Private Sector

Questionnaire for Steam Electric Power Generating Effluent Guidelines (New)

Part A_022210.xls

Private Sector

OMB: 2040-0281

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Overview

Part A Table of Contents
Part A Instructions
Part A Section 1.1
Part A Section 1.2
Part A Section 2.1
Part A Section 2.2
Part A Section 3
Part A Section 4
Part A Section 5
Part A Section 6
Part A Section 7
Part A Section 8
Part A Section 9
Part A Section 10
Part A Section 11
Part A Section 12
Part A Section 13
Part A Comments
Table A-17
Code Tables

Sheet 1: Part A Table of Contents

ICR Number XXXX.XX	Plant ID:	Insert Plant ID
OMB Control Number: XXXX-XXXX	Plant Name:	Insert Plant Name
Expiration Date: mm/dd/yyyy











Second FRN Version Draft

PART A - STEAM ELECTRIC POWER PLANT OPERATIONS

Table of Contents

Section Title		Tab Name

Part A Instructions		Part A Instructions
Plant Contact Information		Part A Section 1.1
General Plant Operating Characteristics		Part A Section 1.2
Plant Identification and Information on Permits and Studies		Part A Section 2.1
Outfall Information		Part A Section 2.2
Ponds/Impoundments		Part A Section 3
Landfills		Part A Section 4
Plant Property and Water Balance		Part A Section 5
Steam Electric Generating Unit Information		Part A Section 6
Condenser Cooling Water Systems		Part A Section 7
Fuel Usage by Steam Electric Generating Unit		Part A Section 8
NOx Control Systems		Part A Section 9
Flue Gas Mercury Control Systems		Part A Section 10
Carbon Capture Systems		Part A Section 11
Wet Electrostatic Precipitator Systems		Part A Section 12
Coal Storage and Processing		Part A Section 13
Part A Comments		Part A Comments
Listing of Fossil-Type Fuels		Table A-17
Steam Electric Questionnaire Code Tables		Code Tables

Sheet 2: Part A Instructions

Steam Electric Questionnaire		Part A. Instructions

	Plant ID:	Insert Plant ID
	Plant Name:	Insert Plant Name

PART A. STEAM ELECTRIC POWER PLANT OPERATIONS

INSTRUCTIONS

Complete Part A of the questionnaire for your plant. As you are completing the electronic form, note the following: When you enter your plant name and plant ID on the Part A Table of Contents tab, all name and ID fields throughout Part A will automatically populate. Refer to the overall questionnaire instructions, the glossary, and the acronym list for assistance with completing Part A.

Please provide all free response answers in the highlighted yellow areas. Throughout Part A, you may need to make copies of certain sections/questions. Instructions are provided throughout Part A regarding making copies. Note that outfall number or steam electric generating unit ID must be populated on the copied tab or section, located in the upper right corner under "Plant ID" and "Plant Name", in order to correlate the requested information with the correct outfall or steam electric generating unit.

Where the questionnaire indicates to provide an attachment, an electronic format (e.g., PDF) is preferred; however, hardcopies are also acceptable.

Use the Comments tab at the end of Part A to do the following: provide additional information as requested in certain questions within Part A; indicate atypical data (e.g., if 2009 information is not representative of normal operations); and note methods used to make best engineering estimates in the event that exact data are not available.

Sheet 3: Part A Section 1.1

Steam Electric Questionnaire					Part A. Steam Electric Power Plant Operations

				Plant ID:	Insert Plant ID
				Plant Name:	Insert Plant Name

	Part:	A
	Section Title:	1.1. Plant Contact Information

	Instructions:	Throughout Section 1.1 (Questions A1-1 to A1-5), provide information requested on plant contacts. Please provide all free response answers in the highlighted yellow areas.


CBI?	A1-1.	Provide the physical plant address in the yellow spaces provided below.

		Plant Name:

		Street Address:

		City:

		State:	Zip Code:

CBI?	A1-2.	Provide the name, title, telephone and fax numbers, and e-mail address of the primary contact for technical information supplied in this questionnaire.

		Primary Technical Contact Name:

		Primary Technical Contact Title:

		Email:

		Street Address:

		City:

		State:

		Telephone Number:

		Fax Number:

		Convenient time to call between (Eastern Time):

			to

CBI?	A1-3.	Provide the name, title, telephone and fax numbers, and e-mail address of the secondary contact for technical information supplied in this questionnaire.

		Secondary Technical Contact Name:

		Secondary Technical Contact Title:

		Email:

		Street Address:

		City:

		State:

		Telephone Number:

		Fax Number:

		Convenient time to call between (Eastern Time):

			to

CBI?	A1-4.	Provide the name, title, telephone and fax numbers, and e-mail address of the primary contact for economic/financial information supplied in this questionnaire.

		Primary Economic/Financial Contact Name:

		Primary Economic/Financial Contact Title:

		Email:

		Street Address:

		City:

		State:	Zip Code:

		Telephone Number:

		Fax Number:

		Convenient time to call between (Eastern Time):

			to

CBI?	A1-5.	Provide the name, title, telephone and fax numbers, and e-mail address of the secondary contact for economic/financial information supplied in this questionnaire.

		Secondary Economic/Financial Contact Name:

		Secondary Economic/Financial Contact Title:

		Email:

		Street Address:

		City:

		State:

		Telephone Number:

		Fax Number:

		Convenient time to call between (Eastern Time):

			to

Sheet 4: Part A Section 1.2

Steam Electric Questionnaire								Part A. Steam Electric Power Plant Operations

							Plant ID:	Insert Plant ID
							Plant Name:	Insert Plant Name

	Part:	A
	Section Title:	1.2. General Plant Operating Characteristics

	Instructions:	Throughout Section 1.2 (Questions A1-6 to A1-14), provide information requested on general plant operating characteristics. Please provide all free response answers in the highlighted yellow areas.



CBI?	A1-6.	Is the plant permanently retired or will it be permanently retired by December 31, 2011?


		(Stop)


				STOP! IF YOU ANSWERED NO TO QUESTION A1-6,
				DO NOT COMPLETE THE REMAINDER OF THIS QUESTIONNAIRE.

CBI?		Does the plant generate or have the potential to generate electricity from a steam electric generating unit (i.e., a generating unit that utilizes a thermal cycle employing the steam/water system as the thermodynamic medium (steam turbine))? [NOTE: Combined cycle systems with at least one associated steam turbine are considered steam electric generating units.]

							(Continue)
							(Stop)

			STOP! IF YOU ANSWERED NO TO QUESTION A1-7,
			DO NOT COMPLETE THE REMAINDER OF THIS QUESTIONNAIRE.

	A1-8.	Indicate all of the fossil or nuclear fuels that the plant used to generate electricity in 2009 (refer to Table A-17 for a further breakdown of fossil-type fuels in the "Type of Fuel" tab). [NOTE: Do NOT include fuels only used for start up when answering this question.]






			STOP! IF YOU ANSWERED NONE IN QUESTION A1-8,
			DO NOT COMPLETE THE REMAINDER OF THIS QUESTIONNAIRE.

CBI?	A1-9.	Identify how the plant uses/handles the electricity generated and indicate the percent of electricity by end use/handling. [Check all boxes that apply.]

						%

						%

						%

		If “Other” was selected, use the yellow space below to provide a description of electricity end use/handling.


CBI?		Provide the primary, secondary, and tertiary six-digit North American Industry Classification System (NAICS) codes that best describe the plant’s activities. Refer to the U.S. Census Bureau’s website to identify appropriate NAICS codes (http://www.census.gov/eos/www/naics/).

		Primary NAICS:

		Secondary NAICS:

		Tertiary NAICS:

CBI?	A1-11.	Is the generation of electricity the primary purpose (i.e., the predominant source of revenue and principal reason for operation) of the plant?






