# OMB Control Number: 2040-0281 Plant ID: Insert Plant I D

Approval Expires: 05/31/2013 Plant Name: Insert Plant N ame

Section Title Tab Name

Part H Instructions Part H Instructions

Nuclear Generating Unit Data Part H Section 1

Process Wastewater Generation Part H Section 2

Wastewater Treatment Systems Part H Section 3

Part H Comments Part H Comments PART H - NUCLEAR POWER GENERATION Steam Electric Questionnaire

Table of Contents

Approved: May 20, 2010

# Steam Electric Questionnaire Part H. Instructions



# Plant ID: Insert Plant ID

Plant Name: Insert Plant Name

PART H.

Note: The following acronyms are used throughout Pa rt H:

PWR - Pressurized water reactor

BWR - Boiling water reactor Use the Part H Comments tab to do the following: prov ide additional information as

requested in certain questions within Part H; indicate a typical data (e.g., if 2009

information is not representative of normal operation s); and note methods used to make

best engineering estimates in the event that exact data are not available.

NUCLEAR POWER GENERATION

INSTRUCTIONS

Complete Part H of the questionnaire for your plant. As you are completing the

electronic form, note the following: When you enter y our plant name and plant ID on the

Part H TOC tab, all name and ID fields throughout Pa rt H will automatically populate.

Refer to the overall questionnaire instructions, the gl ossary, and the acronym list for

assistance with completing Part H.

Please provide all free response answers in the highligh ted yellow areas. Throughout

Part H, you may need to make copies of certain sections/qu estions. Instructions are

provided throughout Part H regarding making copies. No te that process wastewater

codes or wastewater treatment system names must be populat ed 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 process wast ewater or wastewater

treatment system.

