Group 1 - The Guizhou Provincial Science and Technology Department announced the proposed projects for the 2025 Guizhou Province technology achievement transformation pilot platform, with 12 projects selected, covering fields such as health, new materials, and new energy [1] - The "Microchannel Reaction Process and Equipment Pilot Platform Development" project, located in the Guiyang Economic and Technological Development Zone, has been approved for funding [1] - The project is developed by Guizhou Microchemical Technology Co., Ltd., a national high-tech enterprise focused on the research, design, manufacturing, and promotion of continuous micro-reaction equipment [1] Group 2 - The chemical industry is facing dual demands for "green transformation" and "new productivity cultivation," with microchemical technology becoming a core direction for industry upgrading due to its advantages in reaction efficiency, energy consumption reduction, and waste emission decrease [1] - Over 30% of advanced laboratory results fail to be transformed each year due to issues such as insufficient equipment adaptability and weak transformation technology, which hinders the implementation of innovative results [1] - To address the "transformation gap," Guizhou Microchemical Technology has partnered with Guizhou University of Technology to initiate the construction of the "Microchannel Reaction Process and Equipment Pilot Platform," focusing on fine chemicals, nano-functional materials, and new energy materials [1]

Core Viewpoint - The invention of a new plant oil polyol structure and its manufacturing process has been awarded the Gold Prize at the 25th China Patent Awards, highlighting its potential to innovate the bio-based polyurethane industry and reduce reliance on petrochemical resources [2] Group 1: Innovation and Technology - The project developed an efficient manufacturing process for plant oil polyols, enabling the production of bio-based polyurethane materials at a scale of tens of thousands of tons [2] - The traditional petrochemical-based polyurethane industry faces challenges due to high dependency on imported high-end products and rising costs, which the new bio-based polyols aim to address [2][3] - The team utilized microchemical and process amplification technologies to enhance reaction selectivity and efficiency, allowing for precise construction of desired structures [2][3] Group 2: Market Applications and Impact - The bio-based polyurethane products are expected to fill the market gap for high-performance polyols, which are currently not met by existing products [2] - The technology has led to the establishment of a production line with an annual capacity of 50,000 tons of bio-based polyurethane polyols, covering a total of 150,000 tons of bio-based polyurethane products [3] - These products have diverse applications in tunnel construction, engineering anti-corrosion, building materials adhesives, electronic potting, and healthcare [3]