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: 1. Adherence to an extremely tight schedule 2. Managed risk to the District 3. Appropriate equipment and materials selection 4. Seamless testing, startup and commissioning
Graham Calciano
The Successful Design, Construction and Commissioning of A 11 L/S (0.25-MGD) Biological Nutrient Removal Pilot Plant in Ten Months
Authors: William Yu, Graham Calciano, Rion Merlo, Jill Teplin, Tom Mingee, Bob Witzgall, Kurt Ohlinger, Steve Ramberg, Jeremy Boyce, Aren Hansen, Mitch Maidrand, Rod Helm, and Denny Parker
2013 WEFTEC
Related Content
May 25, 2019
Biological Nutrient Removal Pilot Facility
Brown and Caldwell led the design-build-operate installation of a biological nutrient removal pilot facility located in Elk Grove, Calif. Winner...
Recent Papers and Reports
- Microplastics from different viewpoints
- Using Artificial Intelligence and Machine Learning Operations in the Water Industry
- Multi-class machine learning classification of PFAS in environmental water samples: a blinded test of performance on unknowns
- Fate of perfluoroalkyl and polyfluoroalkyl substances (PFAS) through two full-scale wastewater sludge incinerators
- An Evaluation of Biosolids Management in Maine and Recommendations for the Future
- Pathways and Barriers to Corporate Water Stewardship in the Colorado River Basin
- Transformation of organic carbon through medium pressure (polychromatic) UV disinfection of wastewater effluent during wet weather events
- Application of a fluorescence EEM-PARAFAC model for direct and indirect potable water reuse monitoring: Multi-stage ozone–biofiltration without reverse osmosis at Gwinnett County, Georgia, USA
- The Risk of the Status Quo: New Thinking to Transform Business Practice
- Preponderance of Evidence – Advances in Using Distributed Temperature Sensing to Locate and Quantify Sources of I/I