Approved: May 20, 2010Steam Electric QuestionnairePart H. Nuclear Power GenerationPlant ID: Insert Plant IDPlant Name: Insert Plant NamePart:HSection Title:1. Nuclear Generating Unit DataInstructions:CBI? H1-1.CBI? H1-2.CBI? H1-3.(Skip to next Questionnaire Part)(Skip to next Questionnaire Part)Complete Section 1 (Questions H1-1 through H1-3) for each nuclear electric generating unit that the plant operated during 2009. Provide allfree response answers in the highlighted yellow areas.Did the plant generate anyprocess wastewater(with the exception of wastewater from service water treatment systems) during 2009 that isassociated with the production of electricity from nucleargenerating units? Examples include, but are not limited to, containment sumpwater and water generated from cooling system leaks orloss of coolant accidents (LOCA).In Table H-1, provide information for allprocess wastewaterassociated with the production of electricity from the nuclear electric generatingunits that the plant operated during 2009. Indicate the nuclear generating unit(s) that are associated with each process wastewater. [Checkall boxes that apply.] If the process wastewater is associated with the entire plant, all nuclear units should bechecked. If the plant generateda process wastewater that is not in the drop down menu,include the name and description of the process wastewaterin the space providedand indicate the nuclear generating unit(s) that are associated with the process wastewater.Did the plant operate one or more units using nuclearenergy as the fuel source to generate electricity in 2009?(Continue)(Continue)YesYesNoYesNoYesYesH-1Approved: May 20, 2010Steam Electric QuestionnairePart H. Nuclear Power GenerationProcess WastewaterCodeOther, specify:Other, specify:Other, specify:Other, specify:Other, specify:Other, specify:Other, specify:NUC-1Table H-1. Process Wastewater Associated with Nuclear Electric Generating UnitsProcess WastewaterNuclear Unit(s) Associated withProcess WastewaterNUC-2NUC-3NUC-4NUC-5NUC-6NUC-7SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:Process WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveSE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:H-2Approved: May 20, 2010Steam Electric QuestionnairePart H. Nuclear Power GenerationOther, specify:Other, specify:Other, specify:Other, specify:Other, specify:Other, specify:Other, specify:Other, specify:Other, specify:NUC-8NUC-9NUC-10NUC-11NUC-12NUC-13NUC-14NUC-15NUC-16Process WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveSE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:H-3Approved: May 20, 2010Steam Electric QuestionnairePart H. Nuclear Power GenerationOther, specify:Other, specify:Other, specify:Other, specify:Other, specify:Other, specify:Other, specify:Other, specify:Other, specify:NUC-18NUC-19NUC-20NUC-17NUC-21NUC-22NUC-23NUC-24NUC-25Process WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveSE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:H-4Approved: May 20, 2010Steam Electric QuestionnairePart H. Nuclear Power GenerationOther, specify:Other, specify:Other, specify:Other, specify:Other, specify:Other, specify:Other, specify:Other, specify:Other, specify:NUC-26NUC-27NUC-28NUC-29NUC-30NUC-31NUC-32NUC-33NUC-34Process WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveSE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:H-5Approved: May 20, 2010Steam Electric QuestionnairePart H. Nuclear Power GenerationOther, specify:Other, specify:NUC-36NUC-35Process WastewaterNonradioactive/RadioactiveProcess WastewaterNonradioactive/RadioactiveSE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:SE Unit 1SE Unit 2SE Unit 3SE Unit 4SE Unit 5SE Unit 6SE Unit 7SE Unit 8SE Unit 9Other, specify:H-6Approved: May 20, 2010Steam Electric QuestionnairePart H. Nuclear Power GenerationPlant ID:Plant Name:Process wastewater code:Part:HSection Title:2. Process Wastewater GenerationInstructions:CBI? H2-1.Process WastewaterFlowhpd dpyhpd dpy time(s) every year(s)Indicate in Table H-2 if theprocess wastewaterflow is continuous or not continuous. For process wastewater witha continuous flow, indicate the flow rate, typical volume generated annually, and duration for the processwastewater that was generated in 2009. For process wastewater without a continuous flow, indicate the typical flowrate, typical volume generated annually in gallons, duration, and frequency with which the process wastewaterisgenerated.Table H-2. Process Wastewater FlowsFlow Rate(gpm)Typical VolumeGeneratedAnnually(gallons) Typical DurationTypical Frequency(e.g., 1 time every 3 years)Insert Plant IDInsert Plant NameComplete Section 2 (Questions H2-1 and H2-2) for eachprocess wastewatergenerated on site during 2009 that isassociated with the operation of the nuclear generatingunits. Please provide all free response answers in thehighlighted yellow areas.Make a copy of Section 2 for each type of process wastewater generated in 2009 and previously identified in TableH-1 using the "Copy Section 2" button below. Enter the process wastewater code from Table H-1 in the spaceprovided above.YesProcess Wastewater CodeContinuousNot ContinuousH-7Approved: May 20, 2010Steam Electric QuestionnairePart