DUCT_BURNERS Indicates w hether the unit has duct-burners for

supplementary firing of the turbine exhaust

gas x x

PLANNED_MODIFICATIONS Indicates w hether there are any planned

capacity uprates/derates, repow ering, other

modifications, or generator retirements

scheduled for the next 5 years Yes / No x x

PLANNED_UPRATES_NET_SUMMER_CAP Increase in summer capacity expected to be

realized from the modification to the

equipment x x

PLANNED_UPRATES_NET_WINTER_CAP Increase in w inter capacity expected to be

realized from the uprate modification to the

equipment x x

PLANNED_UPRATES_MONTH Planned effective month that the generator is

scheduled to enter operation after the uprate

modification x x

PLANNED_UPRATES_YEAR Planned effective year that the generator is

scheduled to enter operation after the uprate

modification x x

PLANNED_DERATES_NET_SUMMER_CAP Decrease in summer capacity expected to be

realized from the derate modification to the

equipment x x

PLANNED_DERATES_NET_WINTER_CAP Decrease in w inter capacity expected to be

realized from the derate modification to the

equipment x x

PLANNED_DERATES_MONTH Planned effective month that the generator is

scheduled to enter operation after the derate

modification x x

PLANNED_DERATES_YEAR Planned effective year that the generator is

scheduled to enter operation after the derate

modification x x

PLANNED_NEW_PRIMEMOVER New prime mover for the planned repow ered

generator See Table 1 in tab 'Reference

Tables I' x x

PLANNED_ENERGY_SOURCE_1 New energy source code for the planned

repow ered generator See Table 2 in tab 'Reference

Tables I' x x

PLANNED_REPOWER_MONTH Planned effective month that the generator is

scheduled to enter operation after the

repow ering is complete x x

PLANNED_REPOWER_YEAR Planned effective year that the generator is

scheduled to enter operation after the

repow ering is complete x x

OTHER_MODS Indicates w hether there are there other

modifications planned for the generator Yes / No x x

OTHER_MOD_MONTH Planned effective month that the generator is

scheduled to enter commercial operation after

any other planned modification is complete x x

# Field Name **Description Notes** **U t** **i l** **i t** **y P** **l a** **n t** **G e** **n e** **r a** **t o** **r /** **E x** **i s** **t G** **e n** **e r** **a t** **o r** **/ P** **r o** **p G** **e n** **e r** **a t** **o r** **/ R** **e t** **_ I** **P O** **w n** **e r** **M u** **l t** **i F** **u e** **l /** **E x** **i s** **t M** **u l** **t i** **F u** **e l** **/ P** **r o** **p M** **u l** **t i** **F u** **e l** **/ R** **e t** **_ I** **P I** **n t** **e r** **c o** **n n** **e c** **t E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **G e** **n E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **C o** **o l** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ F** **G D** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ F** **G P** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ S** **F E** **n v** **i r** **o E** **q u** **i p** **/ B** **o i** **l e** **r E** **n v** **i r** **o E** **q u** **i p** **/ C** **o n** **t r** **o l** **s E** **n v** **i r** **o E** **q u** **i p** **/ C** **o o** **l i** **n g** **E n** **v i** **r o** **E q** **u i** **p /** **F G** **D E** **n v** **i r** **o E** **q u** **i p** **/ F** **G P** **E n** **v i** **r o** **E q** **u i** **p /** **S t** **a c** **k F** **l u** **e**



# OTHER_MOD_YEAR Planned effective year that the generator is

scheduled to enter commercial operation after

any other planned modofication is complete x x

PLANNED_RETIREMENT_MONTH Planned effective month of the scheduled

retirement of the generator x

PLANNED_RETIREMENT_YEAR Planned effective year of the scheduled

retirement of the generator x

SFG_SYSTEM Indicates w hether the generator is part of a

solid fuel gasification system Yes / No x x x

PULVERIZED_COAL Indicates that the generator uses pulverized

coal technology x x x

FLUIDIZED_BED Indicates that the generator uses fluidized bed

technology x x x

SUBCRITICAL Indicates that the generator uses subcritical

technology x x x

SUPERCRITICAL Indicates that the generator uses supercritical

technology x x x

ULTRASUPERCRITICAL Indicates that the generator uses ultrasupercritical technology x x x

CARBONCAPTURE Indicates that the generator uses carbon

capture technology x x x

STARTUP_SOURCE_1 The code representing the first, second, third

or fourth start-up and flame stabilization

energy source used by the combustion unit(s)

associated w ith this generator See Table 2 in tab 'Reference

Tables I' x x x

STARTUP_SOURCE_2 The code representing the first, second, third

or fourth start-up and flame stabilization

energy source used by the combustion unit(s)

associated w ith this generator See Table 2 in tab 'Reference

Tables I' x x x

STARTUP_SOURCE_3 The code representing the first, second, third

or fourth start-up and flame stabilization

energy source used by the combustion unit(s)

associated w ith this generator See Table 2 in tab 'Reference

Tables I' x x x

STARTUP_SOURCE_4 The code representing the first, second, third

or fourth start-up and flame stabilization

energy source used by the combustion unit(s)

associated w ith this generator See Table 2 in tab 'Reference

Tables I' x x x

UTILITY_ATTENTION_LINE Mail attention name of the operator/ow ner x

UTILITY_PO_BOX_LINE Post office box address of the operator/ow ner x

UTILITY_STREET_ADDRESS Street address of the operator/ow ner x

UTILITY_CITY Name of the city in w hich operator/ow ner is

located x

UTILITY_STATE State of the operator/ow ner x

UTILITY_ZIP5 Zip code of the operator/ow ner x

UTILITY_ZIP4 Zip code extension of the operator/ow ner x

CONTACT_FIRSTNAME First name of primary contact x

CONTACT_NAME Last name of primary contact x

CONTACT_TITLE Title of primary contact x

CONTACT_FIRSTNAME2 First name of primary contact's supervisor x

CONTACT_NAME2 Last name of primary contact's supervisor x

CONTACT_TITLE2 Title of primary contact's supervisor x

STREET_ADDRESS Street address of the pow er plant x

CITY Name of the city in w hich the plant is located x

ZIP5 Zip code of the plant x

NAME_OF_WATER_SOURCE Name of the principal source from w hich

cooling w

ater for thermal-electric plants and

wa ter for generating pow er for hydroelectric

plants is directly obtained x x x x x x x

NERC NERC region in w hich the plant is located See Table 4 in tab 'Reference

Tables I' x

PRIMARY_PURPOSE North American Industry Classification System

(NAICS) code that best describes the primary

purpose of the reporting plant x

OWNERTRANSDIST Name of the ow ner of the transmission or

distribution system to w hich the plant is

interconnected x

# Field Name **Description Notes** **U t** **i l** **i t** **y P** **l a** **n t** **G e** **n e** **r a** **t o** **r /** **E x** **i s** **t G** **e n** **e r** **a t** **o r** **/ P** **r o** **p G** **e n** **e r** **a t** **o r** **/ R** **e t** **_ I** **P O** **w n** **e r** **M u** **l t** **i F** **u e** **l /** **E x** **i s** **t M** **u l** **t i** **F u** **e l** **/ P** **r o** **p M** **u l** **t i** **F u** **e l** **/ R** **e t** **_ I** **P I** **n t** **e r** **c o** **n n** **e c** **t E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **G e** **n E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **C o** **o l** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ F** **G D** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ F** **G P** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ S** **F E** **n v** **i r** **o E** **q u** **i p** **/ B** **o i** **l e** **r E** **n v** **i r** **o E** **q u** **i p** **/ C** **o n** **t r** **o l** **s E** **n v** **i r** **o E** **q u** **i p** **/ C** **o o** **l i** **n g** **E n** **v i** **r o** **E q** **u i** **p /** **F G** **D E** **n v** **i r** **o E** **q u** **i p** **/ F** **G P** **E n** **v i** **r o** **E q** **u i** **p /** **S t** **a c** **k F** **l u** **e**



