ABSTRACT: Inadequate mineralization of certain typical species will lead to increased effluents reduced by VOCs, furans and dioxins during the burning of urban waste. These units produce enormous volumes of gas to be managed, but the destructive species' low substance allows a significant drop in weight due to a regular pellet size adsorption bed. Another practice is that, in the way this is an exorbitant process, actuated carbon powder is poured into defiled gushing air. Therefore, business-based carbons have had to be used as open-channel winecell stone monuments to avoid problems related to pressure drop or high motor cost. Static efforts have been made to limit their adsorption to a fragrant test molecule, the dichlorobenzene, picked to imitate dioxins. The findings and the mechanical and textured characteristics of the stone monument composites have been segregated to establish specifications by which the most appropriate composite material for mechanical use should be prepared. The results have been obtained.