Sec6.0 Report for EPA in application of WTP-ccam to GCWW

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Sec6.0 Report for EPA in application of WTP-ccam to GCWW

DRAFTUsing WTP-ccam to Simulate WaterTreatment Plant Operation:A Case Study at Greater Cincinnati Water WorksWater Resources Adaptation Program (WRAP)

Sec6.0 Report for EPA in application of WTP-ccam to GCWW)National Risk Management Research Laboratory’Office of Research and Development (ORD)United States Environmental Protection AgencyCincinnati, Ohio406

64Prepared ByZhiwei Li and Steven G. BuchbergerUniversity of CincinnatiRobert M. ClarkEnvironmental Engineering and Public Health ConsultantY. Jeffrey Sec6.0 Report for EPA in application of WTP-ccam to GCWW

YangUS Environmental Protection AgencyDRAFTDISCLAIMERThis report demonstrates an interactive computer platform, the water treatment plant - climate c

Sec6.0 Report for EPA in application of WTP-ccam to GCWW

hange adaptation model (WTP-ccam) version 1.0, applied to the Richard Miller drinking water treatment plant of the Greater Cincinnati Water Works (GCW

DRAFTUsing WTP-ccam to Simulate WaterTreatment Plant Operation:A Case Study at Greater Cincinnati Water WorksWater Resources Adaptation Program (WRAP)

Sec6.0 Report for EPA in application of WTP-ccam to GCWWinnati, Cincinnati. Ohio•Environmental Engineering and Public Health Consultant. Cincinnati, OhioThis report may be of educational value to various in

dividuals in the water treatment industry, but each individual must interpret and adapt the results to fit their own practice. Although a diligent eff Sec6.0 Report for EPA in application of WTP-ccam to GCWW

ort has been made to assure that the results obtained are reasonable, the results in this document are experimental and have their own limitations. Th

Sec6.0 Report for EPA in application of WTP-ccam to GCWW

e USEPA and its contractors shall not be liable for any direct, indirect, consequential, or incidental damages resulting from the use of this report.D

DRAFTUsing WTP-ccam to Simulate WaterTreatment Plant Operation:A Case Study at Greater Cincinnati Water WorksWater Resources Adaptation Program (WRAP)

Sec6.0 Report for EPA in application of WTP-ccam to GCWWEP-C-05-056. The authors are grateful to the following individuals for providing assistance and information to develop tills example application: Jeff

Swertfcgcr, Jeff Vogt and Ycongho Lee of the Greater Cincinnati Water Works.iiiDRAFTFORWARDTo protect human health and the environment, USEPA has imp Sec6.0 Report for EPA in application of WTP-ccam to GCWW

lemented research programs to develop data and tools to support utilities and local governments in adapting to changes in climate and population. As a

Sec6.0 Report for EPA in application of WTP-ccam to GCWW

pan of the multi-scale infrastructure characterization project in the EPA Water Resources Adaptation Program, an interactive computer platform, WTP-c

DRAFTUsing WTP-ccam to Simulate WaterTreatment Plant Operation:A Case Study at Greater Cincinnati Water WorksWater Resources Adaptation Program (WRAP)

Sec6.0 Report for EPA in application of WTP-ccam to GCWWs climate change scenarios through variation of source water qualities.To validate and illustrate application of the WTP-ccam platform, a case study w

as established at the Greater Cincinnati Water Works (GCWW)’s Richard Miller water treatment plant. This report summarizes the validation, data prepar Sec6.0 Report for EPA in application of WTP-ccam to GCWW

ation, and application of the WTP-ccam platform. In addition, this report provides background on the design and operation of the Miller plant, assessm

Sec6.0 Report for EPA in application of WTP-ccam to GCWW

ent of impact of climate change on performance of water treatment, adaptation of plant operation to climate change scenarios and associated adaptation

DRAFTUsing WTP-ccam to Simulate WaterTreatment Plant Operation:A Case Study at Greater Cincinnati Water WorksWater Resources Adaptation Program (WRAP)