Congrats! The scientific research project of Guangdong Kezhikang Intelligent Technology Co., Ltd. passed the evaluation of scientific and technological achievements

On March 6, 2023, in accordance with the relevant provisions of the "Measures for Science and Technology Evaluation" of the Ministry of Science and Technology, in accordance with the standards and procedures for the evaluation of scientific and technological achievements, and in line with the principles of science, independence, objectivity and justice, the third party professional scientific and technological achievement evaluation institution, China Science and Technology Joint Creation (Beijing) Science and Technology Achievement Evaluation Center, was held in Beijing. Experts were organized to evaluate the scientific and technological achievements of the project "Research and application of pathogenic microorganisms elimination based on BDD diamond film technology" jointly completed by Guangdong Kezhikang Intelligent Technology Co., LTD.

The expert committee for the evaluation of the results was composed of Hou Lian, Academician of the Chinese Academy of Engineering and director of the Institute of Logistics Science and Technology of the Rocket Army; Li Qiang, Professor of Chemistry at Tsinghua University; Ma Jun, Professor of Public Health at Peking University; Yuan Hongli, Professor of Biology at China Agricultural University; Zhang Panye, Professor of Environmental Science and Engineering at Beijing Forestry University; Wang Jin, chief technician of the Beijing Center for Disease Control and Prevention; Wang Xiaohui, professor of Chemical Engineering College of Beijing University of Chemical Technology, and other experts.　　

After expert review, it is believed that the project based on high-performance conductive diamond film (BDD) electrode material, developed a comprehensive disinfection technology that can be prepared and used in real time, and realized industrial application. The main innovations are as follows: The inorganic boron source doping is used to prepare a new BDD electrode material with good conductive characteristics. Through process optimization, the accurate control of the uniformity of boron doping technology is realized, breaking through the problem of inorganic doping of BDD materials; Based on the bridge structure, integrated multi-chip and reflux reactor, the submerged and submerged series cohesive modules are developed, which provide technical support for the industrial application of new materials. Through ID innovation, structural innovation and product innovation, the industrialization closed-loop of research, production, supply and marketing of environmental protection, low consumables and high efficiency disinfection series products has been realized. The results have independent intellectual property rights, has won 9 national invention patents, innovative, series of products in the national disinfection products online record information service platform to complete the record, the relevant technology and products have been in Zaozhuang No. 3 middle School, Wuxi City, Hongshan District community health service center and other public places, with good economic and social benefits. The overall technology of the project has reached the leading level in China, and the research of immersion and through-water series cohesive modularity has reached the international advanced level. After a comprehensive review by the expert group, the participating experts agreed that the project of "Research and application of the elimination of pathogenic microorganisms based on BDD diamond film technology" passed the evaluation of scientific and technological achievements.

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