# OWNERTRANSID EIA-assigned code for ow ner of

transmission/distribution system to w hich the

plant is interconnected x

OWNERSTATE State location for ow ner of

transmission/distribution system to w hich the

plant is interconnected x

REGULATORY_STATUS Indicates w hether the plant is regulated or nonregulated x

FERC_COGEN Indicates of w hether the plant has FERC

qualifying facility cogenerator status Yes / No x

FERC_COGEN_DOCKET The docket number relating to the FERC

qualifying facility cogenerator status x

FERC_SMALL_POWER Indicates of w hether the plant has FERC

qualifying facility small pow er producer status Yes / No x

FERC_SMALL_POWER_DOCKET The docket number relating to the FERC

qualifying facility small pow er producer status x

FERC_EXEMPT_WHOLESALE Indicates of w hether the plant has FERC

qualifying facility exempt w holesale generator

status Yes / No x

FERC_EXEMPT_WHOLESALE_DOCKET The docket number relating to the FERC

qualifying facility exempt w holesale generator

status x

BOILER_ID Boiler identification number x x x x x x x

GENERATOR_ASSOCIATION Indicates w hether boiler associations w ith

generator during the year w ere actual or

theoretical A = Actual

T = Theoretical x

COOLING_ID Cooling system identification number x x

FGD_ID Flue gas desulfurization identification number x x

FGP_ID Flue gas particulate collector identification

number x x

FLUE_ID Flue identification number x x

STACK_ID Stack identification number x x

BOILER_STATUS Boiler status See Table 3d in tab 'Reference

Tables I' x x

PLANT_SUM_CAP The plany summer capacity associated w ith

the operating generators at the plant x x x x x x

TYPE_OF_BOILER Indicates the standards under w hich the boiler

is operating as described in the U.S.

Environmental Protection Agency regulation

under 40 CFR See Table 10 in tab 'Reference

Tables II' x

NSR Indicates w hether the boiler is subject to New

Source Review

requirements Yes / No x

NSR_DATE_MM Month of issued New Source Review

permit x

NSR_DATE_YR Year of issued New Source Review

permit x

NSR_PERMIT New Source Review

permit number x

REGULATION_PARTICULATE Most stringent type of statute or regulation

code under w hich the boiler is operating for

particulate matter FD = Federal

ST=State

LO=Local

NA=Not Applicable x

REGULATION_SULFUR Most stringent type of statute or regulation

code under w hich the boiler is operating for

sulfur dioxide FD = Federal

ST=State

LO=Local

NA=Not Applicable x

REGULATION_NITROGEN Most stringent type of statute or regulation

code under w hich the boiler is operating for

nitrogen oxides FD = Federal

ST=State

LO=Local

NA=Not Applicable x

STANDARD_PARTICULATE_RATE Numeric value for the unit of measurement

specified for particulate matter x

STANDARD_SULFUR_RATE Numeric value for the unit of measurement

specified for sulfur dioxide x

STANDARD_NITROGEN_RATE Numeric value for the unit of measurement

specified for nitrogen oxide x

UNIT_PARTICULATE Unit of measurement specified for particulate

matter See Table 11a in tab 'Reference

Tables III' x

UNIT_SULFUR Unit of measurement specified for sulfur

Dioxide See Table 11b in tab 'Reference

Tables III' x

UNIT_NITROGEN Unit of measurement specified for Nitrogen

Oxides See Table 11c in tab 'Reference

Tables III' x

PERIOD_PARTICULATE Period of time over w hich measurements for

particulate matter w ere averaged See Table 5 in tab 'Reference

Tables I' x

# Field Name **Description Notes** **U t** **i l** **i t** **y P** **l a** **n t** **G e** **n e** **r a** **t o** **r /** **E x** **i s** **t G** **e n** **e r** **a t** **o r** **/ P** **r o** **p G** **e n** **e r** **a t** **o r** **/ R** **e t** **_ I** **P O** **w n** **e r** **M u** **l t** **i F** **u e** **l /** **E x** **i s** **t M** **u l** **t i** **F u** **e l** **/ P** **r o** **p M** **u l** **t i** **F u** **e l** **/ R** **e t** **_ I** **P I** **n t** **e r** **c o** **n n** **e c** **t E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **G e** **n E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **C o** **o l** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ F** **G D** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ F** **G P** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ S** **F E** **n v** **i r** **o E** **q u** **i p** **/ B** **o i** **l e** **r E** **n v** **i r** **o E** **q u** **i p** **/ C** **o n** **t r** **o l** **s E** **n v** **i r** **o E** **q u** **i p** **/ C** **o o** **l i** **n g** **E n** **v i** **r o** **E q** **u i** **p /** **F G** **D E** **n v** **i r** **o E** **q u** **i p** **/ F** **G P** **E n** **v i** **r o** **E q** **u i** **p /** **S t** **a c** **k F** **l u** **e**