H. Nuclear Power GenerationCBI? H2-2.Indicate how the untreated process wastewater is handled.If recycled, indicate to which process the processwastewater is recycled. [Check all boxes that apply.]YesIn cooling towersAs reactor coolant (BWR)As primary coolant (PWR)As secondary coolant (PWR)Other specify:Immediately recycled back to a plant process. Please describe how the process wastewater is reusedDischarged to surface water following on-site treatment, including those located on non-adjoining property.Discharged to surface water untreated. Please provide NPDES permitted outfall number (from Part A Section 2.2)Transferred to publicly or privately owned treatment worksTransported to an offsite vendor waste processorTransported to approved licensed burial groundOther, explain:Please provide the NPDES permitted outfall number (from Part A Section 2.2)H-8Approved: May 20, 2010Steam Electric QuestionnairePart H. Nuclear Power GenerationPlant ID:Plant Name:Wastewater Treatment System Name:Part:HSection Title:3. Wastewater Treatment SystemsInstructions:CBI? H3-1.CBI? H3-2.CBI? H3-3.Typical flow rate in 2009, gpmMaximum flow rate in 2009, gpmDuration of effluent transfers from treatment system in 2009, hpdFrequency of effluent transfers from treatment system in 2009, dpyMake copies of Section 3 for each wastewater treatment system that the plant operated in 2009 using the "Copy Section 3"button below. Enter the wastewater treatment systemname in the space provided above.Provide the typical and maximum flow rate for the wastewater treatment system for 2009. In addition,provide the durationand frequency of the discharges, and other dispositions off site, from the wastewater treatment systemin 2009. If the flowrate in 2009 is not typical of previous years, please note this in the "Part H Comments" tab at the end of part.Insert Treatment System NameIndicate all process wastewater that istreatedwith this wastewater treatment system using the codes provided in Table H-1.[Check all boxes that apply.]Does this wastewater treatment system treat radioactive waste?Insert Plant NameInsert Plant IDComplete Section 3 (Questions H3-1 through H3-7) for eachwastewater treatment systemthat the plant operated in 2009 totreat anyprocess wastewaterassociated with nuclear generating units and reported in Table H-1. Please provide all freeresponse answers in the highlighted yellow areas.YesNUC-1NUC-2NUC-3NUC-4YesYesNUC-5NUC-6NUC-7NUC-8NUC-9NUC-10NUC-11NUC-12NUC-13NUC-14NUC-15NUC-16NUC-17NUC-18NUC-19NUC-20NUC-21NUC-22NUC-23NUC-24NUC-25NUC-26NUC-27NUC-28NUC-29NUC-30NUC-31NUC-32NUC-33NUC-34NUC-35NUC-36YesNoCopy Section 3H-9Approved: May 20, 2010Steam Electric QuestionnairePart H. Nuclear Power GenerationCBI? H3-4.Pollutant Limitation UnitComplete a row in Table H-3 for each treatment technology used in this wastewater treatment system. If the technology is notlisted, select other and identify it separately inthe yellow box provided. Indicate the pollutants targeted for removal for eachwastewater treatment technology. [Check all boxes that apply.] If you check "metals" or "other" specify the type of metal ortype of other pollutant in the yellow boxes provided. Separate multiple entries with commas. Of the pollutants identified foreach treatment technology, indicate up to three effluent limitations that drive/will drive the operation of this wastewatertreatment technology. Provide the pollutant, the limitation, and the unit (mg/L, ug/L, orμCi/mL).Table H-3. Characteristics of Wastewater TreatmentTechnologies Present in the Wastewater Treatment SystemWastewater TreatmentTechnologyPollutants Targeted for Removal by theTechnologyWhich Effluent Limitation Drives/WillDrive the Operation of the TechnologyOther, specify (below):Other, specify (below):Wastewater Treatment TechnologyUnitsYesTSSOrganic acidsNitrogen compounds (ammonia, nitrate, nitrite)Chlorine or other oxidizing agentsHydrazineCarbohydrazineMetals, specify:Cesium-137Strontium-90BoronTritiumOther , specify:Oil and greaseOther RadionuclidesUnitsUnitsWastewater Treatment TechnologyUnitsTSSOrganic acidsNitrogen compounds (ammonia, nitrate, nitrite)Chlorine or other oxidizing agentsHydrazineCarbohydrazineMetals, specify:Cesium-137Strontium-90BoronTritiumOther , specify:Oil and greaseOther RadionuclidesUnitsUnitsH-10Approved: May 20, 2010Steam Electric QuestionnairePart H. Nuclear Power GenerationOther, specify (below):Other, specify (below):Other, specify (below):Wastewater Treatment TechnologyUnitsTSSOrganic acidsNitrogen compounds (ammonia, nitrate, nitrite)Chlorine or other oxidizing agentsHydrazineCarbohydrazineMetals, specify:Cesium-137Strontium-90BoronTritiumOther , specify:Oil and greaseOther RadionuclidesUnitsUnitsWastewater Treatment TechnologyUnitsTSSOrganic acidsNitrogen compounds (ammonia, nitrate, nitrite)Chlorine or other oxidizing agentsHydrazineCarbohydrazineMetals, specify:Cesium-137Strontium-90BoronTritiumOther , specify:Oil and greaseOther RadionuclidesUnitsUnitsWastewater Treatment TechnologyUnitsTSSOrganic acidsNitrogen compounds (ammonia, nitrate, nitrite)Chlorine or other oxidizing agentsHydrazineCarbohydrazineMetals, specify:Cesium-137Strontium-90BoronTritiumOther , specify:Oil and