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Description: W13-Proceedings
The Successful Design, Construction and Commissioning of A 11 L/S (0.25-MGD) Biological Nutrient Removal PILOT Plant in Ten Months
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Description: W13-Proceedings
The Successful Design, Construction and Commissioning of A 11 L/S (0.25-MGD) Biological Nutrient Removal PILOT Plant in Ten Months

The Successful Design, Construction and Commissioning of A 11 L/S (0.25-MGD) Biological Nutrient Removal PILOT Plant in Ten Months

The Successful Design, Construction and Commissioning of A 11 L/S (0.25-MGD) Biological Nutrient Removal PILOT Plant in Ten Months

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Description: W13-Proceedings
The Successful Design, Construction and Commissioning of A 11 L/S (0.25-MGD) Biological Nutrient Removal PILOT Plant in Ten Months
Abstract
The Advanced Treatment Technology Pilot (ATTP) project provides a valuable example for successfully implementing a fast-paced project to demonstrate compliance with stringent nutrient removal and tertiary treatment permit requirements. The ATTP project was designed, built and commissioned in ten months on schedule, on budget, with no injuries, and at a construction cost of $12 million. This paper contains a description of how the selection of a design, build, own, and operate (DBOO) delivery implementation benefitted the project. Lessons learned regarding pilot startup and operations and maintenance of the analytical instrumentation are also included. The DBOO implementation allowed and fostered a successful ATTP project which achieved:Adherence to an extremely tight scheduleManaged risk to the DistrictAppropriate equipment and materials selectionSeamless testing, startup and commissioning
The Advanced Treatment Technology Pilot (ATTP) project provides a valuable example for successfully implementing a fast-paced project to demonstrate compliance with stringent nutrient removal and tertiary treatment permit requirements. The ATTP project was designed, built and commissioned in ten months on schedule, on budget, with no injuries, and at a construction cost of $12 million. This paper...
Author(s)
William YuGraham CalcianoRion MerloJill TeplinTom MingeeBob WitzgaKurt OhlingerSteve RambergJeremy BoyceAren HansenMitch MaidrandRod HelmDenny Parker
SourceProceedings of the Water Environment Federation
Document typeConference Paper
PublisherWater Environment Federation
Print publication date Oct, 2013
ISSN1938-6478
DOI10.2175/193864713813727028
Volume / Issue2013 / 6
Content sourceWEFTEC
Copyright2013
Word count145

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Description: W13-Proceedings
The Successful Design, Construction and Commissioning of A 11 L/S (0.25-MGD) Biological Nutrient Removal PILOT Plant in Ten Months
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Description: W13-Proceedings
The Successful Design, Construction and Commissioning of A 11 L/S (0.25-MGD) Biological Nutrient Removal PILOT Plant in Ten Months
Abstract
The Advanced Treatment Technology Pilot (ATTP) project provides a valuable example for successfully implementing a fast-paced project to demonstrate compliance with stringent nutrient removal and tertiary treatment permit requirements. The ATTP project was designed, built and commissioned in ten months on schedule, on budget, with no injuries, and at a construction cost of $12 million. This paper contains a description of how the selection of a design, build, own, and operate (DBOO) delivery implementation benefitted the project. Lessons learned regarding pilot startup and operations and maintenance of the analytical instrumentation are also included. The DBOO implementation allowed and fostered a successful ATTP project which achieved:Adherence to an extremely tight scheduleManaged risk to the DistrictAppropriate equipment and materials selectionSeamless testing, startup and commissioning
The Advanced Treatment Technology Pilot (ATTP) project provides a valuable example for successfully implementing a fast-paced project to demonstrate compliance with stringent nutrient removal and tertiary treatment permit requirements. The ATTP project was designed, built and commissioned in ten months on schedule, on budget, with no injuries, and at a construction cost of $12 million. This paper...
Author(s)
William YuGraham CalcianoRion MerloJill TeplinTom MingeeBob WitzgaKurt OhlingerSteve RambergJeremy BoyceAren HansenMitch MaidrandRod HelmDenny Parker
SourceProceedings of the Water Environment Federation
Document typeConference Paper
PublisherWater Environment Federation
Print publication date Oct, 2013
ISSN1938-6478
DOI10.2175/193864713813727028
Volume / Issue2013 / 6
Content sourceWEFTEC
Copyright2013
Word count145

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William Yu# Graham Calciano# Rion Merlo# Jill Teplin# Tom Mingee# Bob Witzga# Kurt Ohlinger# Steve Ramberg# Jeremy Boyce# Aren Hansen# Mitch Maidrand# Rod Helm# Denny Parker. The Successful Design, Construction and Commissioning of A 11 L/S (0.25-MGD) Biological Nutrient Removal PILOT Plant in Ten Months. Alexandria, VA 22314-1994, USA: Water Environment Federation, 2018. Web. 6 Jun. 2025. <https://www.accesswater.org?id=-281942CITANCHOR>.
William Yu# Graham Calciano# Rion Merlo# Jill Teplin# Tom Mingee# Bob Witzga# Kurt Ohlinger# Steve Ramberg# Jeremy Boyce# Aren Hansen# Mitch Maidrand# Rod Helm# Denny Parker. The Successful Design, Construction and Commissioning of A 11 L/S (0.25-MGD) Biological Nutrient Removal PILOT Plant in Ten Months. Alexandria, VA 22314-1994, USA: Water Environment Federation, 2018. Accessed June 6, 2025. https://www.accesswater.org/?id=-281942CITANCHOR.
William Yu# Graham Calciano# Rion Merlo# Jill Teplin# Tom Mingee# Bob Witzga# Kurt Ohlinger# Steve Ramberg# Jeremy Boyce# Aren Hansen# Mitch Maidrand# Rod Helm# Denny Parker
The Successful Design, Construction and Commissioning of A 11 L/S (0.25-MGD) Biological Nutrient Removal PILOT Plant in Ten Months
Access Water
Water Environment Federation
December 22, 2018
June 6, 2025
https://www.accesswater.org/?id=-281942CITANCHOR