Actiflo®: Exploring The Variety Of Solutions By Using High-Rate Clarification
Actiflo® is a microsand ballasted water clarification process combining two proven engineering principles of rapid particle settling: microsand enhanced ballasted flocculation and lamella settling, affording a small footprint.
Actiflo® Carb combines the benefits of ballasted clarification with the adsorption capacities of powdered activated carbon (PAC) to remove organic compounds, remove taste and odor, and treat emerging micropollutants.
Bioactiflo™, wet weather treatment removing TSS and BOD, couples the clarification process with rapid soluble BOD uptake achieved when return activated sludge is combined with raw wastewater under aerobic conditions.
Click on the image below for more info about Actiflo®, Actiflo® Carb & Bioactiflo™
End-to-End Water Management Masterclass for Pharma & Biotech
Cary (Raleigh), NC | Wednesday - October 23, 2024
Explore water purification tech, utility water, wastewater, and sustainability strategies. Gain insights, and enhance your facility's efficiency. Don't miss this opportunity to network with industry professionals and expand your knowledge.
How to Achieve Enhanced DBP Removal with High-Rate Clarification While Recycling Carbon?
In this video, Bob Crossen, Vice President of Content Strategy at EndeavorB2B, and Bryan Fincher, Product Manager for Separation Technologies at Veolia, discuss DBP removal using high-rate clarification and carbon recycling.
Stormwater peak flows are a major problem for wastewater treatment plant owners and operators. With every treatment plant facing unique circumstances, the response is typically multi-layered and complex but key technologies are a critical part of the solution to reduce the impact of wet weather peak flows.
Fourth Creek WWTP is one of four wastewater treatment plants owned by Knoxville Utilities Board (KUB). The Fourth Creek WWTP was originally built in 1966 as an activated sludge facility with blending to accommodate peak flows during rain events. KUB desired to eliminate blending activities and provide full biological treatment for all flows entering the plant. In addition, KUB wanted to increase treatment flexibility in a relatively short process time while maintaining as small of a footprint on plant grounds as possible.
