Nuvoda Eliminates SBR Washout Conditions and Improves Effluent Quality
Rated for a flow of 250,000 gpd, Washington Township decided to retrofit 1 basin of its existing SBR process to determine if it could increase capacity and prevent washouts. Over the past 8 months, Nuvoda, with its MOB process has proven to increase capacity, but also eliminate washouts. The goal of the trial is to double the capacity of these SBR’s with Nuvoda’s patented Ballasted Aerobic Granular Sludge Process.
1,4 Dioxane Removal in Wastewater Effluent
The MOB process developed by Nuvoda removes COD, BOC and 1,4 Dioxane. The MOB (Mobile Organic Biofilm) process is a novel and sustainable wastewater treatment process developed to improve settleability, increase treatment capacity, provide simultaneous nutrient removal, and optimize process stability.
Project Brief – Rigby, ID
Project Brief for a recent Nuvoda MOB (Mobile Organic Biofilm) installation in Rigby, ID featuring WesTech Oxidation Ditch and WesTech Landy 7 Surface Aeration.
Project Brief – Forest Grove, OR
Project Brief from a recent Nuvoda MOB installation in Forest Grove, OR to improve settling, increase capacity and nitification.
Project Brief – Mebane, NC
Extended Aerated Lagoon and Surface Aeration in Mebane, NC with Nuvoda’s proprietary MOB (Mobile Organic Biofilm) process.
Case Study – Zep’s Pre-Treatment EQ Tank Upgrade with MOB
Zep is a leading innovator of cleaning solutions for retail, food & beverage, industrial & institutional, and vehicle care customers. The bioaugmentation introduced by MOB™ into Zep’s aerated EQ tank not only immediately increased the treatment capacity, but also eliminated frequent upsets.
Case Study – MillerCoors MOB Upgrade
The successful integration of MOB™ Process at the MillerCoors WWTP again demonstrated the robustness and flexibility of this award-winning, innovative and sustainable wastewater treatment technology.
Case Study – Moorefield, WV
A partnership between the Town of Moorefield, West Virginia and a local poultry factory, resulted in the construction of the 6.2 MGD Advanced Nutrient Wastewater Treatment Plant (WWTP).