# PERIOD_SULFUR Period of time over w hich measurements for

sulfur dioxide w

ere averaged See Table 5 in tab 'Reference

Tables I' x

PERIOD_NITROGEN Period of time over w hich measurements for

nitrogen oxides w

ere averaged See Table 5 in tab 'Reference

Tables I' x

COMP_YEAR_PARTICULATE Year boiler w as or is expected to be in

compliance w ith federal, state and/or local

regulations for particulate matter x

COMP_YEAR_SULFUR Year boiler w as or is expected to be in

compliance w ith federal, state and/or local

regulations for sulfur dioxide x

COMP_YEAR_NITROGEN Year boiler w as or is expected to be in

compliance w ith federal, state and/or local

regulations for nitrogen oxide x

STRATEGY_PARTICULATE1 If boiler is not in compliance w ith particulate

matter regulations, strategy for compliance See Table 12a in tab 'Reference

Tables III' x

STRATEGY_PARTICULATE2 If boiler is not in compliance w ith particulate

matter regulations, strategy for compliance See Table 12a in tab 'Reference

Tables III' x

STRATEGY_PARTICULATE3 If boiler is not in compliance w ith particulate

matter regulations, strategy for compliance See Table 12a in tab 'Reference

Tables III' x

STRATEGY_SULFUR1 If boiler is not in compliance w ith sulfur

dioxide regulations, strategy for compliance See Table 12b in tab 'Reference

Tables III' x

STRATEGY_SULFUR2 If boiler is not in compliance w ith sulfur

dioxide regulations, strategy for compliance See Table 12b in tab 'Reference

Tables III' x

STRATEGY_SULFUR3 If boiler is not in compliance w ith sulfur

dioxide regulations, strategy for compliance See Table 12b in tab 'Reference

Tables III' x

STRATEGY_NITROGEN1 If boiler is not in compliance w ith nitrogen

oxides regulations, strategy for compliance See Table 12c in tab 'Reference

Tables III' x

STRATEGY_NITROGEN2 If boiler is not in compliance w ith nitrogen

oxides regulations, strategy for compliance See Table 12c in tab 'Reference

Tables III' x

STRATEGY_NITROGEN3 If boiler is not in compliance w ith nitrogen

oxides regulations, strategy for compliance See Table 12c in tab 'Reference

Tables III' x

STRATEGY_FOR_CAAA1 Existing strategies to meet the sulfur dioxide

requirements of Title IV of the Clean Air Act

Amendment of 1990 See Table 12b in tab 'Reference

Tables III' x

STRATEGY_FOR_CAAA2 Existing strategies to meet the sulfur dioxide

requirements of Title IV of the Clean Air Act

Amendment of 1990 See Table 12b in tab 'Reference

Tables III' x

STRATEGY_FOR_CAAA3 Existing strategies to meet the sulfur dioxide

requirements of Title IV of the Clean Air Act

Amendment of 1990 See Table 12b in tab 'Reference

Tables III' x

PLANNED_FOR_CAAA1 Planned strategies to meet the sulfur dioxide

requirements of Title IV of the Clean Air Act

Amendment of 1990 See Table 12b in tab 'Reference

Tables III' x

PLANNED_FOR_CAAA2 Planned strategies to meet the sulfur dioxide

requirements of Title IV of the Clean Air Act

Amendment of 1990 See Table 12b in tab 'Reference

Tables III' x

PLANNED_FOR_CAAA3 Planned strategies to meet the sulfur dioxide

requirements of Title IV of the Clean Air Act

Amendment of 1990 See Table 12b in tab 'Reference

Tables III' x

BOILER_MANUFACTURER Boiler manufacturer code See Table 13 in tab 'Reference

Tables IV' x

INSERVICE_MM Actual or projected month of commercial

operation of the Boiler/Cooling System/FGD

unit/FGP unit/Stack (or Flue) x x x x x

INSERVICE_YR Actual or projected year of commercial

operation of the Boiler/Cooling System/FGD

unit/FGP unit/Stack (or Flue) x x x x x

RETIREMENT_MM Actual or projected month of retirement x

RETIREMENT_YR Actual or projected month of retirement x

MAX_STEAM_FLOW Maximum continuous steam flow at 100

percent load (thousand pounds per hour) x

COAL_FIRE_STEAM_FLOW Design firing rate at maximum continuous

steam flow

for coal (nearest 0.1 ton per hour) x

PET_FIRE_STEAM_FLOW Design firing rate at maximum continuous

steam flow

for pet coke (nearest 0.1 barrels

per hour) x

GAS_FIRE_STEAM_FLOW Design firing rate at maximum continuous

steam flow

for gas (nearest 0.1 cubic feet per

hour) x

OTHER_FIRE_STEAM_FLOW Design firing rate at maximum continuous

steam flow

for w aste heat x

# Field Name **Description Notes** **U t** **i l** **i t** **y P** **l a** **n t** **G e** **n e** **r a** **t o** **r /** **E x** **i s** **t G** **e n** **e r** **a t** **o r** **/ P** **r o** **p G** **e n** **e r** **a t** **o r** **/ R** **e t** **_ I** **P O** **w n** **e r** **M u** **l t** **i F** **u e** **l /** **E x** **i s** **t M** **u l** **t i** **F u** **e l** **/ P** **r o** **p M** **u l** **t i** **F u** **e l** **/ R** **e t** **_ I** **P I** **n t** **e r** **c o** **n n** **e c** **t E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **G e** **n E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **C o** **o l** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ F** **G D** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ F** **G P** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ S** **F E** **n v** **i r** **o E** **q u** **i p** **/ B** **o i** **l e** **r E** **n v** **i r** **o E** **q u** **i p** **/ C** **o n** **t r** **o l** **s E** **n v** **i r** **o E** **q u** **i p** **/ C** **o o** **l i** **n g** **E n** **v i** **r o** **E q** **u i** **p /** **F G** **D E** **n v** **i r** **o E** **q u** **i p** **/ F** **G P** **E n** **v i** **r o** **E q** **u i** **p /** **S t** **a c** **k F** **l u** **e**



# WASTE_HEAT_INPUT Design w aste-heat input rate at maximum

continuous steam flow

w here a w

aste-heat

boiler is a boiler that receives all or a

substantial portion of its energy input from the

noncumbustible exhaust gases of a separate

fuel-burning process (million Btu per hour) x

PRIMARY_FUEL1 Primary fuels used in order of predominance See Table 2 in tab 'Reference

Tables I' x

PRIMARY_FUEL2 Primary fuels used in order of predominance See Table 2 in tab 'Reference

Tables I' x

PRIMARY_FUEL3 Primary fuels used in order of predominance See Table 2 in tab 'Reference

Tables I' x

PRIMARY_FUEL4 Primary fuels used in order of predominance See Table 2 in tab 'Reference

Tables I' x

PRIMARY_FUEL5 Primary fuels used in order of predominance See Table 2 in tab 'Reference

Tables I' x

PRIMARY_FUEL6 Primary fuels used in order of predominance See Table 2 in tab 'Reference

Tables I' x

PRIMARY_FUEL7 Primary fuels used in order of predominance See Table 2 in tab 'Reference

Tables I' x

PRIMARY_FUEL8 Primary fuels used in order of predominance See Table 2 in tab 'Reference

Tables I' x

FIRE_PRIMARY_FUEL1 Indicates the first, second and third type of

firing used w ith primary fuels See Table 6c in tab 'Reference

Tables II' x

FIRE_PRIMARY_FUEL2 Indicates the first, second and third type of

firing used w ith primary fuels See Table 6c in tab 'Reference

Tables II' x

FIRE_PRIMARY_FUEL3 Indicates the first, second and third type of

firing used w ith primary fuels See Table 6c in tab 'Reference

Tables II' x

EFFICIENCY_100_PCT_LOAD Boiler efficiency w hen burning at 100 percent

load (nearest 0.1 percent) x

EFFICIENCY_50_PCT_LOAD Boiler efficiency w hen burning at 50 percent

load (nearest 0.1 percent) x

AIR_FLOW_100_PCT_LOAD Total air flow including excess air at 100

percent load, reported at standard

temperature and pressure (i.e. 68 F and one

atmosphere pressure) x

WET_DRY_BOTTOM Wet or Dry Bottom w here Wet Bottom is

defined as slag tanks that are installed at

furnace throat to contain and remove molten

ash from the furnace, and Dry Bottom is

defined as having no slag tanks at furnace

throat area, throat area is clear, and bottom

ash drops through throat to bottom ash w ater

hoppers. W=Wet

D=Dry x

FLY_ASH_REINJECTION Indicates w hether the boiler has fly ash reinjection Yes / No x

NOX_CONTROL_STATUS Nitrogen oxide control status code See Table 6b in tab 'Reference

Tables II' x

LOW_NOX_PROCESS1 Low nitrogen oxide control process See Table 6a in tab 'Reference

Tables II' x

LOW_NOX_PROCESS2 Low nitrogen oxide control process See Table 6a in tab 'Reference

Tables II' x

LOW_NOX_PROCESS3 Low nitrogen oxide control process See Table 6a in tab 'Reference

