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Watercapes Spring 2006
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Watercapes Spring 2006
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3/27/2013 11:05:18 AM
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Publications
Year
2006
Title
Waterscapes
Author
Water Group of HDR
Description
The Value of Applied Research
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Other
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Table 1 continued. Applied Research and Technology Projects in Wastewater — Pilot and Full -Scale Testing <br />Activated Sludge Pilot and Full -Scale Studies — Conducted studies to determine <br />City of Hopewell, VA <br />treatability of wastewater, nitrification rate, dewatering and design parameters. Studies <br />City of Sanger, CA <br />geared toward generating design information for process selection and full -scale application. <br />City of Las Vegas, NV <br />Secondary Clarifier CFD Modeling and Stress Testing— Develop CFD models, tracer <br />Iurine Ranch Water District CA <br />studies and stress testing of secondary clarifiers to improve performance and increase <br />Fairfield- Suisun Sanitary District CA <br />capacity. <br />Delta Diablo Sanitation District CA <br />wastewater treatment plants. Stress testing individual unit processes and/or specific <br />City of Santa Fe, NM <br />component testing to evaluate equipment performance. Offgas testing, modeling and <br />Ora Loma Sanitation District CA <br />other bench tests. <br />Union Sanitary District, CA <br />Many Others <br />Advanced Treatment for Filtration and Phosphorus Removal — Pioneering work to <br />Clean Water Services, Tigard, OR <br />find processes to meet 0.07 mg/L TP limit, the lowest in the nation in 1990. High -rate <br />City of Las Vegas, NV <br />clarification and filtration for phosphorus removal. Evaluation of cloth media filters and <br />Healdsburg, CA <br />microfiltration. <br />Dallas Water Utilities, TX <br />Denison, IA <br />Process Capacity Assessment and Stress Testing — Full -scale testing and analysis of <br />Delta Diablo Sanitation District, Pittsburg, CA <br />wastewater treatment plants. Stress testing individual unit processes and/or specific <br />Central Contra Costa Sanitation District CA <br />component testing to evaluate equipment performance. Offgas testing, modeling and <br />City of Las Vegas, NV <br />other bench tests. <br />Irvine Ranch Water District CA <br />City of Silverton, OR <br />Many others <br />Advanced Wastewater Treatment for Lake Augmentation — Evaluated enhanced <br />University of California, Los Angeles <br />treatment processes to treat water to match pristine lake quality for augmentation of water <br />Lake Arrowhead Community Service District, CA <br />levels. Processes include clarification, ozonation, biological active sand /anthracite filters, <br />and reverse osmosis to remove toxic organics and nutrients. <br />High Rate Treatment Pilot Study for Satellite Plants — Pilot study of emerging process <br />King County Water Agency, WA <br />to use for remote reclamation facilities meeting various reuse alternatives. Unit Processes <br />Black & Veatch <br />include ballasted sedimentation, biologically active filters (BOD removal and nitrification), <br />membrane bioreactor, compressible media filter, microfiltration, and reverse osmosis. <br />Primary Clarifier Performance and Modeling — Comparison between U.S. and German <br />University Of Munich <br />design principles and loading rates. Application of the WERF primary clarifier protocol in <br />City of Munich <br />Europe. <br />Physical Modeling of Treatment Units — Physical modeling of highly purified oxygen <br />Sacramento Regional WWFP <br />plant. Model includes primary clarifiers, oxidation tanks, distribution channels, secondary <br />clarifiers. <br />Distribution Channel Modeling — Build mathematical models for distribution channels <br />Sacramento Regional WWTP <br />based on CFD plate forms verified by physical models. Models are linked with hydraulic <br />profile software. <br />The Water Environment Research Foundation published results of a study <br />completed by HDR examining the reliability of enhanced biological phosphorus <br />removal in removing phosphorus to low levels in wastewater effluent. The goal <br />of the research project was to develop information that can be used to help <br />municipal wastewater treatment plants more efficiently and cost effectively <br />remove phosphorus through EBPR processes. <br />
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