				STOP! IF YOU ANSWERED NO IN QUESTION A1-11,
				DO NOT COMPLETE THE REMAINDER OF THIS QUESTIONNAIRE.

CBI?	A1-12.	Identify how the plant uses the steam and other forms of useful thermal energy (e.g., heat) generated at the plant and indicate the percent of steam by use. [Check all boxes that apply.]

						%
					%
					%

		If “Other” was selected, use the space below to provide a description of the use for steam.


CBI?	A1-13.	Provide the total plant nameplate electric generating capacity and the total electric net summer and winter capacities.

		Nameplate capacity		MW

		Net summer capacity		MW

		Net winter capacity		MW

CBI?	A1-14.	In Table A-1, provide the total net and gross electrical generation for all electric generating units at the plant during calendar years 2007 through 2009.

		Table A-1. Net and Gross Plant Electrical Generation for 2007-2009

		Calendar Year	Net Electrical Generation (MW-hrs)		Gross Electrical Generation (MW-hrs)
		2007		MW-hrs		MW-hrs
		2008		MW-hrs		MW-hrs
		2009		MW-hrs		MW-hrs

Sheet 5: Part A Section 2.1

Steam Electric Questionnaire								Part A. Steam Electric Power Plant Operations

							Plant ID:	Insert Plant ID
							Plant Name:	Insert Plant Name

	Part:	A
	Section Title:	2.1. Plant Identification and Information on Permits and Studies

	Instructions:	Throughout Section 2.1 (Question A2-1 to A2-4), provide information requested on plant identity, permits, and studies. Please provide all free response answers in the highlighted yellow areas.



CBI?	A2-1.	Provide the identification code of this plant as reported on U.S. DOE/EIA Form-860 (2007), "Annual Electric Generator Report," schedule 2, line 1.

		EIA Plant Identification Code:

CBI?	A2-2.	Provide the identification code of this plant as used when reporting to the Rural Utilities Service (RUS).

		RUS Plant Identification Code:

CBI?	A2-3.	Did the plant conduct any Environmental Assessment (EA) or Environmental Impact Statement (EIS) studies on receiving waters or pond/impoundments reported in Table A-4?


		(Skip to Question A2-4)

		If yes, please attach results from the study(ies).




CBI?	A2-4.	In Table A-2, provide a list of the plant’s most recently approved permits that are associated with industrial activities. If the plant has more than one ID for a permit type, list all IDs in the space provided. Also indicate if the plant has a new/pending permit under development.

		Note: Do NOT include the following types of permits: permits required for construction of wastewater and/or sanitary sewage facilities, erosion and sediment control permits associated with construction activities, temporary and general permits for hydrostatic testing water, water obstruction and encroachment permits, and/or water allocation permits.

		Table A-2. Permit Information

		Permit Type	Permit ID(s)	Approval Date		Expiration Date		New/Pending Permit is Under Development
		Permit Type	Permit ID(s)	Month	Year	Month	Year	New/Pending Permit is Under Development
		National Pollutant Discharge Elimination System (NPDES)


		Resource Conservation and Recovery Act (RCRA)


		Stormwater


		Air Pollution Operating


		Underground Injection Control (UIC)



		If the plant does not have a NPDES permit, skip to Section 3.

Sheet 6: Part A Section 2.2

Steam Electric Questionnaire								Part A. Steam Electric Power Plant Operations

							Plant ID:	Insert Plant ID
							Plant Name:	Insert Plant Name
							Outfall Number:	Insert Outfall Number

	Part:	A
	Section Title:	2.2. Outfall Information

	Instructions:	Throughout Section 2.2 (Question A2-5 to A2-10), provide information for all internal and final outfalls designated in the plant's NPDES permit. Please provide all free response answers in the highlighted yellow areas.

		Make copies of Section 2.2 for each outfall designated in the plant's NPDES permit using the "Copy Section 2.2" button below. Enter the outfall number in the space provided above.






CBI?	A2-5.	Provide the name, latitude/longitude, the typical volume of discharge in 2009 (either gpd and gpy OR gpm and hpd if flow is intermittent), and the number of days of discharge in 2009 for the outfall.

		Outfall Name:

		Coordinates	Degrees	Minutes	Seconds
		Latitude

		Longitude

		Discharge Flow:		gpd		gpm
				and		and
				gpy OR		hpd
				and		and
				dpy		dpy

CBI?	A2-6.	Identify if the outfall is an internal or final outfall.

			(Skip to Section 3)
			(Continue)

CBI?	A2-7.	Does the outfall release water to a discharge canal prior to discharging to surface water?




CBI?	A2-8.	Provide the receiving surface water name and type of surface water. If the receiving surface water is unnamed, provide the name(s) of the next receiving water downstream with a designated name.

		Receiving Surface Water Name:

		Type of Surface Water:			Other, specify:

		If the receiving surface water is unnamed, provide the name(s) of the next receiving water downstream with a designated name.

CBI?	A2-9.	Has a mixing zone been applied to the outfall?




CBI?	A2-10.	In Table A-3, provide the percent contribution that each wastewater listed has to the total outfall flow.

		Table A-3. Wastewaters Discharged Through Outfall

		Wastewater					Percent Contribution of Outfall Flow
		Cooling Water
		Fly Ash Sluice
		Bottom Ash Sluice
		FGD Scrubber Wastewater (slurry blowdown or scrubber purge)
		Leachate from Coal Combustion Residue Landfills or Ponds/Impoundments
		Coal Pile Runoff
		Metal Cleaning Waste
		Other
		Total					100%

Sheet 7: Part A Section 3

Steam Electric Questionnaire

Part A. Steam Electric Power Plant Operations

Plant ID:

Insert Plant ID

Plant Name:

Insert Plant Name

Part:

Section Title:

3. Ponds/Impoundments

Instructions:

Throughout Section 3 (Questions A3-1 to A3-3), provide information for all ponds/impoundments the plant has or is currently constructing/installing or planning to construct/install by December 31, 2020.

Does the plant have or is the plant currently constructing/installing or planning to construct/install by December 31, 2020 any ponds/impoundments used for the storage, treatment, and/or disposal of process wastewater, residues, or by-products (including sludge or water streams containing residues or by-products)?

Note: This includes ponds/impoundments located on non-adjoining property that are under the operational control of the plant.

(Continue)

(Skip to Section 4)

In Table A-4 below list all pond/impoundment units located at the plant, or pond/impoundments the plant is currently constructing/installing or planning to construct/install by December 31, 2020, including those located on non-adjoining property, used for storage, treatment, and/or disposal of process wastewater, residues, or by-products (including sludge or water streams containing residues or by-products). For each pond/impoundment unit, EPA assigned an ID number (e.g., SPD-1, SPD-2) in Table A-4, which will be used throughout the remainder of the survey. In the “Plant Designation” column, provide the plant’s name for each pond/impoundment unit.

Additionally, provide the latitude and longitude at the pond outlet (see glossary), the closest distance from the pond/impoundment unit to the nearest surface water, the year the pond/impoundment unit was brought online (or is planned to be brought online), and indicate whether the pond/impoundment is lined or unlined and whether leachate (see glossary) is collected from the pond/impoundment (i.e. the pond/impoundment has a leachate collection system). Note: If the pond/impoundment does not have a pond outlet, provide the latitude and longitude corresponding to the emergency outlet for the pond/impoundment.

Table A-4. Identification of Plant Pond/Impoundment Units

Pond/ ‌Impoundment Unit ID

Plant Designation

Latitude and Longitude at Pond Outlet

Is the Pond Lined?

Is Leachate (including Leaks or Seepage) Collected?