Tables II' x

LOW_NOX_MANUFACTURER Code indicating the low nitrogen oxide control

burner manufacturer See Table 13 in tab 'Reference

Tables IV' x

MERCURY_EMISSION_CONTROL Indicates w hether the boiler has mercury

emission controls Yes / No x

MERCURY_EMISSION_ACJ Indicates w hether the boiler has an activated

carbon injection system x

MERCURY_EMISSION_BH Indicates w hether the boiler has a baghouse x

MERCURY_EMISSION_DS Indicates w hether the boiler has a dry

scrubber x

MERCURY_EMISSION_EP Indicates w hether the boiler has an

electrostatic precipitator x

MERCURY_EMISSION_FGD Indicates w hether the boiler has a flue gas

desulfurization system x

MERCURY_EMISSION_LI Indicates w hether the boiler has a lime

injection system x

MERCURY_EMISSION_WS Indicates w hether the boiler has a w et

scrubber x

# Field Name **Description Notes** **U t** **i l** **i t** **y P** **l a** **n t** **G e** **n e** **r a** **t o** **r /** **E x** **i s** **t G** **e n** **e r** **a t** **o r** **/ P** **r o** **p G** **e n** **e r** **a t** **o r** **/ R** **e t** **_ I** **P O** **w n** **e r** **M u** **l t** **i F** **u e** **l /** **E x** **i s** **t M** **u l** **t i** **F u** **e l** **/ P** **r o** **p M** **u l** **t i** **F u** **e l** **/ R** **e t** **_ I** **P I** **n t** **e r** **c o** **n n** **e c** **t E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **G e** **n E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **C o** **o l** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ F** **G D** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ F** **G P** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ S** **F E** **n v** **i r** **o E** **q u** **i p** **/ B** **o i** **l e** **r E** **n v** **i r** **o E** **q u** **i p** **/ C** **o n** **t r** **o l** **s E** **n v** **i r** **o E** **q u** **i p** **/ C** **o o** **l i** **n g** **E n** **v i** **r o** **E q** **u i** **p /** **F G** **D E** **n v** **i r** **o E** **q u** **i p** **/ F** **G P** **E n** **v i** **r o** **E q** **u i** **p /** **S t** **a c** **k F** **l u** **e**



# MERCURY_EMISSION_OT Indicates w hether the boiler has other mercury

emission controls x

COOLING_STATUS Cooling system status See Table 3d in tab 'Reference

Tables I' x

COOLING_TYPE1 Cooling system code for the first, second,

third and/or fourth cooling system See Table 7a in tab 'Reference

Tables II' x

COOLING_TYPE2 Cooling system code for the first, second,

third and/or fourth cooling system See Table 7a in tab 'Reference

Tables II' x

COOLING_TYPE3 Cooling system code for the first, second,

third and/or fourth cooling system See Table 7a in tab 'Reference

Tables II' x

COOLING_TYPE4 Cooling system code for the first, second,

third and/or fourth cooling system See Table 7a in tab 'Reference

Tables II' x

COOLING_WATER_SOURCE Name of river, lake, or w ater source that

provides cooling w

ater x

INTAKE_RATE_AT_100_PCT Design cooling w ater flow rate at 100 percent

load at in-take (cubic feet per second) x

CHLORINE_INSERVICE_MM Actual or projected in-service month for

chlorine discharge control structures and

equipment x

CHLORINE_INSERVICE_YR Actual or projected in-service year for chlorine

discharge control structures and equipment x

POND_INSERVICE_MM Cooling ponds actual or projected in-service

month x

POND_INSERVICE_YR Cooling ponds actual or projected in-service

year x

POND_SURFACE_AREA Total surface area of cooling pond (in acres) x

POND_VOLUME Total volume of water in cooling pond (in acrefeet) x

TOWER_INSERVICE_MM Cooling tow ers actual or projected in-service

month x

TOWER_INSERVICE_YR Cooling tow ers actual or projected in-service

year x

TOWER_TYPE1 Code for first and/or second cooling tow er See Table 7b in tab 'Reference

Tables II' x

TOWER_TYPE2 Code for first and/or second cooling tow er See Table 7b in tab 'Reference

Tables II' x

TOWER_WATER_RATE_PCT Maximum design rate of w ater flow at 100

percent load x

POWER_REQUIREMENT_KWH Maximum pow er requirement at 100 percent

load x

COST_TOTAL Actual installed cost for the existing system or

the anticipated cost to bring the total system

into commercial operation (thousands dollars) x

COST_PONDS Actual installed cost for the existing cooling

ponds or the anticipated cost to bring the

cooling ponds into commercial operation

(thousands dollars) x

COST_TOWERS Actual installed cost for the existing cooling

tow ers or the anticipated cost to bring the

cooling tow

ers into commercial operation

(thousands dollars) x

COST_CHLORINE_EQUIPMENT Actual installed cost for the existing chlorine

discharge control system or the anticipated

cost to bring the chlorine discharge control

system into commercial operation (thousands

dollars) x

INTAKE_DISTANCE_SHORE Maximum distance from shore to intake (in

feet) x

OUTLET_DISTANCE_SHORE Maximum distance from shore to outlet (in

feet) x

INTAKE_DISTANCE_SURFACE Average distance below w ater surface to

intake (in feet) x

OUTLET_DISTANCE_SURFACE Average distance below w ater surface to

outlet (in feet) x

FGD_STATUS Flue gas desulfurization unit status See Table 3d in tab 'Reference

Tables I' x

FGD_TYPE1 FGD unit code for the first, second, third

and/or fourth flue gas desulfurization unit See Table 9a in tab 'Reference

Tables II' x

FGD_TYPE2 FGD unit code for the first, second, third

and/or fourth flue gas desulfurization unit See Table 9a in tab 'Reference

Tables II' x

# Field Name **Description Notes** **U t** **i l** **i t** **y P** **l a** **n t** **G e** **n e** **r a** **t o** **r /** **E x** **i s** **t G** **e n** **e r** **a t** **o r** **/ P** **r o** **p G** **e n** **e r** **a t** **o r** **/ R** **e t** **_ I** **P O** **w n** **e r** **M u** **l t** **i F** **u e** **l /** **E x** **i s** **t M** **u l** **t i** **F u** **e l** **/ P** **r o** **p M** **u l** **t i** **F u** **e l** **/ R** **e t** **_ I** **P I** **n t** **e r** **c o** **n n** **e c** **t E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **G e** **n E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **C o** **o l** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ F** **G D** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ F** **G P** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ S** **F E** **n v** **i r** **o E** **q u** **i p** **/ B** **o i** **l e** **r E** **n v** **i r** **o E** **q u** **i p** **/ C** **o n** **t r** **o l** **s E** **n v** **i r** **o E** **q u** **i p** **/ C** **o o** **l i** **n g** **E n** **v i** **r o** **E q** **u i** **p /** **F G** **D E** **n v** **i r** **o E** **q u** **i p** **/ F** **G P** **E n** **v i** **r o** **E q** **u i** **p /** **S t** **a c** **k F** **l u** **e**



