Tag: strategies
FACILITY BASIC INFORMATION Plant Name: Drake Water Reclamation Facility (DWRF) Location: 3036 Environmental Drive, Fort Collins, Larimer County, Colorado Operating Authority: City of Fort Collins Utilities Design Capacity: 23.0 MGD (Hydraulic) Current Average Flow: ~11.0 MGD Population Served: ~170,000 residents (Citywide system) Service Area: City of Fort Collins and select surrounding districts Receiving Water Body: […]
FACILITY BASIC INFORMATION Plant Name: J.D. Phillips Water Resource Recovery Facility (WRRF) Location: 8390 Marksheffel Rd, Colorado Springs, El Paso County, CO 80925 Operating Authority: Colorado Springs Utilities (CSU) Design Capacity: 20.0 MGD (Expanded Phase) Current Average Flow: ~8–10 MGD Service Area: Eastern and Southeastern Colorado Springs (Banning Lewis Ranch, Airport zone) Receiving Water Body: […]
Topic: Advanced Water Purification / Potable Reuse InfrastructurePrimary Keyword: Peter D. Binney Water Purification FacilityContext: City of Aurora Prairie Waters Project The Peter D. Binney Water Purification Facility serves as the cornerstone of the City of Aurora’s landmark Prairie Waters Project. As one of the most advanced potable water reuse facilities in the United States, […]
Plant Name: City of Bend Water Reclamation FacilityLocation: Bend, Deschutes County, OregonOperating Authority: City of Bend Utilities DepartmentDesign Capacity: 12.5 MGD (Max Month Flow)Current Average Flow: ~6.5 – 7.5 MGD (Seasonal Variance)Population Served: ~107,000 residentsService Area: City of Bend Urban Growth Boundary (UGB)Receiving Water Body: Groundwater (Deschutes Aquifer) via Evaporation/PercolationPermit Type: Oregon DEQ WPCF Permit […]
Facility Profile: The authoritative technical resource for engineers, operators, and industry professionals regarding the Durham AWTF in Tigard, Oregon. FACILITY BASIC INFORMATION Plant Name: Durham Advanced Wastewater Treatment Facility Location: 16060 SW 85th Ave, Tigard, Washington County, Oregon Operating Authority: Clean Water Services (CWS) Design Capacity (Dry Weather): 25.7 MGD Peak Hydraulic Capacity: 113 MGD […]
Plant Name: Eugene/Springfield Water Pollution Control FacilityLocation: 410 River Avenue, Eugene, OR 97404Operating Authority: Metropolitan Wastewater Management Commission (MWMC); Operated by City of EugeneDesign Capacity: 49 MGD (Average Dry Weather) / 277 MGD (Peak Wet Weather)Current Average Flow: ~30 MGDPopulation Served: ~250,000 residentsService Area: Eugene, Springfield, and unincorporated Lane CountyReceiving Water Body: Willamette RiverNPDES Permit […]
Introduction The secondary clarifier is often described as the most critical bottleneck in activated sludge systems, yet its performance is frequently limited by the quality of the data feeding the control loops. For municipal consulting engineers and plant directors, the “black box” nature of clarification—where settling zones and compression layers are hidden beneath the surface—presents […]
FACILITY BASIC INFORMATION Plant Name: Columbia Boulevard Wastewater Treatment Plant (CBWTP) Location: 5001 N Columbia Blvd, Portland, Multnomah County, Oregon Operating Authority: City of Portland Bureau of Environmental Services (BES) Design Capacity (Dry Weather): ~100 MGD Peak Wet Weather Capacity: 450 MGD Current Average Flow: ~70 MGD Population Served: ~665,000 residents Service Area: City of […]
Location: Spokane, Washington | Operating Authority: City of Spokane Wastewater Management Department 1. INTRODUCTION The Riverside Park Water Reclamation Facility (RPWRF) serves as the cornerstone of wastewater infrastructure for the Inland Northwest. Located on the banks of the Spokane River, this facility is the largest advanced wastewater treatment plant in Eastern Washington, with a design […]
Introduction Cavitation is the silent killer of hydraulic efficiency and mechanical integrity in water and wastewater systems. For municipal and industrial engineers, the challenge is rarely just about selecting a pump; it is about selecting the instrumentation loop that can survive, detect, and mitigate the conditions that lead to cavitation. When incipient cavitation creates two-phase […]