Closest Distance to Nearest Surface Water

Year Initially Brought Online Or Planned to be Brought Online

Is the Pond/
Impoundment Inactive?

deg

min

sec

(ft)

Active/Inactive/Open Pond/Impoundment Units

SPD-1

Lat:

Long:

SPD-2

Lat:

Long:

SPD-3

Lat:

Long:

SPD-4

Lat:

Long:

SPD-5

Lat:

Long:

SPD-6

Lat:

Long:

SPD-7

Lat:

Long:

SPD-8

Lat:

Long:

SPD-9

Lat:

Long:

SPD-10

Lat:

Long:

SPD-11

Lat:

Long:

SPD-12

Lat:

Long:

SPD-13

Lat:

Long:

SPD-14

Lat:

Long:

Retired/Closed Pond/Impoundment Units

RET-SPD-1

Lat:

Long:

RET-SPD-2

Lat:

Long:

RET-SPD-3

Lat:

Long:

RET-SPD-4

Lat:

Long:

Planned Pond/Impoundment Units

SPD-A

Lat:

Long:

SPD-B

Lat:

Long:

SPD-C

Lat:

Long:

SPD-D

Lat:

Long:

SPD-E

Lat:

Long:

A3-3.

In Table A-5 below, indicate all process wastewater, residues, or by-products (or sludges or water streams containing the wastes, residues or by-products) that are stored, treated, and/ or disposed of in each pond/impoundment unit identified in Table A-4. [Check all boxes that apply.] For solid waste and process wastewater not listed in the checkboxes or the drop down menu provide the name and description in the yellow box provided. Do not include treatment chemicals that are added to the pond/impoundment.

Table A-5. Wastes Stored or Disposed of in Plant Pond/Impoundment Units

Pond/ Impoundment Unit ID

Solid Waste

Process Wastewater

Other, specify:

Sheet 8: Part A Section 4

Steam Electric Questionnaire

Part A. Steam Electric Power Plant Operations

Plant ID:

Insert Plant ID

Plant Name:

Insert Plant Name

Part:

Section Title:

4. Landfills

Instructions:

Throughout Section 4 (Questions A4-1 to A4-3), provide information for landfills (see glossary) the plant has or is currently constructing/installing or planning to construct/install by December 31, 2020.

CBI?

A4-1.

Does the plant have or is the plant currently constructing/installing or planning to construct/install by December 31, 2020 any landfills used for the storage or disposal of process wastewater, residues, or by-products?

Note: This includes landfills located on non-adjoining property that are under the operational control of the plant.

(Continue)

(Skip to Section 5)

CBI?

A4-2.

In Table A-6 below, list all landfills located at the plant, or landfills the plant is currently constructing/installing or planning to construct/install by December 31, 2020, including those located on non-adjoining property, used for storage or disposal of process wastewater, residues or by-products. For each landfill, EPA assigned an ID number (e.g., LANDFILL-1, LANDFILL-2) in Table A-6, which will be used throughout the remainder of the survey. In the “Plant Designation” column, provide the plant’s name for each landfill. Additionally, provide the latitude and longitude at the center of the landfill, the closest distance from the landfill to the nearest surface water, the year the landfill was brought online (or is planned to be brought online), and indicate whether the landfill is lined or unlined and whether leachate is collected from the landfill (i.e. the landfill has a leachate collection system).

Table A-6. Identification of Plant Landfills

Landfill ID

Plant Designation

Latitude and Longitude at Center of Landfill

Is the Landfill Lined?

Is Leachate Collected?

Closest Distance to Nearest Surface Water (ft)

Year Initially Brought Online Or Planned to be Brought Online

Is the Landfill Inactive?

deg

min

sec

Active/Inactive/Open Landfills

LANDFILL-1

Lat:

Long:

LANDFILL-2

Lat:

Long:

LANDFILL-3

Lat:

Long:

LANDFILL-4

Lat:

Long:

Retired/Closed Landfills

RET-LANDFILL-1

Lat:

Long:

RET-LANDFILL-2

Lat:

Long:

RET-LANDFILL-3

Lat:

Long:

RET-LANDFILL-4

Lat:

Long:

Planned Landfills

LANDFILL-A

Lat:

Long:

LANDFILL-B

Lat:

Long:

LANDFILL-C

Lat:

Long:

LANDFILL-D

Lat:

Long:

CBI?

A4-3.

In Table A-7 below, indicate all process wastewater, residues or by-products that are stored or disposed of in each landfill identified in Table A-6. [Check all boxes that apply.] For solid waste not listed in the checkboxes provide the name and description in the yellow box provided.

Table A-7. Wastes Stored or Disposed of in Landfills

Landfill ID

Waste Stored or Disposed of in Landfill

Other, specify:

Sheet 9: Part A Section 5

Steam Electric Questionnaire							Part A. Steam Electric Power Plant Operations

						Plant ID:	Insert Plant ID
						Plant Name:	Insert Plant Name

	Part:	A
	Section Title:	5. Plant Property and Water Balance

	Instructions:	Throughout Section 5 (Questions A5-1 to A5-3), provide information requested on plant property and water balance. Please provide all free response answers in the highlighted yellow areas.



CBI?	A5-1.	If not already reported to EIA on U.S. DOE/EIA Form-860 (2007), schedule 2, line 6, provide the geographical coordinates of the plant (degrees, minutes, seconds).



		Coordinate		Degrees	Minutes	Seconds
		Latitude

		Longitude

CBI?		Attach an aerial map showing the property boundary of the plant. Provide as many maps as necessary. Number each map diagram in the upper right corner; the first map should be numbered MAP-1, the second MAP-2, etc. Include the plant name and plant ID in the upper right hand corner of each diagram.


CBI?		Attach a water balance diagram for the plant that shows all sources of water, plant process operations, process wastewaters generated and how they are handled/treated, flow rates of all water streams, and all outfalls at the plant. Specific instructions for the diagram are provided in the checklist below.

		NOTE: You may use an existing diagram, such as a water balance diagram included in the plant’s NPDES Form 2C, and mark the additional required information on the diagram by hand. You may also use a diagram from previous years as long as the diagram is still representative of current operations.

		Provide as many diagrams as necessary to convey the information requested in the checklist below. Number each block diagram in the upper right corner; the first block diagram should be numbered WB-1, the second WB-2, etc. Include the plant name and plant ID in the upper right hand corner of the diagram.



					Block Diagram Checklist

		Mark the boxes below to verify that you have completed each checklist item...

			Include the water balance diagram number, plant name, and plant ID on the diagram.

			Include each steam electric generating unit on the diagram. Represent all steam electric generating units as a block or other shape. Use EPA-assigned numbers designated in Table A-8 in the tab "Part A Section 6" to label the units.

			Show and label all process operations, using EPA-assigned numbers from this and other parts of the questionnaire if applicable. If a process operation does not have an EPA-assigned number, use the plant-designated name for the process operation.

			Show and label all water sources (e.g., lakes and rivers), process wastewater generated by each steam electric generating unit and process operation, and outfalls. Use the codes provided in the Codes Tables tab. Effluent streams may include process wastewater and sludges.

			Identify all wastewater treatment systems used to treat the process wastewaters generated by the steam electric generating units. Represent the wastewater treatment systems as a block or other shape. Use EPA-assigned numbers from other parts of the questionnaire if applicable. If the wastewater treatment system does not have an EPA-assigned number, use the plant-designated name for the wastewater treatment system.

			Identify the final destination of the treated wastewater and process wastewater (e.g., treated wastewater effluent to POTW or surface waters; solid wastes to on- or off-site destinations). Use codes provided in the Codes Table tab.

			Indicate, as appropriate, where treated wastewater is reused or recycled within the plant (e.g., reuse of settling pond/impoundment water as fly ash sluice).