# FGD_TYPE3 FGD unit code for the first, second, third

and/or fourth flue gas desulfurization unit See Table 9a in tab 'Reference

Tables II' x

FGD_TYPE4 FGD unit code for the first, second, third

and/or fourth flue gas desulfurization unit See Table 9a in tab 'Reference

Tables II' x

SORBENT_TYPE1 Sorbent code for the first, second, third and/or

fourth sorbent used See Table 9b in tab 'Reference

Tables II' x

SORBENT_TYPE2 Sorbent code for the first, second, third and/or

fourth sorbent used See Table 9b in tab 'Reference

Tables II' x

SORBENT_TYPE3 Sorbent code for the first, second, third and/or

fourth sorbent used See Table 9b in tab 'Reference

Tables II' x

SORBENT_TYPE4 Sorbent code for the first, second, third and/or

fourth sorbent used See Table 9b in tab 'Reference

Tables II' x

BYPRODUCT_RECOVERY Indicate w hether salable byproduct is

recovered by the unit Yes / No x

FGD_MANUFACTURER Flue gas desulfurization unit manufacturer

code See Table 13 in tab 'Reference

Tables IV' x

POND_LANDFILL_REQ Annual pond and land fill requirements x

SLUDGE_POND_LINED Indicates w hether the sludge pond is lined Yes / No / NA x

FLUE_GAS_BYPASS_FGD Indicates w hether flue gas can bypass flue

gas desulfurization unit Yes / No x

SPEC_FOR_COAL_ASH Design fuel specifications for coal for ash

(nearest 0.1 percent by w eight) x

SPEC_FOR_COAL_SULFUR Design fuel specifications for coal for sulfur

(nearest 0.1 percent by w eight) x

FGD_TRAINS_TOTAL Total number of flue gas desulfurization unit

scrubber trains x

FGD_TRAINS_100_PCT Total number of flue gas desulfurization unit

scrubber trains operated at 100 percent load x

REMOVAL_EFF_SULFUR Removal efficiency as the percent by w eight

of gases removed from the flue gas (nearest

0.1 percent by w

eight) x

SULFUR_EMISION_RATE Sulfur dioxide emission rate (pounds per hour) x

FLUE_GAS_EXIT_RATE Flue gas exit rate (actual cubic feet per

minute) x

FLUE_GAS_EXIT_TEMP Flue gas exit temperature (degrees fahrenheit) x

FLUE_GAS_ENTERING Flue gas entering flue gas desulfurization unit

(percent of total) x

COST_STRUCTURE Actual installed costs for the existing systems

or the anticipated costs of structures and

equipment to bring a planned system into

commercial operation x

COST_DISPOSAL Actual installed costs for the existing sludge

transport and disposal systems or the

anticipated costs of sludge transport and

disposal systems to bring a planned system

into commercial operation x

COST_OTHER Actual installed costs for the of other items

pertaining to the installation of the existing

systems or the anticipated costs of other

items pertaining to the installation of the unit

to bring a planned system into commercial

operation x

COST_TOTAL Total actual installed costs for the existing

systems or the anticipated costs to bring a

planned system into commercial operation x

FGP_STATUS Flue gas particulate collector status See Table 3d in tab 'Reference

Tables I' x

COLLECTOR_TYPE1 Flue gas particulate collector code for the first,

second and/or third collector See Table 8 in tab 'Reference

Tables II' x

COLLECTOR_TYPE2 Flue gas particulate collector code for the first,

second and/or third collector See Table 8 in tab 'Reference

Tables II' x

COLLECTOR_TYPE3 Flue gas particulate collector code for the first,

second and/or third collector See Table 8 in tab 'Reference

Tables II' x

INSTALLED_COST Actual installed cost for the existing system or

the anticipated cost to bring a planned system

into commercial operation (thousands dollars) x

FUEL_SPEC_ASH_COAL Design fuel specifications for ash for coal;

beginning of range for values (nearest 0.1

percent by w

eight) x

# Field Name **Description Notes** **U t** **i l** **i t** **y P** **l a** **n t** **G e** **n e** **r a** **t o** **r /** **E x** **i s** **t G** **e n** **e r** **a t** **o r** **/ P** **r o** **p G** **e n** **e r** **a t** **o r** **/ R** **e t** **_ I** **P O** **w n** **e r** **M u** **l t** **i F** **u e** **l /** **E x** **i s** **t M** **u l** **t i** **F u** **e l** **/ P** **r o** **p M** **u l** **t i** **F u** **e l** **/ R** **e t** **_ I** **P I** **n t** **e r** **c o** **n n** **e c** **t E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **G e** **n E** **n v** **i r** **o A** **s s** **o c** **/ B** **o i** **l e** **r _** **C o** **o l** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ F** **G D** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ F** **G P** **E n** **v i** **r o** **A s** **s o** **c /** **B o** **i l** **e r** **_ S** **F E** **n v** **i r** **o E** **q u** **i p** **/ B** **o i** **l e** **r E** **n v** **i r** **o E** **q u** **i p** **/ C** **o n** **t r** **o l** **s E** **n v** **i r** **o E** **q u** **i p** **/ C** **o o** **l i** **n g** **E n** **v i** **r o** **E q** **u i** **p /** **F G** **D E** **n v** **i r** **o E** **q u** **i p** **/ F** **G P** **E n** **v i** **r o** **E q** **u i** **p /** **S t** **a c** **k F** **l u** **e**



# FUEL_SPEC_ASH_COAL2 Design fuel specifications for ash for coal; end

of range for values (nearest 0.1 percent by

we ight) x

FUEL_SPEC_ASH_PET Design fuel specifications for ash for

petroleum; beginning of range for values

(nearest 0.1 percent by w eight) x

FUEL_SPEC_ASH_PET2 Design fuel specifications for ash for

petroleum; end of range for values (nearest

0.1 percent by w

eight) x

FUEL_SPEC_SULFUR_COAL Design Fuel Specifications for sulfur for Coal;

Beginning of range for values (nearest 0.1

percent by w

eight) x

FUEL_SPEC_SULFUR_COAL2 Design fuel specifications for sulfur for coal;

end of range for values (nearest 0.1 percent

by weight) x

FUEL_SPEC_SULFUR_PET Design fuel specifications for sulfur for

petroleum; beginning of range for values

(nearest 0.1 percent by w eight) x

FUEL_SPEC_SULFUR_PET2 Design fuel specifications for sulfur for

petroleum; end of range for values (nearest

0.1 percent by w

eight) x

COLLECTION_EFFICIENCY Collection efficiency at 100 percent generator

load (nearest 0.1 percent) x

EMISSION_RATE Particulate emission rate at 100 percent

generator load (pounds per hour) x

GAS_EXIT_RATE Particulate collector gas exit rate at 100

percent generator load (actual cubic feet per

minute) x

GAS_EXIT_TEMP Particulate collector gas exit temperature at

100 percent generator load (degrees

fahrenheit) x

STACK_FLUE_STATUS Equipment status code for the stack or flue See Table 3d in tab 'Reference

Tables I' x

FLUE_HEIGHT Flue height at top from ground level (feet) x

AREA_AT_TOP Cross-sectional area at top of flue (nearest

square foot) x

EXIT_RATE_100_PCT Design flue gas exit rate at 100 percent load

(actual cubic feet per minute) x

EXIT_RATE_50_PCT Design flue gas exit rate at 50 percent load

(actual cubic feet per minute) x

EXIT_TEMP_100_PCT Design flue gas exit temperature at 100

percent load (degrees fahrenheit) x

EXIT_TEMP_50_PCT Design flue gas exit temperature at 50 percent

load (degrees fahrenheit) x

EXIT_VELOCITY_100_PCT Design flue gas exit velocity at 100 percent

load (feet per second) x

EXIT_VELOCITY_50_PCT Design flue gas exit velocity at 50 percent

load (feet per second) x

EXIT_TEMP_SUMMER Average flue gas exit temperatures based on

the arithmetic mean of measurements during

operating hours of June, July, and August x

EXIT_TEMP_WINTER Average flue gas exit temperatures based on

the arithmetic mean of measurements during

operating hours of January, February, and

December x

EXIT_TEMP_SOURCE Source of seasonal flue gas temperatures M = Measured

E = Estimated x

LATITUDE_DEGREES The degrees latitude of the plant Available upon request

LATITUDE_MINUTES The minutes latitude of the plant Available upon request

LATITUDE_SECONDS The seconds latitude of the plant Available upon request

LONGITUDE_DEGREES The degrees longitude of the plant Available upon request

LONGITUDE_MINUTES The minutes longitude of the plant Available upon request

LONGITUDE_SECONDS The seconds longitude of the plant Available upon request

# Table 1: Prime Mover Codes **Table 2: Energy Source Codes Table 3a: Existing Generator Status Codes** 

**Code Prime Mover Description**  **Code Energy Source Description**  **Corresponding**

**Prime Mover(s) Code**  **Existing Status Description**

BA Energy Storage, Battery AB Agriculture Crop Byproducts/Straw/Energy Crops OP Operating - in service (commercial operation) and producing some

electricity. Includes peaking units that are run on an as needed

(intermittent or seasonal) basis.

