Wastewater Treatment Package Plant Arrives in Residential Neighbourhoods

Biowater Technology (Norway) is pleased to announce the arrival of its prefabricated systems to be used for residential wastewater treatment.

Biowater’s prefabricated package plant is compact, easily installed above or below ground, skid mounted or trailer configuration with easy delivery and installation and most importantly cost effective.
Some of the key benefits to having one of the Biowater packaged wastewater treatment systems are that they offer low maintenance and are pre-assembled and factory tested. The Biowater package plant can be configured with any of their biofilm processes at flows of up to 100,000 gallons per day.

Biowater provides turnkey treatment plants utilising their fixed film technology with state of the art separation technologies, including: Flotation, Sedimentation, Membranes, Filtration, Screens and disinfection equipment such as UV and Chemical Treatment. Their processes include but are not limited to: Complete Fixed Film Activated Sludge CFAS (aka IFAS), Complete Mix Fixed Film (CMFF), and Continuous Flow Intermittent Cleaning CFIC which provides reduction of energy consumption by least 20-30%. Biowater's processes treat industrial and municipal wastewaters and are used for organic removal, nitrification and denitrification.

Turnkey treatment plants utilising Biowater’s new CFIC fixed film technology. The CFIC process is a packed bed system and provides the advantage of a much higher dissolved oxygen transport into the biofilm when compared to biofilm systems like trickling filters and moving bed biofilm reactors (MBBR). Biowater’s CFIC technology reduces energy consumption, especially when compared to MBBR and AS plants by 30% and greater.

The CFIC process acts as a filter and captures solids, making the secondary clarification footprint smaller and treatment more effective than does suspended growth and other biofilm processes. The CFIC process also enhances filtration and separation technologies, creating higher quality effluent suitable for reuse.