			Identify all outfall locations. Include NPDES permit outfall numbers, if applicable.

			Provide the typical flow rates for all streams on the diagram (in gpm or gpd). If the wastewater stream is intermittent, provide amount and frequency; for example “100 gal, twice/day, 100 dpy” or “1000 gpm, 4 hpd, 365 dpy”. For sludges, provide amount in tpd.

		If you believe that the diagram should be treated as confidential, stamp it "Confidential" or write "Confidential" or "CBI" across the top. If any diagram is not marked "Confidential", it will be considered nonconfidential under 40 CFR Part 2, Subpart B.

					Review:
		If any of the statements above were not checked, revise the block diagram(s) and ensure all statements have been checked.

Sheet 10: Part A Section 6

Steam Electric Questionnaire

Part A. Steam Electric Power Plant Operations

Plant ID:

Insert Plant ID

Plant Name:

Insert Plant Name

Part:

Section Title:

6. Steam Electric Generating Unit Information

Instructions:

Throughout Section 6 (Questions A6-1 to A6-2), provide information requested on each steam electric generating unit that the plant has operated or any steam electric generating units the plant is currently constructing/installing or planning to construct/install by December 31, 2015. Plants do NOT need to include information on units retired before December 31, 2008. Please provide all free response answers in the highlighted yellow areas.

CBI?

In Table A-8, provide information for each steam electric generating unit that the plant operated any time PRIOR to December 31, 2009. Plants do NOT need to include information on units retired before December 31, 2008. For combined cycle systems, provide EIA Generator IDs for all steam and combustion turbines associated with the combined cycle system. Provide the electric generation for the entire combined cycle system in 2009. In the “Type of Unit” column, if you indicate “Other”, provide an explanation in the Comments page. See the glossary for definitions of base load, peaking, cycling, and intermediate.

Table A-8. Steam Electric Units Operated Prior to December 31, 2009

Steam Electric Unit

EIA Generator ID

Operated in 2009

Type of Steam Electric Prime Mover (or Turbine)

Total Unit Electric Generation in 2009 (MW-hrs)

Total Unit Nameplate Capacity

Type of Unit

Is this Unit Now Retired?

Steam Turbine Capacity (MW)

Combustion Turbine Capacity (MW)

Days of operation:

SE Unit-1

SE Unit-2

SE Unit-3

SE Unit-4

SE Unit-5

SE Unit-6

SE Unit-7

SE Unit-8

SE Unit-9

SE Unit-10

A6-2.

In Table A-9, provide information for each steam electric generating unit that the plant operated AFTER January 1, 2010 or the plant is currently constructing/installing or planning to construct/install by December 31, 2015. For combined cycle systems, provide EIA Generator IDs for all steam and combustion turbines associated with the combined cycle system and provide the total capacity for all steam turbines and combustion turbines separately (i.e., sum the respective capacity for all steam turbines and combustion turbines associated with the combined cycle system). In the "Type of Boiler or Reactor" column, check all that apply. In the “Type of Unit” column, if you indicate “Other”, provide an explanation in the Comments page. See the glossary for definitions of base load, peaking, cycling, and intermediate.

Table A-9. Steam Electric Generating Units First Operated After January 1, 2010 or Planned Steam Electric Generating Units

Steam Electric Unit

EIA Generator ID (if applicable) or Plant Designation

Type of Boiler or Reactor
[check all that apply]

Type of Steam Electric Prime Mover (or Turbine)

Initial Date of Operation or Planned Date of Operation

Total Unit Nameplate Capacity

Type of Unit

Month

Year

Steam Turbine Capacity (MW)

Combustion Turbine Capacity (MW)

SE Unit-A

SE Unit-B

SE Unit-C

SE Unit-D

Sheet 11: Part A Section 7

Steam Electric Questionnaire

Part A. Steam Electric Power Plant Operations

Plant ID:

Insert Plant ID

Plant Name:

Insert Plant Name

Part:

Section Title:

7. Condenser Cooling Water Systems

Instructions:

Throughout Section 7 (Questions A7-1 to A7-2), provide information requested for all condenser cooling water systems currently operating at the plant and any condenser cooling water systems the plant is currently constructing/installing or planning to construct/install by December 31, 2015. Please provide all free response answers in the highlighted yellow areas.

A7-1.

In Table A-10, provide information for all condenser cooling water systems currently operating at the plant and any condenser cooling water systems the plant is currently constructing/installing or planning to construct/install by December 31, 2015. Indicate the type of condenser cooling system and the specific steam electric generating units that the system cools. [Check all boxes that apply.] If the plant adds chemicals to the condenser cooling system, provide the chemical trade name, manufacturer, and active ingredient(s). If there is more than one active ingredient in the chemical additive, include all of them in the yellow box provided. Separate multiple entries with commas. Enter the typical amount of process wastewater generated or blown down from the cooling water system and the typical duration and frequency of generation or blow down. For planned cooling systems, provide this information to the extent known. Also enter the date that the cooling water system was initially brought on line or is planned to be brought on line.

Table A-10. Condenser Cooling Systems for All Steam Electric Generating Units

Cooling System ID

Type of Condenser Cooling System

Steam Electric Units that the System Cools (check all boxes that apply)

Chemical Additives Added to the Cooling System and Make-up Water System

Typical Amount of Process Wastewater Generated/Blow Down from Cooling System (gpm)

Typical Duration AND Frequency of Generation/ Blowdown (hpd AND dpy)

Trade Name

Manufacturer

Active Ingredient(s)

Operating Condenser Cooling Water Systems

hpd

CS-1

gpm

dpy

Other:

hpd

CS-2

gpm

dpy

Other:

hpd

CS-3

gpm

dpy

Other:

Planned Cooling Water Systems

hpd

CS-A

gpm

dpy

Other:

hpd

CS-B

gpm

dpy

Other:

hpd

CS-C

gpm

dpy

Other:

CBI?

A7-2.

How did the plant demonstrate compliance with limits on priority pollutants for cooling tower blowdown from these cooling systems? [Check all boxes that apply.]

Sheet 12: Part A Section 8

Steam Electric Questionnaire

Part A. Steam Electric Power Plant Operations

Plant ID:

Insert Plant ID

Plant Name:

Insert Plant Name

SE Unit ID:

Insert SE Unit ID

Part:

Section Title:

8. Fuel Usage by Steam Electric Generating Unit

Instructions:

In Section 8 (Question A8-1), provide information for all steam electric generating units that were operated in 2009, including units that operated for only part of 2009 (i.e., those units for which you responded "Yes" in Question A6-1, Table A-8, "Operated in 2009" column). Please provide all free response answers in the highlighted yellow areas.

Make copies of Section 8 for each steam electric generating unit ID operated in 2009 using the "Copy Section 8" button below. Enter the steam electric generating unit ID (use unit IDs assigned in Table A-8) in the space above titled "SE Unit ID".

CBI?

In Table A-11, provide the types and amounts of fuels used in 2009. [Check all boxes that apply.] Include fuels used for start up. Also provide the BTU generated by each general fuel type reported for the year 2009.

Table A-11. Fuel Usage for Steam Electric Power Generation in 2009

Fossil/Nuclear Fuels

Coal and Petroleum Coke

Gas

Oil

Nuclear

BTU Generated by Coal and/or Petroleum Coke

BTU Generated by Gas

BTU Generated by Oil

BTU Generated by Nuclear Fuels

Type

Amount (tons)

Type

Amount (Million ft3)

Type

Amount (barrels)

Type

Amount

Units (Specify)

Other Fuels (i.e., Fuels other than Fossil or Nuclear)

Type

Amount

Units (Specify)

Type

Amount

Units (Specify)

Total BTU Generated by All Fuels

CBI?