CP Energy Storage, Concentrated Solar Power ANT Anthracite Coal ST, CT SB Standby/Backup - available for service but not normally used (has little or

no generation during the year) for this reporting period.

FW Energy Storage, Flywheel BFG Blast-Furnace Gas OA Out of service - was not used for some or all of the reporting period but

was either returned to service on December 31 or will be returned to

service in the nex

t calendar year.

ES Energy Storage, Other BIT Bitum inous Coal OS Out of service – was not used for some or all of the reporting period and is

NOT ex pected to be returned to service in the nex t calendar year.

ST Steam Turbine, including nuclear, geothermal and solar steam (does not

include combined cycle) BLQ Black Liquor

GT Combustion (Gas) Turbine (includes jet engine design) CUR Water, Current HA, HK **Table 3b: Proposed Generator Status Codes**

IC Internal Combustion Engine (diesel, piston, reciprocating) DFO Disillate Fuel Oil (all Diesel, and No. 1, No. 2, and No. 4 Fuel Oils)

CA Combined Cycle Steam Part EP Electric Power BA, CP, ES, FW **Code Proposed Status Description** 

CT Combined Cycle Combustion Turbine Part (type of coal or solid must be

reported as energy source for integrated coal gasification). GEO Geothermal TS Construction complete, but not yet in commercial operation (including low

power testing of nuclear units)

CS Combined Cycle Single Shaft (combustion turbine and steam turbine

share a single generator) JF Jet Fuel P Planned for installation but regulatory approvals not initiated; Not under

construction

CC Combined Cycle Total Unit (use only for plants/generators that are in

planning stage, for which specific generator details cannot be provided) KER Kerosene L Regulatory approvals pending. Not under construction but site preparation

could be underway

HA Hydrokinetic, Ax ial Flow Turbine LFG Landfill Gas T Regulatory approvals received. Not under construction but site

preparation could be underway

HB Hydrokinetic, Wave Buoy LIG Lignite U Under construction, less than or equal to 50 percent complete (based on

construction time to date of operation)

HK Hydrokinetic, Other MSW Municipal Solid Waste V Under construction, more than 50 percent complete (based on

construction time to date of operation)

HY Hydroelectric Turbine (includes turbines associated with delivery of water

by pipeline) NA Not Available at this Tim e

PS Hydraulic Turbine, Reversible (pumped storage) NG Natural Gas **Table 3c: Other Generator Status Codes**

BT Turbines Used in a Binary Cycle (including those used for geothermal

applications) NUC Nuclear (Uranium, Plutonium, Thorium)

PV Photovoltaic OBG Other Biomass Gases (Digester Gas, Methane, and other Biomass Gases) **Code Other Status Description** 

WT Wi nd Turbine OBL Other Biomass Liquids (Fish Oil, Liquid Acetonitrite Waste, Medical Waste,

Tall Oil, ethanol, Waste Alcohol, and other Biomass Liquids not specified) RE Retired - no longer in service and not ex pected to be returned to service.

CE Compressed Air Energy Storage OBS Other Biomass Solids (Animal Manure and Waste, Solid Byproducts, and

Other Solid Biomass not specified) IP Planned new generator canceled, indefinitely postponed, or no longer in

resource plan

FC Fuel Cell OG Other Gas (Coke-Oven, Coal Processes, Butane, Refinery, Other

Process) OT Other

OT Other OTH Other (Batteries, Chemicals. Hydrogen, Pitch, Sulfur, Miscellaneous

technologies)

PC Petroleum Coke **Table 3c: Boiler and Environmental Equipment Status Codes**

PG Propane

PUR Purchased Steam **Code Boiler and Environmental Equipment Status Description** 

RC Refined Coal ST, CT CN Cancelled (previously reported as “planned”)

RFO Residual Fuel Oil (Include No. 5, and No. 6 Fuel Oil, and Bunker C Fuel

Oil) CO New unit under construction

SG Synthetic Gas, other than coal-derived OP Operating (in commercial service or out of service less than 365 days)

SGC Coal-Derived Synthetic Gas OS Out of service (365 days or longer)

SLW Sludge waste PL Planned (ex pected to go into commercial service within 10 years)

SUB Subbituminous Coal RE Retired (no longer in service and not ex pected to be returned to service)

SUN Solar (Photovoltaic, Thermal) SB Standby (or inactive reserve); i.e., not norm ally used, but available for

service

TDF Ti res SC Cold Standby (Reserve); deactivated (usually requires 3 to 6 months to

reactivate)

TI D Water, Tides HA, HK TS Operating under test conditions (not in commercial service)

WAT Water, Conventional or Pumped Storage

WC Waste/Other Coal (Culm, Gob, Coke, and Breeze)

WDL Woos Waste Liquids (Red Liquor, Sludge Wood, Spent Sulfite Liquor, and

other Wood Related Liquids not specified)

WDS Wood/Wood Waste Solids (Paper Pellets, Railroad Ties, Utility Poles,

Wood Chips, and Other Wood Solids)

WH Waste Heat

WND Wi nd

WO Oil-Other, and Waste Oil (Butane (liquid), Crude Oil, Liquid Byproducts,

Propane (liquid), Oil Waste, Re-Refined Motor Oil, Sludge Oil, Tar Oil)

WV Water, Waves HB, HK

# Table 4: NERC Region Type and Description Codes **Table 5: Time Period Codes**

**Code NERC Region Description**  **NERC Type Code**  **Time Period Description**

ASCC Alaska System s Coordinating Council N NV Never to ex ceed

FRCC Florida Reliability Coordinating Council N FM 5 minutes

HICC Hawaii Coordinating Council N SM 6 minutes

MRO Midwest Reliability Organization N FT 15 minutes

MROC MRO Canada S OH 1 hour

MROU MRO United States S WO 2 hours

NPCC Northeast Power Coordinating Council N TH 3 hours

NPCCI NPCC ISO New England S EH 8 hours

NPCCM NPCC Maritim e S DA 24 hours

NPCCN NPCC New York S WA 1 week

NPCCO NPCC Ontario S MO 30 Days

NPCCQ NPCC Quebec S ND 90 Days

RFC Reliability First Corporation N YR Annual

SERC Southeastern Electric Reliability Council N PS Periodic Stack Testing

SERCE SERC Entergy S DT Defined By Testing

SERCG SERC Gateway S NS Not Specified

SERCS SERC Southern S OT Other

SERCT SERC TVA S

SERCV SERC VACAR S

SPP Southwest Power Pool N

SPPN Southwest Power Pool Northern S

SPPS Southwest Power Pool Southern S

TRE Tex

as Regional Entity N

WECC Western Systems Coordinating Council N

WECCA Western Systems Coordinating Council - AZNMSNV S

WECCC Western Systems Coordinating Council - California S

WECCN Western Systems Coordinating Council - NWPP S

WECCR Western Systems Coordinating Council - RMPA S

# Table 6a: Low NOX Control Process Codes **Table 7a: Cooling System Type Codes Table 8: FGP Type Codes** 

**Code Low NOX Control Process Description**  **Code Cooling System Type Description**  **Code FGP Type Description** 

AA Advanced Overfire Air DC Dry (air) cooling system BS Baghouse, shake and deflate

