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COBALT CATALYSTS ON METALLIC FOAM STRUCTURES FOR THE SELECTIVE PRODUCTION OF THE SYNTHETIC OIL VIA FISCHER-TROPSCH SYNTHESIS REACTION AND MANUFACTURING METHOD THEREOF, MANUFACTURING METHOD FOR SYNTHETIC OIL USING THE COBALT CATALYSTS ON METALLIC FOAM STRUCTURES
COBALT CATALYSTS ON METALLIC FOAM STRUCTURES FOR THE SELECTIVE PRODUCTION OF THE SYNTHETIC OIL VIA FISCHER-TROPSCH SYNTHESIS REACTION AND MANUFACTURING METHOD THEREOF, MANUFACTURING METHOD FOR SYNTHETIC OIL USING THE COBALT CATALYSTS ON METALLIC FOAM STRUCTURES
The present invention relates to a cobalt-based catalyst on the basis of a metal structure for a Fischer-Tropsch reaction for manufacturing selective synthetic oil, a manufacturing method thereof, and a method for manufacturing selective synthetic oil using the cobalt-based catalyst on the basis of the metal structure. The purpose of the present invention is to provide: the cobalt-based catalyst on the basis of the metal structure, capable of thinly and uniformly coating a catalytic sol pulverized after mixing zeolite, cobalt and a support on the surface of the metal structure so as to prevent heating during the Fischer-Tropsch reaction, and, at the same time, to allow selective production of the synthetic oil having carbon chains shorter than a wax region using a spray coating method; the manufacturing method thereof; and the method for manufacturing selective synthetic oil. The present invention is characterized by inventing a method for manufacturing the cobalt-based catalyst on the basis of the metal structure for a Fischer-Tropsch reaction for manufacturing selective synthetic oil, the catalyst thereof, and the synthetic oil manufactured the same, wherein the method comprises the steps of: manufacturing cobalt-oxide/metal-oxide support catalyst powder by burning mixed powder obtained through melting and impregnation between cobalt hydrate salt and a metal-oxide support; manufacturing hybrid catalyst powder by mixing the cobalt-oxide/metal-oxide support catalyst powder and zeolite powder; manufacturing a hybrid catalyst sol through pulverization after mixing the hybrid catalyst powder with an organic binder and an inorganic binder; coating the metal structure the surface of which is treated with alumina through the ALD process by spraying the hybrid catalyst sol; and performing a heat treatment on the metal structure on which the hybrid catalyst sol is sprayed. [Reference numerals] (S100) Step of manufacturing cobalt-oxide/metal-oxide support catalyst powder by burning mixed powder obtained through melting and impregnation between cobalt hydrate salt and a metal-oxide support; (S200) Step of manufacturing hybrid catalyst powder by mixing the cobalt-oxide/metal-oxide support catalyst powder and zeolite powder; (S300) Step of manufacturing a hybrid catalyst sol through pulverization after mixing the hybrid catalyst powder with an organic binder and an inorganic binder; (S400) Step of coating a metal structure the surface of which is treated with alumina through an atomic layer deposition by spraying the hybrid catalyst sol; (S500) Step of performing a heat treatment on the metal structure on which the hybrid catalyst sol is sprayed
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