The utility model patent belongs to the field of chemical equipment, and presents a high-conversion continuous flow reaction system, including a microchannel fast reactor and a buffer reactor, the microchannel fast reactor is provided with a microdistributor and a reaction tube, the microdistributor is provided with a material inlet and a flat cavity connected with the material inlet, and the flat cavity is connected with the reaction tube, and there is a hot and cold medium inlet and outlet on the microchannel fast reactor; the buffer reactor is provided with several heat exchanger mixing units, and the buffer reactor is provided with an inlet and outlet for the heat exchanger mixing units; the end of the reaction tube away from the microdistributor is connected to the buffer reactor housing. The utility model patent uses microchannel fast reactor to achieve rapid heat transfer, effectively reduced side reactions, and uses the buffer reactor to further carry out the material reaction, thus further improving the conversion rate and product yield.
Chemical reactor is a kind of equipment to realize the reaction process, it is widely used in chemical industry, oil refining, metallurgy, light industry and other fields. Chemical reactor is the core equipment of chemical production, and the advanced degree of its technology has an important impact on chemical production, which directly affects the investment scale and production cost of the plant.
At present, the reaction synthesis process usually adopts the kettle-type batch reaction, and the mass and heat transfer efficiency of the reaction materials is at a relatively low level, which is unfavourable to the chemical reaction. Especially for chemical reactions such as nitrification and ammoniation, which have fast reaction rate and high heat release, the traditional kettle and tubular reactors are difficult to transfer the heat generated during the reaction process in a timely manner, which leads to an increase in the number of side reactions, thus affecting the yield of the products and increasing the production cost.
The utility model patent belongs to the field of chemical equipment, especially relates to a high conversion rate continuous flow reaction system.
A high conversion rate continuous flow reaction system, characterised in that it comprises a microchannel fast reactor and a buffer reactor, the microchannel fast reactor comprises a microchannel fast reactor housing which is provided with several feed inlets 1, the microchannel fast reactor housing is provided with a microdistributor and a reaction tube, the microdistributor is provided with several material inlets and flat cavities connected to the corresponding material inlets, the material inlets are connected to the corresponding feed inlets 1, and the end of the flat cavities away from the material inlets is connected to the reaction tube, the microchannel fast reactor housing is provided with a hot and cold medium inlet and a hot and cold medium outlet; the buffer reactor comprises a buffer reactor housing provided with several heat transfer mixing units, each of which comprises a heat transfer mixing components consisting of several staggered coiled heat transfer tubes or several matrix-arranged heat transfer tubes, and the buffer reactor housing is provided with several hot and cold medium inlets and outlets connected to the heat transfer tubes; the buffer reactor housing is provided with an feed inlet 2 and an outlet; the end of the reaction tube away from the microdistributor is connected to the feed inlet 2 of the buffer reactor housing.