BF Biased Firing HRC Hybrid: recirculating cooling pond(s) or canal(s) with dry cooling BP Baghouse, pulse

CF Fluidized Bed Combuster HRF Hybrid: recirculating with forced draft cooling tower(s) with dry cooling BR Baghouse, reverse air

FR Flue Gas Recirculation HRI Hybrid: recirculating with induced draft cooling tower(s) with dry cooling EC Electrostatic precipitator, cold side, with flue gas conditioning

FU Fuel Reburning OC Once through with cooling pond(s) or canal(s) EH Electrostatic precipitator, hot side, with flue gas conditioning

H20 Wa ter Injection OF Once through, fresh water EK Electrostatic precipitator, cold side, without flue gas conditioning

LA Low Excess Air OS Once through, saline water EW Electrostatic precipitator, hot side, without flue gas conditioning

LN Low NOX Burner RC Recirculating with cooling pond(s) or canal(s) MC Multiple Cyclone

NA Not Applicable RF Recirculating with forced draft cooling tower(s) SC Single Cyclone

NH3 Ammonia Injection RI Recirculating with induced draft cooling tower(s) WS We t Scrubber

OT Other RN Recirculating with natural draft cooling tower(s) OT Other

OV Overfire Air OT Other

SC Slagging

SN Selective Noncatalytic Reduction **Table 7b: Cooling Tower Type Codes**

SR Selective Catalytic Reduction

STM Steam Injection **Code Cooling Tower Type Description** 

NC No change in historic operation of unit anticipated MD Mechanical draft, dry process

RP Repower Unit MW Mechanical draft, wet process

UE Decrease utilization - rely on energy conservation and/or improved

efficiency ND Natural draft, dry process

ND Not determined at this time NW Natural draft, wet process

NC No change in historic operation of unit anticipated WD Combination wet and dry process

RP Repower Unit OT Other

UF Decrease utilization - rely on energy conservation and/or improved

efficiency

**Table 6b: NOX Control Status Codes**

**Code NOX Control Status Description** 

CN Cancelled

CO New Unit Under Construction

NA Not Applicable

NC No plans to control

OP Operating

OS Out of Service

OZ Operating during the Ozone Season

PL Planned

RE Retired

SB Standby

SC Cold Standby

TS Operating under Test Condtions

**Table 11c: NOX Control Firing Type Codes**

**Code NOX Control Firing Type Description** 

AF Arch Firing

CB Cell Burner

CF Concentric Firing

CY Cyclone Firing

DB Duct Burner

FB Fluidized Bed Firing

FF Front Firing

OF Opposed Firing

RF Rear Firing

SF Side Firing

SS Spreader Stoker

TF Tangential Firing

VF Vertical Firing

OT Other

Page 1

# Table 9a: FGD Type Codes **Table 10: Boiler Standard Codes**

**Code FGD Type Description**  **Type of Boiler Standard Type** 

BR Jet Bubbling Reactor 

# D Standards of Performance for fossil-fuel fired steam boilers for which

construction began after August 17, 1971.

CD Circulating Dry Scrubber 

# Da Standards of Performance for fossil-fuel fired steam boilers for which

construction began after September 18, 1978.

DP Dry Powder Injection type 

# Db Standards of Performance for fossil-fuel fired steam boilers for which

construction began after June 19, 1984.

MA Mechanically aided type 

# Dc Standards of Performance for small industrial-commercial-institutional

steam generating units.

PA Packed type 

# N Not covered under New Source Performance Standards.

SD Spray dryer type

SP Spray type

TR Tray type

VE Venture type

OT Other



# Table 9b: Sorbent Type Codes

**Code Sorbent Type Description** 

AF Alkaline fly ash

CC Calcium carbide slurry

CEF CE filtrate

CSH Caustic Sodium hydroxide

DB Dibasic acid

DL Dolomitic limestone

LA Lime and alkaline fly ash

LF Limestone and alkaline fly ash

LI Lime

LS Limestone

MO Magnesium oxide

SA Soda ash

SB Sodium bicarbonate

SC Sodium carbonate

SF Sodium formate

SL Soda liquid

SS Sodium sulfite

TW Treated wastewater

WT Wa ter

OT Other



# Page 2

# Table 11a: Particulate Matter Measurement Type Codes **Table 12a: Particulate Matter Compliance Strategy Codes Table 12c: Nitrogen Oxides Compliance Strategy Codes** 

**Code Particulate Matter Measurement Type Description**  **Code Particulate Matter Compliance Strategy Description**  **Code Nitrogen Oxides Compliance Strategy Description** 

OP Percent of opacity BO Burner out of service BO Burner out of service



# PB Pounds of PM per million Btu in fuel (preferred measurement) FR Flue gas recirculation FR Flue gas recirculation



# PC Grains of PM per std. cubic foot stack gas LA Low excess air LA Low excess air



# PG Pounds of PM per thousand pounds stack gas LN Low nitrogen oxide burner LN Low nitrogen oxide burner



# PH Pounds of PM emitted per hour MS Currently meeting standard MS Currently meeting standard



# UG Micrograms of PM per cubic metere NC No plans to control NC No plans to control



# OT Other OV Overfire air OV Overfire air

SE Seeking revision of governing regulation SE Seeking revision of governing regulation



# Table 11b: Sulfur Dioxide Measurement Type Codes OT Other OT Other



# AA Advanced Overfire Air

**Code Sulfur Dioxide Measurement Type Description**  **Table 12b: Sulfur Dioxide Compliance Strategy Codes** BF Biased Firing (alternative burners)

DC Ambient air quality concentration of SO2 CF Fluidized Bed Combustor

DH Pounds of SO2 emitted per hour **Code Sulfur Dioxide Compliance Strategy Description**  FR Flue Gas Recirculation

DL Annual SO2 emission level less than previous year BO Burner out of service 

# FU Fuel Reburning

DM Parts per million of SO2 in stack gas FR Flue gas recirculation 

# H2O Water Injection

DP Pounds of SO2 per million BTU in fuel (preferred measurement) LA Low excess air 

# LA Low Excess Air

SB Pounds of Sulfur per million BTU in fuel LN Low nitrogen oxide burner 

# LN Low NOx Burner

SR Percent Sulfur removal efficiency MS Currently meeting standard 

# NH3 Ammonia Injection

SU Percent Sulfur content by fuel NC No plans to control 

# NC No change in historic operation of unit anticipated

OT Other OV Overfire air 

# ND Not determined at this time

SE Seeking revision of governing regulation 

# OV Overfire Air

**Table 11c: Nitrogen Oxides Measurement Type Codes** OT Other 

# RP Repower Unit

CF Fluidized Bed Combustor SC Slagging

**Code Nitrogen Oxides Measurement Type Description**  CU Control unit under Phase I extension plan SN Selective Noncatalytic Reduction

