CSEP

Calgon Carbon’s ISEP^® systems are frequently used to remove harmful inorganics, such as nitrates and perchlorates, from drinking water. The continuous ISEP^® system requires lower capital and annual operating costs, has greater reliability, uses less energy, has higher water recoveries and produces a more concentrated waste brine compared to reverse osmosis and traditional fixed bed systems.

The ISEP^® continuous ion exchange systems feature the most efficient and cost-effective technology of their kind for perchlorate/nitrate removal. In addition to being easy to operate and maintain, these systems provide maximum nitrate removal while generating up to 90 percent less waste and using up to 60 percent less resin than traditional fixed bed ion exchange systems.

Calgon Carbon’s continuous ISEP^®/CSEP^® system can be applied in a variety of industrial processes for separating, purifying, recovering, and synthesizing. The ISEP^®/CSEP^® system has been used in the production of inorganic, organic, and bio-based chemicals, as well as pulp and paper operations and fermentation applications.

Calgon Carbon’s ISEP^®/CSEP^® ion exchange technology is used by many food and beverage processors for purification, decolorization, separation and deashing. Our technology is commonly employed in sugar refineries, corn wet milling operations, citric acid and lactic acid production, and a variety of other food processing applications.

ISEP^®/CSEP^® systems are considered the most flexible and robust in this industry. They produce consistently high-purity concentrated product while enable mine operators to significantly reduce chemical consumption, water use, waste volume and resin inventories.

Calgon Carbon’s ISEP^®/CSEP^® system have been successfully utilized in a number of medical applications including, but not limited to, antibiotic purification, vitamin recovery and intermediate processing for a variety of pharmaceuticals.