Regenerative Combustor
From Industrial Products
A good alternative to catalytic combustion, when the concentrations of volatile organic compounds in the flue gas fall in a range between 2% and 50% of the lower explosion limit and the temperature of the effluent to be purified not exceed 200 ° C, is represented by thermal combustion with regenerative heat recovery. The Regenerative Combustor developed by Deparia and defined 'continuous flow' is different from the overwhelming majority of regenerative systems manufactured in Europe. In fact, the latter generally have, as a unit for heat recovery, two bedrooms side by side filled with ceramic material or two beds of gravel overlaid.
-
Most popular related searches
In this type of systems is continuously reversed t...
In this type of systems is continuously reversed the flow of a room (bed) to the other to ensure the regenerative effect. This inversion involves, at each cycle, the momentary interruption of the flow. The combustion system regenerative continuous flow of ceramic beds, developed by Deparia, is equipped with a series of recovery rooms in odd number (3 or more), crossed alternately by the cold fumes and polluted warming up and purified by the fumes in the cooling phase. The flow through the system is continuous since the presence of more than two rooms of recovery allows the reversal of the flow of one room at a time while the remaining operating normally. Recently Deparia has implemented the technology of regenerative combustor flow-regenerative flameless combustor with continuous flow, combining the advantages of the more expensive ceramic regenerative systems with the costs of the simple regenerative monoletto gravel.
Customer reviews
No reviews were found for Regenerative Combustor. Be the first to review!