Temperature pre-heating

Groundwork numerical modeling of the superadiabatic decomposition reactor has been performed, identifying key process parameters. These parameters include fuel gas composition (i.e., H2S-rich and H2S-lean), oxidant composition (air/ enriched air/oxygen), equivalence ratio, superficial gas velocity, feed gas temperature (pre-heating effect), and product gas quenching (to avoid... 

As previously established, the catalytic oxidation of volatile organics to carbon dioxide and water offers significant advantages over all other current VOC abatement methods, as it enables complete destruction at relatively low temperatures with high volumetric throughput. A variety of parameters, other than the nature of the catalyst, influence this process. These include operational temperature, pre-heating of the system, space velocity, the oxidant used for the combustion, the nature and concentration of VOC(s) in the feed gas, and the deactivation of the catalyst. 

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