A8-2.

Do the total BTUs generated by the fossil/nuclear fuels comprise 50 percent or more of the total BTUs generated by all fuels for the steam electric generating unit in 2009?

CBI?

A8-3.

Did the plant report a fossil or nuclear fuel as the predominant or second most predominant energy source for this generating unit on Form EIA-860 for reporting year 2009? NOTE: This information is reported in Schedule 3, Part B, lines 9 and 11.

NOTE: IF ALL STEAM ELECTRIC GENERATING UNITS IDENTIFIED IN TABLE A-8 ARE CLASSIFIED AS "OTHER ELECTRIC GENERATING UNITS" (BASED ON THE CLASSIFICATION DETERMINED FROM QUESTIONS A8-2 AND A8-3), DO NOT COMPLETE THE REMAINDER OF THIS QUESTIONNAIRE.

Sheet 13: Part A Section 9

Steam Electric Questionnaire

Part A. Steam Electric Power Plant Operations

Plant ID:

Insert Plant ID

Plant Name:

Insert Plant Name

Part:

Section Title:

9. NOx Control Systems

Instructions:

Throughout Section 9 (Questions A9-1 to A9-11), provide information for all NOx control systems operated on fossil-fueled electric generating units after January 1, 2009 and all NOx control systems the plant is currently constructing/installing or planning to construct/install on fossil-fueled electric generating units by December 31, 2020. See Part A Section 8 for unit classifications. You will need to indicate the steam electric generating units that are serviced by these air pollution control systems. Use codes from Table A-8 or Table A-9 to designate the SE Unit ID.

CBI?

A9-1.

Did the plant operate any NOx control systems on fossil-fueled electric generating units after January 1, 2009 or is the plant currently constructing/installing or planning to construct/install any NOx control system on fossil-fueled electric generating units by December 31, 2020? See Part A Section 8 for unit classifications.

(Complete Table A-12)

(Skip to Section 10)

In Table A-12, provide information for NOx control systems that the plant has used, is currently constructing/installing, or planning to construct/install by December 31, 2020 on each operating or planned fossil-fueled electric generating unit (identified in Table A-8 or Table A-9). Provide the steam electric generating unit ID (use codes from Table A-8 or Table A-9), the type of NOx control system(s) operating or planned for the steam electric generating unit, whether the NOx control system(s) are operating or planned, and the date the NOx control was/will be installed. In addition, for the steam electric generating units serviced by a SCR system, identify the date and location (i.e., on- or off-site) of the last and next SCR catalyst replacement/regeneration.

Table A-12. NOx Control Systems

SE Unit ID

Type of NOx Control System

Status of NOx Control System

Date of Installation, Previous or Planned

For Steam Electric Generating Units Serviced by a SCR System

Date of Last SCR Catalyst Replacement or Regeneration

Where Last SCR Catalyst Regeneration Occurred

Date of Next Planned SCR Catalyst Replacement or Regeneration

Where Next SCR Catalyst Regeneration is Planned to Occur

Month

Year

Month

Year

Month

Year

CBI?

A9-2.

If the plant has sent an SCR catalyst off site for regeneration, provide the company name, location, and phone number for the company(ies) that performed the last two SCR catalyst regenerations.

Table A-13. Companies that performed the last two SCR catalyst regenerations

Company Name

City

State

Telephone Number

CBI?

A9-3.

If the SCR catalyst is regenerated on site, indicate whether process wastewater is generated from the regeneration process.

(Continue)

(Skip to Question A9-7)

CBI?

A9-4.

Provide the typical volume of SCR catalyst regeneration wastewater generated (gpy) and the frequency at which the process wastewater is generated.

gpy

times every

year(s)

CBI?

A9-5.

Is the SCR catalyst regeneration wastewater commingled with other wastewaters? If yes, indicate the wastewaters with which the SCR catalyst regeneration wastewater is commingled. [Check all boxes that apply.]

CBI?

A9-6.

What is the destination(s) of the SCR catalyst regeneration wastewater? If the plant recycles the process wastewater, indicate the plant process to which this process wastewater is recycled. [Check all boxes that apply.]

CBI?

A9-7.

Is the SCR catalyst washed on site?

(Continue)

(Skip to Section 10)

CBI?

A9-8.

Is process wastewater generated from the SCR catalyst washing process?

(Continue)

(Skip to Section 10)

CBI?

A9-9.

Provide the typical volume of SCR catalyst washing wastewater generated (gpy) and the frequency at which the process wastewater is generated.

gpy

times every

year(s)

CBI?

A9-10.

Is the SCR catalyst washing wastewater commingled with other wastewaters? If yes, indicate the wastewaters with which the SCR catalyst washing wastewater is commingled. [Check all boxes that apply.]

CBI?

A9-11.

What is the destination(s) of the SCR catalyst washing wastewater? If the plant recycles the treated wastewater, indicate the plant process to which this waste is recycled. [Check all boxes that apply.]

Sheet 14: Part A Section 10

Steam Electric Questionnaire

Part A. Steam Electric Power Plant Operations

Plant ID:

Insert Plant ID

Plant Name:

Insert Plant Name

Part:

Section Title:

10. Flue Gas Mercury Control Systems

Instructions:

Throughout Section 10 (Questions A10-1 to A10-5), provide information for all flue gas mercury control systems (including those not currently operating) that are currently installed on fossil-fueled electric generating units and all systems the plant is currently constructing/installing or planning to construct/install on fossil-fueled electric generating units by December 31, 2020. See Part A Section 8 for unit classifications. Do NOT include FGD, SCR/SNCR, and particulate matter control systems. You will need to indicate the steam electric generating units that are serviced by these air pollution control systems. Use codes from Table A-8 or Table A-9 to designate the SE Unit ID.

A10-1.

Are there any flue gas mercury control systems (other than FGD, SCR/SNCR, or particulate matter control systems) installed on fossil-fueled electric generating units or is the plant currently constructing/installing or planning to construct/install any flue gas mercury control systems on fossil-fueled electric generating units by December 31, 2020? See Part A Section 8 for unit classifications.

(Complete Table A-14)

(Skip to Question A10-3)

In Table A -14 provide information for all flue gas mercury control systems (other than FGD, SCR/SNCR, or particulate matter control systems) currently installed on fossil-fueled electric generating units (including those not currently operating) and all systems the plant is currently constructing/installing or planning to construct/install on fossil-fueled electric generating units by December 31, 2020. Provide the type of mercury control system and the generating units that are or will be serviced by the system. [Check all boxes that apply.] For planned mercury control systems, provide the type of system it will be and all generating units that will be serviced by the system.

Table A-14. Flue Gas Mercury Control Systems

Mercury Control Systems

Type of Mercury Control System

Steam Electric Units that Exhaust to the System (Check all boxes that apply)

Date of Installation, Previous or Planned

Location of Mercury Control System in Relation to Initial Particulate Matter Control System

Handling of Mercury Control Solid Waste

Mercury Removal Efficiency (%)

Month

Year

Currently Operating Flue Gas Mercury Control Systems

FGMC-1

FGMC-2

FGMC-3

FGMC-4

Planned Flue Gas Mercury Control Systems

FGMC-A

FGMC-B

FGMC-C

In the space below, provide a description of all flue gas mercury control system processes, the plant is currently operating, currently constructing/installing, or planning to construct/install by December 31, 2020. Include the solid wastes and process wastewater streams generated, the volume and characteristics (i.e., pollutants present) of the process wastewater generated, and any known or anticipated probable effect on other process wastewater (e.g., fly ash transport water). Additionally, indicate how the solid wastes and process wastewater from mercury control systems are/will be handled (e.g., are solid wastes combined with fly ash). Provide the final destination of all mercury control system wastes (e.g., sent to an ash pond or other impoundment, landfilled, or hauled off site).

