From Lab to Production Line: Kairui Chemical Accelerates HEDP Technology Commercialization

Scientific research achievements only generate true value when they are successfully commercialized. Kairui Chemical has established a seamless technology transfer system integrating “R&D - Pilot Testing - Industrialization,” rapidly transforming innovative laboratory technologies into market-ready products and enabling scientific achievements to efficiently serve industrial development. Kairui Chemical's technology transfer process is exceptionally efficient: After completing technical validation in the laboratory, the R&D team immediately transfers to the company's self-built pilot plant. This facility features simulation equipment scaled at a 1:10 ratio to large-scale production lines, enabling precise replication of various production conditions to ensure pilot data aligns closely with industrial manufacturing. Take the “novel high-temperature resistant HEDP” as an example: it took only 2 months from successful lab development to pilot completion, followed by a full 5-month timeline to formal mass production and market launch—significantly faster than the industry average of 12 months.

To accelerate technology commercialization, Kairui Chemical has established “Industry-Academia-Research Collaboration Bases” with institutions including the Institute of Chemistry, Chinese Academy of Sciences, and Shandong University. These partnerships enable joint research on cutting-edge technologies and facilitate the transfer of fundamental academic research into industrial development within the company. Over the past three years, Kairui Chemical has completed 15 HEDP-related technology transfer projects. Among these, the “HEDP Derivatives for New Energy Battery Recycling” technology successfully solved the challenge of metal ion separation during battery recycling. This innovation has been adopted by multiple new energy enterprises, driving the green and circular development of the new energy industry.