(HONG KONG) Recently, China Risun Group's Dingzhou Park successfully completed the preliminary research project for 3-amino-4-octanol, producing qualified products and completing the preliminary research work.
3-Amino-4-octanol is a core member of the amino alcohol series derivatives. With high added value, it shows enormous application potential in pharmaceuticals, materials, fine chemicals, and other fields. It is expected to become an important growth engine for China Risun Group's Dingzhou Park in the future.
Compared with existing market technology, this project demonstrates many comprehensive advantages: it adopts a new technical route with higher preparation efficiency and milder reaction conditions, significantly improving production efficiency and product purity, making it economical and efficient; the coking industry in the park provides abundant and stable raw material resources for the project; the fine chemical pilot platform in the park provides unique conditions for the rapid conversion and industrialization of the project technology, among others.
Recently, the project product samples have been highly recognized by customers, laying the foundation for subsequent market entry and opening. It also forms a strong support for the comprehensive layout and development of China Risun's amino alcohol fine chemical series products. This will further enhance China Risun's globally pioneering non-nitrification green environmental protection technology route for amino alcohol, breaking foreign technical barriers, filling domestic industry gaps, further enriching the product line of China Risun Group's Dingzhou Park, continuously strengthening high-end chemical development, achieving increased revenue for the enterprise while promoting and driving the coating, metal cutting, pharmaceutical, and other industries to become more green and environmentally friendly. It also contributes to the implementation of the "Dual Carbon" goal strategy in the Beijing-Tianjin-Hebei region, making more effective and positive contributions through innovative practices.
