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Method of increasing adsorption in biochar by controlled oxidation

机译:通过受控氧化将BioChar吸附的方法

摘要

Methods of improving the adsorption capacity of biochar (14). Initial biochar (14) is charged in a closed vessel (12). The biochar (14) is then exposed to a processing temperature and oxygen level below that of vapor space luminous combustion, and at the same time the oxygen level in a vapor space surrounding the biochar (14) is controlled, so as to promote oxidation reactions that generate additional heat. The biochar (14) is held at the processing temperature by removal of heat by conduction through the vessel (12) walls, uptake of specific heat by solids and vapors in the vessel (12), and the endothermic requirements of converting any biomass present in the vessel (12) into char. The biochar (14) is maintained at the processing temperature and oxygen level for sufficient duration such that the adsorption capacity of the final biochar (14) is improved, as measured by ASTM D-5742 or the equilibrium uptake of R134a at 100 degrees Celsius.
机译:提高生物炭吸附容量的方法(14)。 初始生物炭(14)在闭合容器(12)中充电。 然后将生物炭(14)暴露于低于蒸气空间发光燃烧的处理温度和氧气水平,并且同时控制围绕生物炭(14)的蒸汽空间中的氧气水平,以促进氧化反应 产生额外的热量。 通过传导通过容器(12)壁去除热量,通过通过固体和蒸气在容器(12)中的蒸汽的吸收以及转换任何生物质的蒸汽的吸收的特定热量来保持在加工温度 血管(12)分为炭。 Biochar(14)保持在加工温度和氧水平以足够的持续时间,使得通过ASTM D-5742测量的最终生物炭(14)的吸附容量或在100摄氏度下R134a的平衡摄取。

著录项

  • 公开/公告号US11161092B2

    专利类型

  • 公开/公告日2021-11-02

    原文格式PDF

  • 申请/专利权人 HUGH MCLAUGHLIN;

    申请/专利号US201615075182

  • 发明设计人 HUGH MCLAUGHLIN;

    申请日2016-03-20

  • 分类号B01J20/20;B01J20/30;C01B32/336;C10L5/44;

  • 国家 US

  • 入库时间 2022-08-24 22:02:26

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