Tag: Wastewater Treatment Plant
FACILITY BASIC INFORMATION Plant Name: Racine Wastewater Treatment Plant Location: 21st Street & Reichert Court, Racine, Racine County, WI Operating Authority: Racine Water and Wastewater Utilities Design Average Flow: 36.0 MGD Peak Design Flow: 108.0 MGD (Wet Weather) Population Served: ~110,000 residents Service Area: City of Racine, Villages of Mount Pleasant, Caledonia, Sturtevant, Elmwood Park, […]
Wastewater Aeration Systems: Improving Treatment Efficiency Aeration system wastewater installations typically consume 45 to 60 percent of a municipal treatment plant energy budget and determine whether biological processes meet effluent nitrogen and BOD targets. This guide gives plant managers, process engineers, and operators a practical roadmap for selecting, designing, operating, retrofitting, and maintaining aeration system […]
FACILITY BASIC INFORMATION Plant Name: NEW Water De Pere Facility (formerly GBMSD De Pere WWTP) Location: De Pere, Brown County, Wisconsin Operating Authority: Green Bay Metropolitan Sewerage District (brand name: NEW Water) Design Capacity: 24.0 MGD (Peak Hourly: ~38 MGD) Current Average Flow: ~8.0 – 10.0 MGD Population Served: Portion of ~238,000 regional total (serves […]
FACILITY BASIC INFORMATION Plant Name: Nine Springs Wastewater Treatment Plant Location: 1610 Moorland Road, Madison, Dane County, Wisconsin Operating Authority: Madison Metropolitan Sewerage District (MMSD) Design Capacity: 50 MGD (Average Daily Flow) / 106 MGD (Peak) Current Average Flow: ~41 MGD Population Served: ~429,000 residents Service Area: 187 square miles (Madison, Middleton, Fitchburg, Verona, and […]
Location: Oak Creek, Wisconsin | Operator: Veolia Water Milwaukee (for MMSD) FACILITY BASIC INFORMATION Plant Name: South Shore Water Reclamation Facility Location: 8500 South 5th Avenue, Oak Creek, WI 53154 Operating Authority: Milwaukee Metropolitan Sewerage District (MMSD) / Contract Operator: Veolia Water Milwaukee Design Capacity (Average): 85-100 MGD Peak Hydraulic Capacity: 300 MGD Population Served: […]
Understanding Nitrification and Denitrification in Wastewater Treatment Meeting tight effluent nitrogen limits demands a clear grasp of the nitrification denitrification process and how it responds to changing loads, temperature, and carbon availability. This practical guide unpacks the microbial pathways and stoichiometry behind ammonia oxidation and nitrate reduction, provides numeric design and operating ranges for SRT, […]
FACILITY BASIC INFORMATION Plant Name: Western Lake Superior Sanitary District Regional Treatment PlantLocation: Duluth, St. Louis County, MinnesotaOperating Authority: Western Lake Superior Sanitary District (WLSSD)Design Capacity: 43 MGD (Average Wet Weather), ~120+ MGD (Peak)Current Average Flow: ~35-38 MGDPopulation Served: ~135,000 residents + significant industrial baseService Area: 530 square miles (Duluth, Cloquet, Hermantown, Proctor, and surrounding […]
FACILITY BASIC INFORMATION Plant Name: Metropolitan Wastewater Treatment Plant (Commonly: Metro Plant) Location: 2400 Childs Road, Saint Paul, MN 55106 (Serving Minneapolis and the Region) Operating Authority: Metropolitan Council Environmental Services (MCES) Design Capacity: 214 MGD (Average Wet Weather) / Peak Hydraulic Capacity > 600 MGD Current Average Flow: ~170 – 180 MGD Population Served: […]
The authoritative technical resource for the largest wastewater treatment facility in Minnesota. FACILITY BASIC INFORMATION Plant Name: Metropolitan Wastewater Treatment Plant (Metro Plant) Location: 2400 Childs Road, St. Paul, Ramsey County, Minnesota Operating Authority: Metropolitan Council Environmental Services (MCES) Design Capacity: 214 MGD (Average Wet Weather) Current Average Flow: ~170 MGD Population Served: 1.8 million […]
Introduction In municipal and industrial fluid handling, the horizontal end suction centrifugal pump is the workhorse of the facility. However, the pump itself is only as effective as the control loop that governs it. Engineers often expend significant resources selecting the pump hydraulic curve, yet frequently undervalue the specification of the verification device: the flow […]