CBI?

A10-3.

Has the plant ever operated or does it plan to operate a pilot-scale flue gas mercury control system for a pilot study evaluation?

(Continue)

(Skip to Section 11)

Specify the type(s) of technology studied:

CBI?

A10-4

Did the study evaluate process wastewaters generated by the technology or identify that process wastewater will be generated or affected by the technology?

(Continue)

(Skip to Section 11)

CBI?

A10-5

Provide the name of the company whose technology was/will be tested, the start and end date of the pilot study, and attach the final technical evaluation report from the pilot study (if study is complete).

Company Name:

Start Date:

End Date:

Sheet 15: Part A Section 11

Steam Electric Questionnaire									Part A. Steam Electric Power Plant Operations

								Plant ID:	Insert Plant ID
								Plant Name:	Insert Plant Name

	Part:	A
	Section Title:	11. Carbon Capture Systems

	Instructions:	Throughout Section 11 (Questions A11-1 to A11-6), provide information for all carbon capture systems operated on fossil-fueled electric generating units after January 1, 2009 and all systems the plant is currently constructing/installing or planning to construct/install on fossil-fueled electric generating units by December 31, 2020. See Part A Section 8 for unit classifications. Provide this information for both full-scale and pilot-scale systems. You will need to indicate the steam electric generating units that are serviced by these air pollution control systems. Use codes from Table A-8 or Table A-9 to designate the SE Unit ID.



CBI?	A11-1.	Did the plant operate any carbon capture systems on fossil-fueled electric generating units after January 1, 2009 or is the plant currently constructing/installing or planning to construct/install any carbon capture systems on fossil-fueled electric generating units by December 31, 2020? See Part A Section 8 for unit classifications.

			(Complete Table A-15)
			(Skip to Section 12)

		In Table A-15 provide information for carbon capture systems currently operating on fossil-fueled electric generating units at the plant and systems that the plant is currently constructing/installing or planning to construct/install on fossil-fueled electric generating units by December 31, 2020. Provide the type of carbon capture system and the steam electric generating units that correspond to the system. [Check all boxes that apply.] For planned carbon capture systems, provide the type of system it will be and all steam electric generating units that will correspond to the system.

		Table A-15. Carbon Capture Systems

		CCS Systems	Type of Carbon Capture System	Steam Electric Units Corresponding to the System (Check all boxes that apply).		Date of Installation, Previous or Planned		Full Scale or Pilot Scale	Percent of Flue Gas Treated
		CCS Systems	Type of Carbon Capture System			Month	Year	Full Scale or Pilot Scale	Percent of Flue Gas Treated
		*Currently Operating Carbon Capture Systems*
		CCS-1



		CCS-2



		CCS-3



		CCS-4



		*Planned Carbon Capture Systems*
		CCS-A



		CCS-B



		CCS-C



CBI?		In the space below, provide a description of all full-scale and pilot-scale carbon capture system processes, previously tested, previously operated, currently operating, currently being constructed/installed, and/or planned to construct/install by December 31, 2020. Provide a general description of the system, including the specific list of types of chemicals and equipment used, the types of process wastewater generated, and any known or anticipated probable effect on other process wastewater streams (e.g., fly ash transport water). Additionally, indicate how the process wastewater streams from the carbon capture process were/will be managed.







CBI?	A11-3.	Has the plant operated any full-scale or pilot-scale carbon capture systems for studies in which process wastewaters generated by the technology were evaluated?

			(Continue)
			(Skip to Section 12)


CBI?	A11-4.	Provide the name of the company whose technology was tested, the start and end date of the study, and attach the final technical evaluation report from the study (if study is complete).

		Company Name:

		Start Date:			End Date:




CBI?	A11-5.	Provide the typical volume of process wastewater generated from the carbon capture system (gpm) and the duration (hpd) and frequency (dpy) of carbon capture wastewater generation.

			gpm		hpd		dpy

CBI?	A11-6.	Were characterization samples of the carbon capture wastewater collected during the study?

			(Continue)
			(Skip to Section 12)


		Provide the analytical results of the carbon capture wastewater characterization (if not already included in the technical report requested in Question A11-4).

Sheet 16: Part A Section 12

Steam Electric Questionnaire

Part A. Steam Electric Power Plant Operations

Plant ID:

Insert Plant ID

Plant Name:

Insert Plant Name

Part:

Section Title:

12. Wet Electrostatic Precipitator Systems

Instructions:

Throughout Section 12, provide information for all wet electrostatic precipitator (ESP) systems operated on fossil-fueled electric generating units after January 1, 2009 and all systems the plant is currently constructing/installing or planning to construct/install on fossil-fueled electric generating units by December 31, 2020. See Part A Section 8 for unit classifications. Provide this information for both full-scale and pilot-scale systems. You will need to indicate the steam electric generating units that are serviced by these air pollution control systems. Use codes from Table A-8 or Table A-9 to designate the SE Unit ID.

CBI?

A12-1.

Did the plant operate any wet ESP systems on fossil-fueled electric generating units after January 1, 2009 or is the plant currently constructing/installing or planning to construct/install any wet ESP systems on fossil-fueled electric generating units by December 31, 2020? See Part A Section 8 for unit classifications.

(Complete Table A-16)

(Skip to Section 13)

In Table A-16 provide information for wet ESP systems currently operating at the plant that service fossil-fueled electric generating units and systems that the plant is currently constructing/installing or planning to construct/install to service fossil-fueled electric generating units by December 31, 2020. Provide the steam electric generating units that correspond to the system, the date the system was/is planned to be installed, the location of the system, whether it is a full-scale or pilot-scale system, and if it is a pilot-scale system, the percent of flue gas that is treated.

Table A-16. Wet Electrostatic Precipitator Systems

Wet ESP System IDs

Steam Electric Units Corresponding to the System (Check all boxes that apply).

Date of Installation, Previous or Planned

Location of Wet ESP System

Full Scale or
Pilot Scale

Percent of Flue Gas Treated

Month

Year

Currently Operating Wet ESP Systems

WESP-1

WESP-2

WESP-3

WESP-4

Planned Wet ESP Systems

WESP-A

WESP-B

WESP-C

CBI?

A12-2.

Provide the flow rate, duration, and frequency of the wastewater generated from the wet ESP system for calendar year 2009.

gpm

hpd

dpy

CBI?

A12-3.

Provide the source of the water used in the wet ESP system. [Check all boxes that apply.]

Other process wastewater, specify:

CBI?

A12-4.

For water sources that may be used in the wet ESP (e.g., fresh intake, recycled process water), indicate the maximum chlorides concentration and maximum solids percentage that is acceptable for the water to be used for those purposes. Identify any other criteria that the source water must meet.

ppm

CBI?

A12-5.

Indicate the destination(s) of the wet ESP wastewater. If the plant recycles the wet ESP wastewater, indicate the plant process to which this water is recycled. [Check all that apply.]

CBI?

A12-6.

Has the plant operated any full-scale or pilot-scale wet ESP systems for studies in which process wastewaters generated by the technology were evaluated?

(Continue)

(Skip to Section 13)

CBI?

A12-7.

Provide the name of the company whose technology was tested, the start and end date of the study, and attach the final technical evaluation report from the study (if study is complete).

Company Name:

Start Date:

End Date:

CBI?

A12-8.

Were characterization samples of the wet ESP wastewater collected during the study?

(Continue)

(Skip to Section 13)

Provide the analytical results of the wet ESP wastewater characterization (if not already included in the technical report requested in Question A12-7).

