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Linda's "high-efficiency temperature-controlled tube-wound reactor technology" was successfully listed* * Recommended Catalog of Energy-Saving Technology and Equipment from the Ministry of Industry and Information Technology (2) Author/Source: Hangzhou Linda Chemical Technology Engineering Co., Ltd. Date: 2023-04-24 Click rate: 10 From April 18th to April 19th, entrusted by the Department of Energy Conservation and Comprehensive Utilization of the Ministry of Industry and Information Technology, hosted by the Machinery Industry Technology Development Foundation and the Machinery Industry Energy Conservation and Resource Utilization Center, the "Energy Saving Services into Enterprises" and 2022 were held in Nanjing, Jiangsu Province * * Industrial energy-saving technology and equipment promotion and exchange conference. Announced at the meeting * * "Recommended Catalog of Energy-Saving Technology and Equipment in the Industrial and Information Fields (2022 Edition)" (Energy-Saving Technology and Equipment Section) is on the shortlist of companies, and Linda's "High Efficiency Temperature Controlled Tube Reactor Technology" is among them (energy-saving and efficiency-improving technology in the petrochemical and chemical industry). The high-efficiency temperature-controlled tube-wound reactor technology uses tube-type heat exchange internal parts. The movable heat medium such as boiler water absorbs the reaction heat through the deflection flow and vaporization latent heat in the tube, and the cross-flow of the reaction fluid outside the tube enhances heat exchange. The reactor has the characteristics of large heat exchange area per unit catalyst, large heat transfer coefficient, intrinsically safe and reliable structure, and convenient equipment maintenance. The use of this type of reactor can reduce the number of equipment, shorten the process flow, reduce process loop resistance and circulating gas volume, and reduce compressor energy consumption. ； It can fully recover the heat of reaction, produce more steam and reduce the consumption of cooling fluid. This technology is suitable for new gas-solid phase reactor equipment and energy-saving technology transformation in the fields of chemical industry, medicine, environmental protection and other fields with strong exothermic reactions. At present, it has been successfully put into operation in methanol synthesis, ethanol synthesis and isothermal transformation in the coal chemical industry, hydrogenation reaction in the pharmaceutical chemical industry, and sulfur recovery equipment in the environmental protection field. Linda's latest research and development of "a device for dual-carbon hydrogenation to synthesize methanol" has been authorized for a utility model patent. Compared with devices of the same type, this device has a higher conversion rate. At the same time, it simplifies and optimizes the process of producing gas from coal, significantly reduces energy loss, reduces production costs, and can reduce and reduce a large amount of equipment investment costs.