【Ten Years of Rapid Development in Chemical Equipment】From 2070 to 2024, LANSI Zhongke successfully delivered the CMIR-80 type multiphase interface reactor developed through its own research and development
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Give praise and encouragement to the achievements made in China’s chemical engineering technology and equipment; your participation in discussions is the greatest encouragement. **********************【Ten Years of Great Development in Chemical Engineering Equipment】Continuous updates and summaries are available – feel free to join the discussions: https://bbs.hcbbs.com/thread-3576046-1-1.html (Source: Haichuan Chemical Engineering Forum) *****************! Lanshi Zhongke’s independently developed CMIR-80 type multiphase interface reactor was successfully delivered. Recently, this patented product was handed over to its holding subsidiary, Gansu Yinshi Zhongke Nanotechnology Co., Ltd., to support the construction of a zinc oxide production line with an annual capacity of 100,000 tons, as well as a nanozinc oxide production line with an initial capacity of 5,000 tons per year. Kang Xiangjing, Director and General Manager of Lansi Zhongke, Hou Xiaogang, Chief Engineer of Lansi Zhongke, Wang Junjie, Deputy General Manager of Lansi Chongzhuang as well as Party Secretary and Chairman of Lansi Chongzhuang’s Qingdao branch, and Yang Xiaoli, Deputy Manager of Lansi Chongzhuang’s Refining and Chemicals Branch, attended the shipment ceremony. The successful delivery of these 8 CMIR-80 type multiphase interface reactors is of great significance for the subsequent operation of the 100,000 tons per year zinc oxide production facility as well as the first-phase 5,000 tons per year nano-zinc oxide production line. By overcoming the industrial bottlenecks associated with large-scale continuous production of various nanomaterials, it is possible to reduce production safety risks, significantly improve the quality of nano-zinc oxide products, and minimize environmental pollution. This advancement helps to accelerate the transition from intermittent to continuous production methods in the industrial manufacture of nanomaterials in China, providing a solid technical foundation for the development of a zinc salt industry cluster worth hundreds of millions in value across the province. The CMIR-80 type multiphase interface reactor is a core patented device independently developed by Lansi Zhongke for the production of high-end nanomaterials. It has been successfully applied in various production lines, including a 1,500-ton/year pilot line for the production of lithium iron phosphate cathode material precursors, a production line for hexagonal flake magnesium hydroxide flame retardants in Shandong Hailong, and a production line for nano-magnesium-aluminum hydrotalcite in Zhongshan Huamingtai. The capacity of each such unit can reach 2,000 tons per year, which fully demonstrates the maturity, stability, and efficiency of the CMIR-type multiphase interface reactors. 3.jpeg In the future, Lanshi Zhongke will continue to improve the performance of its equipment and enhance research and development efforts. It will provide support in terms of equipment, technology, and market services for major projects such as the 100,000 tons per year zinc oxide production facility and the first-phase 5,000 tons per year nano-zinc oxide production line. This will help Lanshi Zhongke and Gansu Yinshi seize market opportunities and increase their market share, thereby contributing to the high-quality development of the company. (Lanshi Zhongke)
【Ten Years of Rapid Development in Chemical Equipment】From 2024 to 2071, the new 30,000-ton/year industrial production technology for N-methylaniline developed by Lanhua Research Institute was approved for use. https://bbs.hcbbs.com/forum.php?mod=viewthread&tid=5675472 (Source: Haichuan Chemical Industry Forum [Haichuan Network])
Unlike other microchemical equipment used in flow chemistry, the \"multiphase interface reactor\" enables reactants to undergo precipitation reactions within the liquid film microspaces it creates, thereby producing nanomaterials. This allows for the industrial-scale, continuous, and batch-free production of various nanomaterials under normal temperature and pressure conditions. It addresses the problems associated with traditional manufacturing methods, such as uneven size distribution of nanomaterials, tendency to agglomerate, difficulty in washing, and challenges in large-scale production. It overcomes the technical barriers to large-scale production of various nanomaterials, reduces production safety risks, significantly improves product quality, and minimizes environmental pollution. It also accelerates the transition from intermittent to continuous production methods in the industrial manufacture of nanomaterials in China. “A patent is just a piece of paper if it cannot be industrialized or commercialized. ”Kang Xiangjing, director and general manager of Lanshi Zhongke Nanotechnology Co., Ltd., said so. In terms of the commercial application of “multiphase interface reactors,” Lanshi Zhongke has also achieved remarkable results and gained significant success. The CMIR-1, CMIR-10, CMIR-80, and CMIR-1000 multi-phase interface reactors, which were developed independently, are pioneering innovations in the industry. Among them, the CMIR-80 reactor has been successfully applied in various production lines, including a 1,500-ton/year pilot line for lithium iron phosphate cathode material precursors, a production line for hexagonal flake magnesium hydroxide flame retardants at Shandong Hailong, and a production line for nanomagnesiumaluminate hydrotalcite at Zhongshan Huamingtai. The capacity of each such unit can reach 2,000 tons per year ； The capacity of the individual CMIR-1000 reactor unit can reach 20,000 tons per year to 30,000 tons per year; it will be used in future zinc oxide production lines with a capacity of 100,000 tons per year ； The CMIR-1 and CMIR-10 reactors have been used in various pilot-scale production platforms for nanomaterials at the company’s \"Joint Laboratory for Nanomaterial Research and Application.\" They have played a significant role in helping enterprises along the supply chain to find ways to recycle industrial solid waste, thereby demonstrating the maturity, stability, and efficiency of the CMIR-type multiphase interface reactor systems. These reactors have enabled the industrial production of various nanomaterials such as nano-zinc oxide, nano-iron phosphate, and nano-magnesium hydroxide, and they have received recognition and praise from leading companies such as Jinchuan Group Co., Ltd., Baiyin Nonferrous Metals Group Co., Ltd., Guizhou Hongxing Development Co., Ltd., and the Petroleum Refining Research Institute of Lanzhou Chemical Research Center under China National Petroleum Corporation. Today, as demand for new materials in the market surges, Lanshi Zhongke keeps up with the trends of the times by continuously improving the level of equipment integration and automation, and by building a modern industrial system. It accelerates the deployment of its proprietary patented equipment in fields such as chemicals, textiles, food, and pharmaceuticals, allowing cutting-edge design theories to bear fruit in the real market environment and helping the nanomaterial industry to transform and develop. (Lanshi Zhongke)