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Description
Initially, the catalyst was modified in an oxygen medium under the influence of surface radiation. The conversion processes were compared on the surface of compacted and unmodified catalysts, in the range ∆T = 380 ÷ 420oC, the yield of gaseous and liquid products from the conversion of hexane in a mini-flow reactor was studied. The output of the products was monitored with IR and UV spectrometers and gas-liquid chromatographic devices. There was found that as the surface temperature of the catalyst increases, the yield in liquid products decreases by 14%, and the yield of gaseous products increases by 20%. Due to the additional anion centers (O-ads) formed on the surface of the oxygen-modified Al2O3 catalyst under the influence of radiation, the volume yield of oxidation products is higher and has a lower activation energy (∆Ein = 11.27 kCol / mol.).