greaseOther RadionuclidesUnitsUnitsH-11Approved: May 20, 2010Steam Electric QuestionnairePart H. Nuclear Power GenerationOther, specify (below):Other, specify (below):Other, specify (below):Wastewater Treatment TechnologyUnitsTSSOrganic acidsNitrogen compounds (ammonia, nitrate, nitrite)Chlorine or other oxidizing agentsHydrazineCarbohydrazineMetals, specify:Cesium-137Strontium-90BoronTritiumOther , specify:Oil and greaseOther RadionuclidesUnitsUnitsWastewater Treatment TechnologyUnitsTSSOrganic acidsNitrogen compounds (ammonia, nitrate, nitrite)Chlorine or other oxidizing agentsHydrazineCarbohydrazineMetals, specify:Cesium-137Strontium-90BoronTritiumOther , specify:Oil and greaseOther RadionuclidesUnitsUnitsWastewater Treatment TechnologyUnitsTSSOrganic acidsNitrogen compounds (ammonia, nitrate, nitrite)Chlorine or other oxidizing agentsHydrazineCarbohydrazineMetals, specify:Cesium-137Strontium-90BoronTritiumOther , specify:Oil and greaseOther RadionuclidesUnitsUnitsH-12Approved: May 20, 2010Steam Electric QuestionnairePart H. Nuclear Power GenerationCBI? H3-5.Is the plant currently constructing/installing or planning to begin constructing/installing by December 31, 2020 any additionaltreatment technologies not mentioned in question H3-4 to the wastewater treatment system? If so, indicate in Table H-4 belowthe type of technology and the pollutants the technology will target. [Check all boxes that apply.] Ifyou check "metals" or"other" specify the type of metal or type of otherpollutant in the yellow boxes provided. Separate multiple entries withcommas.Table H-4. Characteristics of Planned Wastewater Treatment Technologiesin the Wastewater Treatment SystemWastewater TreatmentTechnologyPollutants Targeted for Removal by theTechnologyOther, specify (below):Other, specify (below):Wastewater Treatment TechnologyMetals, specify:Other , specify:YesTSSOrganic acidsNitrogen compounds (ammonia, nitrate, nitrite)Chlorine or other oxidizing agentsHydrazineCarbohydrazineCesium-137Strontium-90BoronTritiumOil and greaseOther RadionuclidesWastewater Treatment TechnologyMetals, specify:Other , specify:TSSOrganic acidsNitrogen compounds (ammonia, nitrate, nitrite)Chlorine or other oxidizing agentsHydrazineCarbohydrazineCesium-137Strontium-90BoronTritiumOil and greaseOther RadionuclidesH-13Approved: May 20, 2010Steam Electric QuestionnairePart H. Nuclear Power GenerationOther, specify (below):Other, specify (below):Wastewater Treatment TechnologyMetals, specify:Other , specify:TSSOrganic acidsNitrogen compounds (ammonia, nitrate, nitrite)Chlorine or other oxidizing agentsHydrazineCarbohydrazineCesium-137Strontium-90BoronTritiumOil and greaseOther RadionuclidesWastewater Treatment TechnologyMetals, specify:Other , specify:TSSOrganic acidsNitrogen compounds (ammonia, nitrate, nitrite)Chlorine or other oxidizing agentsHydrazineCarbohydrazineCesium-137Strontium-90BoronTritiumOil and greaseOther RadionuclidesH-14Approved: May 20, 2010Steam Electric QuestionnairePart H. Nuclear Power GenerationCBI? H3-6.CBI? H3-7.Typical flow rate in 2009, gpmMaximum flow rate in 2009, gpmDuration of effluent transfers from treatment system in 2009, hpdFrequency of effluent transfers from treatment system in 2009, dpyIf you indicated in question H3-6 that the ultimatedestination of the treated process wastewater wasto recycle part of it backto the plant, but not all of it, indicate the typical and maximum flow rates during 2009 for the recycled part of the treatedprocess wastewater. In addition, provide the duration and frequency of the effluent transfers from thewastewater treatmentsystem in 2009 for the recycled portion of the treated process wastewater. If the flow rate in 2009 is not typical of previousyears, please note this in the "Part H Comments" tab at the end of part.What is the ultimate destination of thetreatedprocess wastewater from this wastewater treatmentsystem? If recycled,indicate how the treated process wastewater is recycled. [Check all boxes that apply].In cooling towersAs reactor coolant (BWR)As primary coolant (PWR)As secondary coolant (PWR)Other specify:YesYesRecycled back to a plant process. Please describe how the treated process wastewater is reusedDischarged to surface water following on-site treatment, including those located on non-adjoining property.Transferred to publicly or privately owned treatment worksTransported to an offsite vendor waste processorTransported to approved licensed burial groundOther, explain:Please provide the NPDES permitted outfall number (from Part A Section 2.2)H-15Approved: May 20, 2010Steam Electric QuestionnairePart H. Nuclear Power GenerationPlant ID: Insert Plant IDPlant Name: Insert Plant NamePart:HSection Title:Instructions:QuestionNumberCBI?CBI?CBI?CBI?CBI?CBI?CBI?CBI?CBI?CBI?Cross reference your comments by question number and indicate the confidential status of your comment by checking the boxnext to “Yes” under "CBI?" (Confidential Business Information).Part H CommentsCommentYesYesYesYesYesYesYesYesYesYesH-16Approved: May 20, 2010Steam Electric QuestionnairePart H. Nuclear Power GenerationCBI?CBI?CBI?CBI?CBI?CBI?CBI?CBI?CBI?CBI?CBI?CBI?CBI?CBI?YesYesYesYesYesYesYesYesYesYesYesYesYesYesH-17Approved: May 20, 2010

