Catalytic Oxidation System

Glenro, Inc.tic oxidation system is designed to destroy solvents in process exhaust with 98 percent efficiency. The oxidizer system measures twenty feet long by five feet wide by nine feet high, including the heat exchanger, ductwork, supply blower and steel skid. The system is built predominantly of 304 stainless steel, and is extensively insulated. This oxidizer was custom designed and manufactured for the customer's specific process requirements.

Fume oxidation systems are designed to eliminate organic hydrocarbons in manufacturing exhaust air streams prior to discharge into the atmosphere, in accordance with federal, state and local environmental regulations. In a catalytic oxidizer system, solvent-laden process exhaust air is ducted into the oxidizer's inlet. The air is preheated through a heat exchanger. It is then routed through the burner chamber, where its temperature is raised prior to entering the catalyst chamber. In the catalyst chamber, VOCs in the exhaust air are burned to harmless by-products of combustion. Catalytic oxidizers are used where process exhaust solvent loads are low, as the catalyst allows the VOCs to be destroyed with a minimum of additional energy. This oxidizer system also includes an exhaust heat recuperation subsystem, which returns heat to the incoming air stream, further reducing the need for added energy. As the burning VOCs begin to serve as fuel for their own destruction, the oxidizer's gas-fired burner automatically throttles back for even greater efficiency.

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