NH Pounds of NO emitted per hour IF Install flue gas desulfurization unit (other than Phase I extension plan) SR Selective Catalytic Reduction

NL Annual NO emission level less than previous year NC No change in historic operation of unit anticipated STM Steam Injection

NM Parts per million of NO in stack gas ND Not determined at this time UE Decrease utilization - rely on energy conservation and/or improved

efficiency

NP Pounds of Nitrogen Oxide per million BTU in fuel (preferred

measurement) RP Repower Unit NA Not Applicable

OT Other SS Switch to lower sulfur fuel OT Other

NO Ambient air quality concentration of nitrogen oxides (parts per million) SU Designate Phase II unit(s) as substitution unit(s)

TU Transfer unit under Phase I extension plan

UC Decrease utilization - designate Phase II unit(s) as compensating unit(s)

UE Decrease utilization - rely on energy conservation and/or improved

efficiency

US Decrease utilization - designate sulfur-free generators to compensate

UP Decrease utilization - purchase power

WA Allocated allowances and purchase allowances

OT Other

# Table 13: Environmental Equipment Manufacturer Codes

**Code Ma**  **nufacturer Description BOILER**  **NOX FGD** 

AA Advanced Air Technologies N N Y

AB Advanced Burner Technologies N Y N

ABB ABB Environm ental Sy stems N Y Y

AC Advanced Combustion Technology N Y N

AEE AEE Von Roll N Y N

AES Alliant Environm ental Solutions N N Y

AM Am erican Air Filter N N Y

AN Andritz N N Y

AP AirPol N Y Y

API Air Polution Industries N N Y

AU Applied Utility

Sy stems (AUS) N Y N

AX Am erex Industries N N Y

AZ Alzeta N Y N

BC Babcock Borsig Power N Y N

BE Bact Engineering N N Y

BI Bleco Industries N N Y

BL Bechtel Corporation N N Y

BM Bloom N Y N

BMD Burns & McDonnell N Y Y

BO Bionom ics N N Y

BPC Belco Pollution Control N N Y

BPE Babcock Power Environmental Inc (BPEI) N N Y

BT Belco Technologies N N Y

CA Chiy oda N N Y

CB Cly de Bergeman EEC N N Y

CC Chemico N N Y

CM Combustion Components Associates Inc N Y N

CO Combustion Equipment N N Y

CSI Combustion Solutions Inc N Y N

CT Callidus Technologies N Y N

DA Delta Convey ing Sy stems N N Y

DB Deutsche-Babcock N Y N

DC Ducon N N Y

DD Damper Design Inc N Y N

DM Davey

McKee N N Y

DQ Duquense Light Company & Energy

Sy stems Associates N Y N

DV Davis N Y N

DX Deltex N Y N

EA Eagle Air N Y N

EE Environm ental Engineering N N Y

EEC Environm ental Elem ents Corporation N N Y

EG Energy

and Environm ental Research Corp (EER) N Y N

EI Entollter Inc N N Y

EL Electric Power Technologies N Y N

EP EPRI N Y N

EPI Energy

Products of Idaho N N Y

ETE Entropy

Technology

and Environm ental Consultants (ETEC Inc) N Y N

FB Faber N Y N

FL Flakt Inc N N Y

FM FMC N N Y

FN Forney N Y N

FT Fuel Tech Inc N Y N

GF Grafwolff N N Y

# Table 13: Environmental Equipment Manufacturer Codes

**Code Ma**  **nufacturer Description BOILER**  **NOX FGD** 

GR GE Energy

and Environm ental Research Corp (GEEER) N Y N

HA Hamon N N Y

HL Holm an N Y N

IC International Combustion Limited N Y N

JO Joy

Manufacturing N N Y

JZ John Zink Todd Combustion/Todd Combustion N Y N

KC Korea Cottrell N N Y

KE M. W . Kellogg N N Y

KR Krebs Engineers N N Y

LLB Lurgi Lentjes Bischoff N N Y

MB Mitsui-Babcock N Y N

MC Macrotek N N Y

MG McGill Air Clean N N Y

MI Mitsubishi Heavy Industries N Y Y

MK Merrick Industries N N Y

MT Mobotec N Y Y

MX Marselex N N Y

NA Not Applicable N Y N

NC Natcom Inc N Y N

NE NEI N Y N

NL Noell Inc N Y N

NPA Neptune Airpol N N Y

NSP NSP N N Y

PA Procedair N Y Y

PI Power and Industrial N Y N

PL Pillard N Y N

PPC PPC Industries N N Y

PS Peerless Manufacturing Company N Y N

PU Pure Air N N Y

PX Phoenix Combustion N Y N

RC Research Cottrell N N Y

RD Rodenhuis and Verloop N Y N

RI Riley N Y N

RJ RJM N Y N

RR Rolls Roy ce N Y N

RV RV Industries N Y N

SB Sm artBurn N Y N

SC Southern Company N Y N

SHU Saarberg-Holter Umweltechnick GmbH N N Y

SK Schenck W eigh Feeders N N Y

SM Sm oot Company N N Y

SW Siem ens-W estinghouse N Y N

TC Turbosonic N Y Y

TEC Thermal Equipment Corporation N Y N

TH Thy ssen/CEA N N Y

TK Turbotak N N Y

TP Tempala Power N N Y

UE Utility

Engineering N N Y

UM United McGill N N Y

UO Universal Oil Products N N Y

WA P Wh eelabrator Air Pollution Control N N Y

ZC Zeeco N Y N

AI Aalborg Industries Y N N

# Table 13: Environmental Equipment Manufacturer Codes

**Code Ma**  **nufacturer Description BOILER**  **NOX FGD** 

AL Alstom Y Y Y

AS Am erican Shack Y N N

AT Applied Thermal Sy stems Y Y N

BR BROS Y N N

BW Babcock and W ilcox Y Y Y

CE Combustion Engineering Y Y Y

CMI CMI Y N N

CN Coen Y Y N

DJ De Jong Coen bv Y N N

DL Deltak Y N N

DS Doosan Y N N

EC Econotherm Y N N

ER Eerie City

Iron W orks Y N N

ET Entek Y Y N

FW Foster W heeler Y Y Y

GE General Electric Y Y Y

GT Gotaverken Y N N

HT Hitachi Y Y Y

ID Indeck Y Y N

IH In house design Y Y Y

IHI Ishikawajima-Harima Heavy Industries (IHI Corp) Y Y N

IS Innovative Steam Technology Y N N

KL Keeler Dorr Oliver Y Y N

KP Kvaerner Pulping Y N N

KW Kawaski Heavy Industires Y N N

ME Mitchell Engineering Y N N

NB Nebraska Boiler Y Y N

NM NEM Y N N

NT Nooter Erickson Y N N

OT Other (specify

in a Footnote on SCHEDULE 7, COMMENTS) Y Y Y

PB Peabody Y Y Y

PR Py ro Power Y N Y

RS Riley -Stoker/Riley Power Y Y Y

ST Sterling Y N N

TM Tampella Power Corporation Y Y N

TS Toshiba Y Y N

VO Vogt Machine Company /Vogt Power Y Y N

WE We stinghouse Y N N

WG We igl Engineering Y Y N

WI Wi ckes Y N N

ZN Zurn Y N Y