| 摘要 |
<p>The operation of a catalytic metal oxide reactor (24) is described which is capable of the complete mineralization of a gaseous stream including several organic pollutants. Several of the reaction constraints individually improve reaction completion and combinations of these factors permit complete degradation of the input gaseous contaminants in a manner not demonstrated previously. The factors include the nature and physical form of the catalyst, the lowering of the humidity in the input gaseous stream, the heating of the input gas stream and the reactor (24), and increasing the space time of the reactants in the reactor (24) beyond that necessary to degrade the initial contaminants.</p> |
