Research Process of Catalytic Pyrolysis Technology of Organosilicon High Boiling Residues
By the catalytic pyrolysis technology,the resource utilization treatment of organosilicon high boiling residues can be realized with high efficiency and low energy consumption.According to the catalyst used in the pyrolysis of the organosilicon high boiling residues,the catalytic pyrolysis technology of organosilicon high boiling residues can be classified to aluminium-chloride-based catalytic pyrolysis technology,organic-amine-based catalytic pyrolysis technology,phosphorus-palladium-coordination-compounds-based catalytic pyrolysis technology,phosphate-based catalytic pyrolysis technology,transition metal and transition metal compounds-based catalytic pyrolysis technology,molecular sieve and activated carbon-based catalytic pyrolysis technology.The characteristics and development status and trend of the catalytic pyrolysis technologies of the organosilicon high boiling residues were studied to provide support for the resource utilization treatment of organosilicon high boiling residues.It can be shown from the study that the organic-amine-based catalytic pyrolysis technology has more advantage than other technologies,and is development trend and hotspot of the catalytic pyrolysis technology of the organosilicon high boiling residues,has good development prospects.Therefore,the organic-amine-based catalytic pyrolysis technology should be developed and utilized.
High boiling point organosiliconCatalytic pyrolysisHarmlessnessResource utilizationTreatment technology
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