Robbinsdale Water System Improvements
WATER SYSTEM IMPROVEMENTS Robbinsdale, MN Project Details Date: 2019 – PresentClient: City of Robbinsdale Community Faces Growth and Aging Infrastructure The City of Robbinsdale is an inner ring suburb of the Minneapolis Metropolitan area with about 14,000 residents and provides an average of 2 MGD of potable water to the community. Robbinsdale, MN became fully […]
PFAS Water Treatment Management
PFAS WATER TREATMENT & MANAGEMENT Woodbury, MN Project Details Date: 2019 – PresentClient: City of Woodbury Groundwater Contamination Concerns Lead to Lawsuit In 2004, PFAS were first found to have contaminated drinking water supplies in parts of the eastern Twin Cities. Over the last 15 years or so, PFAS have been discovered in Woodbury’s groundwater […]
Grand Forks Regional Water Treatment Plant
GRAND FORKS REGIONAL WATER TREATMENT PLANT Grand Forks, North Dakota Project Details Date: 2018 – 2020Client: City of Grand Forks Challenges Necessitate New Regional Water Treatment Plant The new Grand Forks Regional Water Treatment Plant (GFRWTP) is a 20 million gallons per day hybrid water treatment facility that includes parallel conventional and membrane treatment processes […]
Deer Creek Dam Intake Structure
DEER CREEK DAM INTAKE PROJECT Wasatch County, Utah Project Details Date: 2019 – 2026Client: Provo River Water Users Association Provo River Water Users Association The Provo River Water Users Association supplies raw water to many bulk customers in the Salt Lake City metro area and delivers water across three counties including Salt Lake, Wasatch, and […]
St. Cloud WTF AOP and Biological Filtration Pilot
St. Cloud WTF AOP and Biological Filtration Pilot St. Cloud, MN Project Overview The City of St. Cloud currently operates a 24 million-gallon-per-day lime-softening water treatment facility (WTF) that withdraws source water directly from the Mississippi River. The conventional treatment consists of clarification, lime softening, recarbonation, gravity filtration, and disinfection. The WTF experiences seasonal taste […]
Marshall WTP Softening Enhancement Project
WTP SOFTENING ENHANCEMENT PROJECT Marshall, Minnesota Water Quality Regulations Drive Collaborate Approach for Treatment The City of Marshall owns and operates the Wastewater Treatment Facility (WWTF) that serves the City’s municipal, commercial, and industrial customers. Treated wastewater effluent from the WWTF is discharged to the Redwood River which is an impaired water body. Based on […]
Thief River Falls WTP Optimization
THIEF RIVER FALLS WTP Optimization Thief River Falls, Minnesota The Thief River Falls (TRF) Water Treatment Plant (WTP) experienced process upsets in early summer 2017 where the combined filter effluent exceeded 0.3 NTU in more than 5% of the total compliance samples, resulting in the WTP receiving three consecutive Notices of Violation (NOV). Project Details […]
Jordan Valley Water Conservancy District 3600 West 10200 South Pump Station
3600 WEST 10200 SOUTH PUMP STATION West Jordan, Utah AE2S is currently completing the design for a new 80 cfs pump station to replace existing infrastructure and meet future projected demand. The new station will be built out in phases and will initially run in parallel to an existing station on the same site. Full […]
Eden Prairie GSR and Pump Station
GSR AND PUMP STATION Eden Prairie, Minnesota Planning for a new four-million-gallon ground storage reservoir and pump station began in 2014. Distribution system modeling indicated that the City would benefit from additional operational storage as well as an increase in emergency storage time while providing some redundancy when taking a water tower out of service […]
Williston Water Treatment Plant Expansion
WATER TREATMENT PLANT EXPANSION Williston, North Dakota About the Project The expanding oil and gas industry in northwest North Dakota strained water systems’ abilities to keep up with domestic and industrial water needs. As the economic hub of the region, the City of Williston continues to experience considerable growth, and it’s anticipated that the growth […]