First of all, the contaminated air is drawn in through the process fan and heated with the aid of an electric heater or gas burner to the required reaction temperature. Subsequently, the pollutants are converted into carbon dioxide and water in the combined reactor and heat storage bed. The emitted heat from the reactor is passed over a second bed and is stored there. After the storage bed is heated up, the process air direction is changed. The stored heat is used to preheat the process gas stream and afterwards the pollutants are oxidized in the first bed. In the next stages of the operation, it is cyclically switched between these states.
low energy costs due to the high thermal efficiency • robust systems engineering • high durability • approved technique • universal application • automatical adaption to changing operating conditions • catalytic operation possible • compliance with exhaust air regulations is ensured
air distributing system • process air fan • burner • combustion chamber • thermal storage • insulation • base frame • safety devices • process measuring and control technology • data recording
exhaust air chimney in variable design • system by-pass • dust separator • explosion protection • container installation • multi-fuel burner • catalyst module for catalytic operation • anticorrosive coating • hot gas discharging