MICROTUBULAR HONEYCOMB CARBON BODY OBTAINED BY PERFORMING THERMAL TREATMENT ON CELLULOSE FIBER AND METHOD FOR MANUFACTURING THE SAME, MICROTUBULAR REACTOR MODULE USING MICROTUBULAR HONEYCOMB CARBON BODY AND METHOD FOR MANUFACTURING THE SAME, AND MICROCATALYTIC REACTOR USING MICROTUBULAR REACTOR MODULE

摘要

PROBLEM TO BE SOLVED: To provide a microtubular honeycomb carbon body having a mesopore using a peculiar structure of cellulose fiber carbonized at a high temperature and a method for manufacturing the same, a microtubular reactor module using the same and a method for manufacturing the same, and a microcatalytic reactor applicable to a microsystem using the same.

SOLUTION: The method for manufacturing a microtubular honeycomb carbon body obtained by performing thermal treatment on a cellulose fiber including the step of washing the microcellulose fiber while it is sufficiently wetted in a distillated aqueous solution to dry the same at a normal temperature, the step of vacuum-pumping a remaining oxygen in the reactor after injecting the microcellulose fiber into the high-temperature thermally treating reactor, and the step of performing thermal treatment by supplying hydrogen while controlling the temperature of the reactor in the method for manufacturing a microtubular honeycomb carbon body used for a microcatalytic reactor.

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