# Steam Electric Questionnaire Part H. Nuclear Power Generation



# Part H Drop Downs

Process Wastewater

Select

Auxiliary building sump/drain wastewater

Boiler blowdown

Boiler metal cleaning waste

Chemical and volume control system (CVCS) purge (PW R)

Condensate clean-up system purge (PWR)

Containment/drywell building sump/drain wastewater

Contaminated stormwater

Filter backwash

Ion exchange wastewater

Laboratory drain wastewater

Laundry wastewater

Leachate

Leaks from primary coolant system (PWR)

Leaks from radiological waste treatment system(s)

Leaks from reactor coolant system (BWR)

Loss of coolant accidents

Personnel and equipment decontamination wastewater

Primary coolant purge (PWR)

Reactor coolant purge (BWR)

Reactor water clean-up system purge (BWR)

Reverse osmosis reject water

Sample station drain wastewater

Secondary coolant purge (PWR)

Solidification process wastewater

Steam turbine cleaning washwater

Turbine building floor drain wastewater

Yard drain wastewater

Other (specify name and description)

Approved: May 20, 2010

# Steam Electric Questionnaire Part H. Nuclear Power Generation



# Process Wastewater Code

Select

NUC-1

NUC-2

NUC-3

NUC-4

NUC-5

NUC-6

NUC-7

NUC-8

NUC-9

NUC-10

NUC-11

NUC-12

NUC-13

NUC-14

NUC-15

NUC-16

NUC-17

NUC-18

NUC-19

NUC-20

NUC-21

NUC-22

NUC-23

NUC-24

NUC-25

NUC-26

NUC-27

NUC-28

NUC-29

NUC-30

NUC-31

NUC-32

NUC-33

NUC-34

NUC-35

NUC-36

Nonradioactive/Radioactive

Select

Nonradioactive

Radioactive

Approved: May 20, 2010

# Steam Electric Questionnaire Part H. Nuclear Power Generation



# Type of Process Wastewater

Select

Both radioactive and nonradioactive wastewater

Nonradioactive wastewater only

Radioactive wastewater only

Units

Select

mg/L

ug/L

μ Ci/mL

Wastewater Treatment Technology

Select

Aerobic biological reactor

Anaerobic biological reactor

Centrifugation

Chemical precipitation/flocculation

Constructed wetlands

Cross flow filtration

Degasification

Dechlorination

Evaporation

Hollow fiber filtration

Ion exchange

Ion exchange membrane

Ion-specific filtration

Neutralization

Oil/water separator

Oil skimming

Reverse osmosis

Settling pond

Settling tank

Slow sand filter

Specially-prepared activated carbon

Super absorbent polymers

Temporary storage for radionuclide decay

Ultrafiltration

Wet oxidation

Other specify

Approved: May 20, 2010