A Wholly Owned Subsidiary of Flanders Corporation
Air Filtration Systems for Industrial, Research and Military facilities that handle dangerous
or toxic biological, radiological or carcinogenic materials.

HEGA--High Efficiency Gas Adsorbers

Carbon Adsorbers, also known as High Efficiency Gas Adsorbers, (HEGA's) are most often used in "containment" air filtration systems. Containment air filtration systems are very high quality, high efficiency systems, used to filter and contain dangerous particulate and/or gaseous contaminants. Containment systems are most often designed to treat exhaust air from contaminated spaces, but occasionally are used in supply and recirculated systems.

A HEGA collects gaseous contaminants from an airstream through adsorption. With a properly designed system, any adsorbable contaminant can be filtered and contained. These HEGA's are available in both gel and gasket seal design.

TYPE II HEGA

The Flanders/CSC Type II, "Tray" adsorber is primarily used by the nuclear industry. It is designed so that a pair of 2 inch thick parallel beds are separated by an air space. The beds are confined on four sides by stainless steel sheet metal. Three sides form the body of the casing. The fourth side is removable to allow carbon filling and gasket replacement.

TYPE III HEGA

The Flanders/CSC Type III, "Deep Bed" adsorber is designed to allow the replacement of spent carbon without replacing the adsorber frame. It is constructed of stainless steel and can be designed and built for almost any airflow. It is most often used for systems requiring large volumes of air and/or high residence times.

TYPE IV HEGA

The Flanders/CSC Type IV, "V-Bed" adsorber is designed to allow a high airflow at a relatively low pressure drop. It is constructed of 14-gauge, T-304 stainless steel with stainless steel perforated screens. These adsorbers are designed for use in Flanders/CSC containment housings.

The Flanders/CSC Type IV, "Cinersorb", is a plastic frame adsorber that provides a solution to the disposal of carbon adsorbers contaminated with toxic, carcinogenic, microbiological, radioactive, or other dangerous contaminants. Its combustible frame is constructed of high impact polystyrene plastic and when properly incinerated practically disappears along with your hazardous waste disposal problem.

 A wide assortment of options are available for all housings.