TITANIUM-BASED LOW-TEMPERATURE SELECTIVE CATALYTIC REACTOR WITH HONEYCOMB STRUCTURE FOR DIOXIN REMOVAL EFFICIENCY INCREASE FOR CREMATION FURNACE

摘要

The present invention relates to a titanium-based low-temperature selective catalytic reactor with honeycomb structure to increase an efficiency of removing dioxin for a cremation furnace comprising: a reactor body connected between a blower and a dust collector on a back end of a heat exchanger, corresponding to a closed box structure vertically extended from the ground between the blower and the dust collector, and receiving an exhaust gas of the dust collector; a gas inflow part installed to an upper part of the reactor body; a gas discharge part installed to a lower side of the reactor body; and block modules separated in a vertical direction in the reactor body based on a gap between the gas inflow part and the gas discharge part, causing a selective catalyst reaction at the temperature of the exhaust gas.;COPYRIGHT KIPO 2016