Sheet 17: Part A Section 13

Steam Electric Questionnaire

Part A. Steam Electric Power Plant Operations

Plant ID:

Insert Plant ID

Plant Name:

Insert Plant Name

Part:

Section Title:

13. Coal Storage and Processing

Instructions:

Throughout Section 13 (Questions A13-1 to A13-17), provide information regarding the storage, processing, and use of coal for all steam electric generating units that were operated in 2009. Please provide all free response answers in the highlighted yellow areas.

CBI?

A13-1.

Did the plant store or process any coal on site in 2009? Processing coal includes any methods used to prepare the coal for use at the plant including but not limited to crushing/pulverizing coal.

(Continue)

(Skip to Question A13-16)

CBI?

Provide the amount (gpy) and number of days of discharge of coal pile runoff in 2009. If there was no coal pile runoff discharge, enter “zero” and provide the reason in the Comments tab. The plant can estimate discharge of coal pile runoff, but a description of the estimation method must be included in the Comments tab.

gpy

number of days of discharge in 2009

CBI?

A13-3.

Was the coal pile runoff monitored for pH?

(Continue)

(Skip to Question A13-4)

If yes, provide the pH range for the coal pile runoff generated at the plant (prior to any commingling with other water streams, including other stormwater).

pH in coal pile runoff:

Minimum:

S.U.

Maximum:

S.U.

Median:

S.U.

CBI?

A13-4.

Is coal pile runoff transferred to a pond/impoundment?

CBI?

A13-5.

Indicate the destination(s) of the coal pile runoff. If the plant recycles the coal pile runoff, indicate the plant process to which the coal pile runoff is recycled. [Check all that apply.]

CBI?

A13-6.

Indicate whether the plant washes the coal on site. (See the definition for coal washing in the glossary for assistance).

(Continue)

(Skip to Question A13-8)

Provide the average volume of coal wash water generated (gpm), the duration of water generation (hpd), and the frequency of water generation (dpy).

gpm

hpd

dpy

CBI?

What is the destination(s) of the coal wash water? If the plant recycles the coal wash water, indicate the plant process to which this water is recycled. [Check all boxes that apply.]

A13-8.

Did the plant blend more than one coal together on site during 2009? Blending is the act of intentionally mixing different coal types (e.g., bituminous and subbituminous) prior to combustion. Note that natural mixing of coal types that occurs in the coal piles does not constitute blending.

(Continue)

(Skip to Question A13-10)

CBI?

A13-9.

Did the plant generate any process wastewater associated with the blending of the coals during 2009?

days

CBI?

A13-10.

Did the plant pulverize coal for use in any boiler during 2009?

(Continue)

(Skip to Question A13-16)

CBI?

A13-11.

Was any water used in the coal pulverization process, other than that used to for sluicing mill rejects?

(Continue)

(Skip to Question A13-12)

Provide the volume of coal pulverization process wastewater generated in 2009 (gpd OR gpy) and the frequency of this process wastewater generation (days).

days

CBI?

A13-12.

Were mill rejects sluiced in 2009?

(Continue)

(Skip to Question A13-14)

Provide the volume of mill rejects sluice water generated in 2009 (gpd OR gpy) and the frequency of sluice water generation (days).

days

CBI?

A13-13.

Were the mill rejects sluiced separately or were they sluiced with fly and/or bottom ash?

CBI?

A13-14.

Are the mill rejects pyritic?

CBI?

A13-15.

Indicate how mill rejects are disposed of and provide amount(s). If the mill rejects are sent to a pond/impoundment, indicate whether they are combined with fly and/or bottom ash. [Check all boxes that apply.]

tpd

CBI?

A13-16.

Did the plant gasify coal, petroleum coke, or oil to operate an IGCC generating unit during 2009?

CBI?

A13-17.

Is the plant currently operating, currently constructing/installing, or planning to construct/install by December 31, 2015 an IGCC generating unit that was not in operation during 2009?

Sheet 18: Part A Comments

Steam Electric Questionnaire			Part A. Steam Electric Power Plant Operations

		Plant ID:	Insert Plant ID
		Plant Name:	Insert Plant Name

	Part:	A
	Section Title:	Part A Comments

	Instructions:	Cross reference your comments by question number and indicate the confidential status of your comment by checking the box next to “Yes” under "CBI?" (Confidential Business Information).



	Question Number	Comment
CBI?
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CBI?
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CBI?
CBI?
CBI?
CBI?
CBI?
CBI?
CBI?
CBI?
CBI?
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CBI?
CBI?
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CBI?

Sheet 19: Table A-17

Steam Electric Questionnaire		Part A. Steam Electric Power Plant Operations



	Table A-17. Listing of Fossil-Type Fuels

	Type of Fuel
	Coal
	Anthracite Coal
	Bituminous Coal
	Lignite Coal
	Subbituminous Coal
	Waste Coal (including anthracite culm, bituminous gob)
	Other Coal
	Coal Synfuel
	Oil
	Distillate Fuel Oil (including Diesel, No. 1, No. 2, and No. 4 fuel oils)
	Jet Fuel
	Kerosene
	Residual Fuel Oil (including No. 5 and No. 6 fuel oil and Bunker C fuel oil)
	Other Oil (Crude oil, liquid butane, liquid propane, re-refined motor oil, sludge oil, tar oil, other petroleum-based liquid wastes)
	Waste Oil
	Petroleum Coke
	Petroleum Coke
	Gas
	Blast Furnace Gas
	Natural Gas
	Gaseous Propane
	Other Gases (Define on “Comments Page”, NOT including landfill gas or biomass gas)

Sheet 20: Code Tables

Steam Electric Questionnaire			Part A. Steam Electric Power Plant Operations

Steam Electric Questionnaire Code Tables
Process Wastewaters		Treated Wastewaters
*For Use in Tables and Questions throughout Parts A, B, C, D, and F.*		*For Use as Effluents from Pond/Impoundment Systems and/or Wastewater Treatment Systems in Part D, Table D-4.*
Air heater cleaning water	AHCW
Ash pile runoff	APR	Effluent - 1	EFF-1
Boiler blowdown	BB	Effluent - 2	EFF-2
Boiler fireside cleaning water	BFCW	Effluent - 3	EFF-3
Boiler tube cleaning water	BTCW	Effluent - 4	EFF-4
Bottom ash sluice	BAS	Effluent - 5	EFF-5
Carbon capture wastewater	CCAPW	Effluent - 6	EFF-6
Coal pile runoff	CPR	Filter backwash	FltBW
Combined ash sluice	CAS	Sludge	SLDG
Combustion turbine cleaning (combustion gas portion of turbine) water	COMBCW	*For Use as Influents to Pond/Impoundment Systems and/or Wastewater Treatment Systems in Part D, Table D-3, AND Recycled Waters Throughout Questionnaire.*
Combustion turbine cleaning (compressor portion of the turbine) water	COMPRCW	POND-1 Effluent	POND-1-EFF
Combustion turbine evaporative coolers blowdown	TECB	POND-2 Effluent	POND-2-EFF
Cooling tower blowdown	CTB	POND-3 Effluent	POND-3-EFF
FGD scrubber purge	SCRBP	POND-4 Effluent	POND-4-EFF
FGD slurry blowdown	FGDB	POND-5 Effluent	POND-5-EFF
Filter Backwash	FLTBW	POND-6 Effluent	POND-6-EFF
Floor drain wastewater	FDW	POND-7 Effluent	POND-7-EFF
Flue gas mercury control system wastewater	FGMCW	POND-8 Effluent	POND-8-EFF
Fly ash sluice	FAS	POND-9 Effluent	POND-9-EFF
General runoff	GR	POND-10 Effluent	POND-10-EFF
Gypsum pile runoff	GPR	POND-A Effluent	POND-A-EFF
Gypsum wash water	GYPWW	POND-B Effluent	POND-B-EFF
Ion exchange wastewater	IXW	POND-C Effluent	POND-C-EFF
Landfill runoff - capped landfill	LRC	WWT-1 Effluent	WWT-1-EFF
Landfill runoff - uncapped landfill	LRUC	WWT-2 Effluent	WWT-2-EFF
Leachate	LEACH	WWT-3 Effluent	WWT-3-EFF
Limestone pile runoff	LPR	WWT-4 Effluent	WWT-4-EFF
Mill reject sluice	MRS	WWT-5 Effluent	WWT-5-EFF
Process Wastewaters		Treated Wastewaters
*For Use in Tables and Questions throughout Parts A, B, C, D, and F.*		*For Use as Influents to Pond/Impoundment Systems and/or Wastewater Treatment Systems in Part D, Table D-3, AND Recycled Waters Throughout Questionnaire.*
Once -through cooling water	CW	WWT-6 Effluent	WWT-6-EFF
Reverse osmosis reject water	RORW	WWT-A Effluent	WWT-A-EFF
SCR catalyst regeneration wastewater	SCRRW	WWT-B Effluent	WWT-B-EFF
SCR catalyst washing wastewater	SCRWW	WWT-C Effluent	WWT-C-EFF
Soot blowing wash water	SOOTW
Steam turbine cleaning water	STCW
Yard drain wastewater	YARDW



