Zima Corporation products

Whereas other systems extract and treat odors, the Terminodour system is unique in that it oxidizes the odor at the point of the source. The ionized air is distributed into the building where it reacts and oxidizes odors while maintaining a healthy working environment for operators and reducing corrosion. Terminodour uses no water, chemical or media which minimizes capital and operational costs in dealing with spent media or consumables. There are more than 150 operational Terminodour plants worldwide.

Kusters Water offers a complete line of packaged biological wastewater treatment systems. Standard Plants are designed to operate in the extended aeration mode of activated sludge, providing 24-36 hours of aeration retention time allowing the plant to operate effectively over widely varying flow rates and waste loadings while providing lower overall solids production. When required, the system design can be modified to provide advanced forms of treatment, such as phosphorus (P) and nitrogen (N) removal.

Kusters Water offers a complete line of rotary distributors for use in industry and municipal applications. All Kusters Water distributors are computer designed to provide a uniform flow distribution, high BOD removals and a stable effluent. Every Kusters Water distributor arm is tapered to maintain fluid velocity. The arms are available in two crossectional designs: Rectangular arms equipped with side mounted nozzles or Trapezoidal arms with integral flow deflectors. Optional direct drives are available to provide more controllable wetting rates (SK Values) resulting in improved filter performance. All styles are available in two or four arm designs and manufactured in hot dip galvanized steel, aluminum, or stainless steel. Every distributor is designed to ensure low maintenance, provide energy efficiency, and deliver consistent performance that result in lower power and maintenance costs, and years or trouble free operation.

Hydraulic Powered Bridge Supported Drive Units (Type-H): Technically advanced hydraulic powered Type H drives are available in a wide range of operating torques and output speeds. Power is introduced through a standard “C-Face” mounted motor connected to a low speed, high torque hydraulic power system with integral valves, pump, hydraulic motor, filter and appurtenances fully enclosed in a 304 Stainless Steel housing / oil reservoir. All Kusters Water clarifier and thickener drives are designed in accordance with the latest AGMA and / or ISO standards to ensure the absolute highest quality. Assembly and inspection of every unit is performed at Kusters facility prior to shipment.

The Kusters Water Multi-Rake Bar Screen was developed to solve the most demanding problems associated with wastewater pre-treatment. Kusters Water improved the basic design of conventional bar screens to offer a unique product to meet the ever increasing process needs of end users. The Kusters Water Multi-Rake Bar Screen combines fine or coarse screening with high solids capture rates, robust construction, long life, and low O&M costs all in one screen. This combination ensures operation when you need it most.

The Kusters Water Perforated Plate Filter Screen was developed to solve modern day screening problems which occur in wastewater pretreatment. The Kusters Water Perforated Plate Filter Screen eliminates operational disruptions caused by fibrous and other inorganic material. Depending on the perforated panel, the screened material is greater compared to a bar screen. The quality of the screened effluent is noticeably improved, which in turn improves performance and protects downstream equipment.

The Kusters Water ProTechtor® Centerflow Band Screen, with its vertical orientation, is an excellent alternative to applications with limited footprint and headspace. Influent flow enters the screen in the middle of the screen frame, and is positively screened as the flow transitions from the inside and passes through the traveling perforated filter belt through the sides and bottom. Optimally spaced lifting tines are attached to filter panels to capture and elevate larger items to the internal discharge point. Screenings are washed off via spray headers and/or a combined motorized brush assembly, and are discharged to an internal flume or screenings washer compactor, which transports the screenings outside of the screen frame. The quality of the screened effluent is drastically improved which in turn improves performance and better protects downstream equipment.