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Method for microwave pyrolysis of biomass
The invention discloses a method for microwave pyrolysis of biomass. The method comprises the steps that biomass makes contact with a porous composite material, a microwave field is applied to the biomass and the porous composite material in an inert atmosphere or in vacuum, the porous composite material generates electric arcs under microwaves, and therefore the high temperature is rapidly achieved, and the biomass is cracked. According to the method, the porous composite material capable of generating electric arcs in microwaves is used for generating electric arcs in microwaves, so that high temperature is rapidly generated, biomass is cracked into chemical raw materials, the process is efficient, and the additional value of product composition is high.
本发明公开了一种微波高温裂解生物质的方法。包括：将生物质与多孔复合材料接触，在惰性气氛下或真空，对上述生物质与多孔复合材料施加微波场，多孔复合材料在微波下产生电弧，从而迅速达到高温，使生物质裂解。本发明的方法利用微波中产生电弧的多孔复合材料在微波中产生电弧，从而迅速产生高温，使生物质裂解成化工原料，过程高效，产物组成附加值高。
Method for microwave pyrolysis of biomass
The invention discloses a method for microwave pyrolysis of biomass. The method comprises the steps that biomass makes contact with a porous composite material, a microwave field is applied to the biomass and the porous composite material in an inert atmosphere or in vacuum, the porous composite material generates electric arcs under microwaves, and therefore the high temperature is rapidly achieved, and the biomass is cracked. According to the method, the porous composite material capable of generating electric arcs in microwaves is used for generating electric arcs in microwaves, so that high temperature is rapidly generated, biomass is cracked into chemical raw materials, the process is efficient, and the additional value of product composition is high.
本发明公开了一种微波高温裂解生物质的方法。包括：将生物质与多孔复合材料接触，在惰性气氛下或真空，对上述生物质与多孔复合材料施加微波场，多孔复合材料在微波下产生电弧，从而迅速达到高温，使生物质裂解。本发明的方法利用微波中产生电弧的多孔复合材料在微波中产生电弧，从而迅速产生高温，使生物质裂解成化工原料，过程高效，产物组成附加值高。
Method for microwave pyrolysis of biomass
一种微波高温裂解生物质的方法
JIANG HAIBIN (author) / QIAO JINLIANG (author) / ZHANG XIAOHONG (author) / LIU WENLU (author) / SONG ZHIHAI (author) / QI GUICUN (author) / GAO JIANMING (author) / CAI CHUANLUN (author) / LAI JINMEI (author) / LI BINGHAI (author)
2020-05-05
Patent
Electronic Resource
Chinese
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