Wastewater Treatment Units		Destinations
*For Use in Tables and Questions Throughout Parts D and F.*		*For Use in Tables and Questions Throughout Parts A, C, D, and F.*
Adsorptive media	ADSORB	Burned on site	BURN
Aerobic Biological Reactor	AERBIO	Deep-well injection	DWELL
Anaerobic Biological Reactor	ANBIO	Discharge to POTW	POTW
Aerobic/Anaerobic Biological Reactor	AER/ANBIO	Discharge to PrOTW	PrOTW
Chemical Precipitation Reaction Tank 1 - 1	CP-1-1	Discharge to surface water	SW
Chemical Precipitation Reaction Tank 1 - 2	CP-1-2	Evaporation	EVAP
Chemical Precipitation Reaction Tank 2 - 1	CP-2-1	Hauled off site for reuse (removal fee)	HAULR - RF
Chemical Precipitation Reaction Tank 2 - 2	CP-2-2	Hauled off site for reuse (given away)	HAULR - GA
Chemical Precipitation Reaction Tank 3 - 1	CP-3-1	Hauled off site for reuse (marketed and sold)	SOLD
Chemical Precipitation Reaction Tank 3 - 2	CP-3-2	Hauled off site for disposal	HAUL
Clarification, Primary - 1	CL-P-1	Mixed with fly ash for disposal	MFA
Clarification, Primary - 2	CL-P-2	On-site landfill (as reported in Table A-6)	LANDF
Clarification, Secondary - 1	CL-S-1	POND-1	POND-1
Clarification, Secondary - 2	CL-S-2	POND-2	POND-2
Clarification, Tertiary - 1	CL-T-1	POND-3	POND-3
Clarification, Tertiary - 2	CL-T-2	POND-4	POND-4
Constructed wetland - Cell 1	CWL -1	POND-5	POND-5
Constructed wetland - Cell 2	CWL -2	POND-6	POND-6
Constructed wetland - Cell 3	CWL -3	POND-7	POND-7
Constructed wetland - Cell 4	CWL -4	POND-8	POND-8
Constructed wetland - Cell 5	CWL -5	POND-9	POND-9
Constructed wetland - Cell 6	CWL -6	POND-10	POND-10
Constructed wetland system	CWTS	POND-A	POND-A
Equalization, Primary	EQ-P	POND-B	POND-B
Equalization, Secondary	EQ-S	POND-C	POND-C
Filter, Microfiltration - 1	FLT-M-1	WWT-1	WWT-1
Filter, Microfiltration - 2	FLT-M-2	WWT-2	WWT-2
Wastewater Treatment Units		Destinations
*For Use in Tables and Questions Throughout Parts D and F.*		*For Use in Tables and Questions Throughout Parts A, C, D, and F.*
Filter, Microfiltration - 3	FLT-M-3	WWT-3	WWT-3
Filter, Microfiltration - 4	FLT-M-4	WWT-4	WWT-4
Filter, Sand/Gravity - 1	FLT-S-1	WWT-5	WWT-5
Filter, Sand/Gravity - 2	FLT-S-2	WWT-6	WWT-6
Filter, Sand/Gravity - 3	FLT-S-3	WWT-A	WWT-A
Filter, Sand/Gravity - 4	FLT-S-4	WWT-B	WWT-B
Filter, Ultrafiltration - 1	FLT-U-1	WWT-C	WWT-C
Filter, Ultrafiltration - 2	FLT-U-2	Reuse as boiler water	RECYC - BW
Filter, Ultrafiltration - 3	FLT-U-3	Reuse as bottom ash sluice	RECYC - BAS
Filter, Ultrafiltration - 4	FLT-U-4	Reuse as combined ash sluice	RECYC - CAS
Filter press - 1	FP-1	Reuse as FGD slurry preparation water	RECYC - FGDP
Filter press - 2	FP-2	Reuse as FGD absorber makeup	RECYC - FGDAB
Holding tank	HT	Reuse as fly ash sluice	RECYC - FAS
Ion exchange	IX	Reuse as mill reject sluice	RECYC - MRS
Natural wetlands	NW	Reuse in cooling towers	RECYC - CW
pH adjustment - 1	PH-1
pH adjustment - 2	PH-2
pH adjustment - 3	PH-3
Reverse osmosis	ROS
Pond Unit - 1	SPD-1
Pond Unit - 2	SPD-2
Pond Unit - 3	SPD-3
Pond Unit - 4	SPD-4
Pond Unit - 5	SPD-5
Pond Unit - 6	SPD-6
Pond Unit - 7	SPD-7
Pond Unit - 8	SPD-8
Pond Unit - 9	SPD-9
Wastewater Treatment Units		Solids Handling
*For Use in Tables and Questions Throughout Parts D and F.*		*For Use as Planned Solids Handling for the FGD Slurry Blowdown in Part B Table B-2.*
Pond Unit - 10	SPD-10	Centrifuge - 1	CENT-1
Pond Unit - 11	SPD-11	Centrifuge - 2	CENT-2
Pond Unit - 12	SPD-12	Centrifuge - 3	CENT-3
Pond Unit - 13	SPD-13	Centrifuge - 4	CENT-4
Pond Unit - 14	SPD-14	Hydrocyclones - 1	HYC-1
Settling tank - 1	ST-1	Hydrocyclones - 2	HYC-2
Settling tank - 2	ST-2	Hydrocyclones - 3	HYC-3
Settling tank - 3	ST-3	Hydrocyclones - 4	HYC-4
Settling tank - 4	ST-4	Filter press - 1	FP-1
Settling tank - 5	ST-5	Filter press - 2	FP-2
Thickener - 1	TH-1	Thickener - 1	TH-1
Thickener - 2	TH-2	Thickener - 2	TH-2
Vacuum drum filter - 1	VF-1	Vacuum drum filter - 1	VF-1
Vacuum drum filter - 2	VF-2	Vacuum drum filter - 2	VF-2
Vacuum filter belt - 1	VFB-1	Vacuum filter belt - 1	VFB-1
Vacuum filter belt - 2	VFB-2	Vacuum filter belt - 2	VFB-2

File Type	application/vnd.ms-excel
Author	Jennifer O'Neil
Last Modified By	BSchwantes
File Modified	2010-02-22
File Created	2008-05-21