Municipal Wastewater Treatment

 Municipal Wastewater Treatment Technologies

Hydrotech Discfilter provides filtration in a small footprint. By employing woven cloth filter media installed on multiple discs, and utilizing an inside-out flow pattern, this versatile filter is appropriate for a variety of applications including tertiary wastewater filtration, effluent polishing, wastewater reuse and reclamation, Phosphorus removal, membrane pre-treatment, and stormwater treatment.

Hydrotech Drumfilter provides an effective filtration system for lower flows or higher solids loading conditions. The drumfilter employs woven cloth filter media installed on the periphery of the drum, and utilizes an inside-out flow pattern. This solution is ideal for effluent polishing and phosphorus removal at small plants. It is also highly effective for primary treatment or wet weather filtration.

Hydrotech Primary Filtration provides several advantages compared with conventional primary treatment and can also serve as a vital resource recovery tool for carbon redirection and bio-methane production in anaerobic digestion. Hydrotech can operate as a dual use filter, providing CSO treatment or SSO treatment while also being available for routine use for effluent polishing. 

The Dusenflo® gravity filter offers a unique, economical, adaptable and highly effective potable water filtration system that will provide consistent high quality, crystal clear potable water. From basic manual controls to the most sophisticated programmable logic controllers, Veolia provides the appropriate controls for your system.

Escalator™ is the endless mobile belt type, using multiple panels with holes. It gives highly efficient fine screening in any direction. Structural shelf on perforated panels lifts larger unmattable solids. Panels are carried on heavy duty chains. The self-adjusting system of the rotating brush provides an annual average capture rate increase of at least 20% resulting in a reduction of Work Round costs

ACTIFLO® for Wastewater Treatment is a high rate clarification process that is a proven, compact, and robust wastewater clarification system. Actiflo is an established small footprint clarifier that can be used at various stages of wastewater treatment including: primary treatment, wet weather treatment (CSO and SSO), high rate secondary clarification, and tertiary treatment for suspended solids removal, phosphorus removal and metals removal.

BIOACTIFLO™ for Wet Weather Treatment is a high rate biological clarification process for enhancing biological BOD removal. In a similar nature of ACTIFLO, both processes are designed to help with stormwater flow management and aid in peak weather wastewater treatment for CSO and SSO facilities. If diverting excess flow is not an option, or the TSS and particulate BOD removal with ACTIFLO® alone is not enough, BIOACTIFLO combines a biological solids contact tank with high rate wastewater treatment to improve soluble BOD removal. This ensures compliance with secondary treatment standards during an excess wet weather event. 

AnoxKaldnes™ is the global leader in Moving Bed Bioreactor (MBBR) and Integrated Fixed Film Activated Sludge (IFAS) technologies with more than 1000 references worldwide. K5 media is used to collect biofilm, reducing required footprint and allowing for future facility expansion without additional construction.

Cella™ is at the forefront of biofilm technology, offering an innovative approach to wastewater treatment that's both efficient and sustainable. By integrating the strengths of Moving-Bed Biofilm Reactor (MBBR) technology with a new biofilm support material made of renewable biomass by-products, Cella represents a significant leap forward in ecological transformation.

LagoonGuard™ has long been known for its consistent ammonia removal. Built upon the MBBR moving bed biofilm reactor platform, LagoonGuard provides robust nitrification in concert with the site’s existing lagoons. Now, LagoonGuard has just become simpler for small and medium-sized lagoon systems required to meet ammonia limits.

ANITA™ Mox is a robust, single-stage nitrogen and ammonia removal process with low carbon footprint. This activated sludge process is based on the MBBR or IFAS platform utilizing K5 media to cultivate anammox enriched biomass for mainstream and sidestream deammonification applications. The ANITA™ Mox process is specially developed for treatment of streams highly loaded in ammonia, such as effluents from anaerobic treatment, drying condensates, centrates, industrial wastewaters, and landfill leachates.

BIOSTYR® is a biological aerated filter ( BAF ) that combines biological treatment and tertiary filtration into one compact biological filter system. BIOSTYR DUO adds a second media layer for increased carbon, solids and nitrogen loading capabilities. With over 160 installations throughout the world, BIOSTYR is proven to be an exceptional technology for BOD removal, nitrification, denitrification and solids removal, with improved energy efficiency and 20% of the footprint of conventional activated sludge technologies.

Phased Isolation Technology is a type of continuous flow activated sludge process, used in our Bio-Denitro™ Oxidation Ditch system, wherein one or more reactors alternate between oxic and anoxic phases. Alternating phases are controlled by a timed sequence or online nutrient monitoring. These systems offer very efficient enhanced nutrient removal without multiple reactor zones or MLSS recycle loops. 

Onsite Biological Solutions are packaged biological treatment solutions, including Ecosim rotating MBBR and Ecodisk (Filter, M & DL). These compact biological wastewater treatment plants have been utilized worldwide for over 20 years; providing small and medium sized solutions that integrate easily into the existing landscape with minimal odor.

Tertiary UF is a modern and elegant way to insure optimum TSS removal and Phosphorous removal after any type of Activated Sludge process’ Secondary Clarification step. The Tertiary UF receives the coagulated clarified water to perform a superior filtration step. This approach is favored on water reuse solutions where very high solids removal is required to recirculate the treated water for further use.