Befar(SH:601678) Xin Lang Cai Jing·2026-01-14 15:33Core Viewpoint - The transformation driven by technological innovation at Binhu Chemical Group is shifting traditional chemical production from a "resource-consuming" model to a "green circular" paradigm, significantly reducing water consumption and waste generation in the production of propylene oxide [1][2]. Group 1: Technological Innovations - Binhu Chemical Group has developed a new process for producing propylene oxide that reduces fresh water consumption from approximately 40 tons to below 11 tons per ton of product, and decreases waste generation from 600 kilograms to under 90 kilograms [1]. - The company has created a new calcium-based saponification process that replaces traditional methods, leading to improved efficiency and reduced waste by utilizing high-activity calcium hydroxide powder and concentrating saponification residuals for reuse [2]. - The new process has been recognized as a significant technological breakthrough, achieving compliance with national policy requirements six months ahead of schedule and providing a replicable model for the industry [2]. Group 2: Economic Benefits - The implementation of the new process is projected to save over 5 million tons of fresh water annually, resulting in savings of approximately 8 million yuan in water fees and over 10 million yuan in waste disposal costs, alongside additional revenue from waste reuse [3]. - The reduction in production costs enhances the competitiveness of Binhu Chemical Group's products in high-end markets, contributing to overall economic benefits [3]. Group 3: Strategic Development - Binhu Chemical Group is committed to a "technology-driven" development strategy, focusing on innovation as a core competitive advantage, with 21 technological achievements recorded in the past year [3]. - The company has established a partnership with a research institute to focus on the development and industrialization of pharmaceutical intermediates and fine chemicals, further promoting the green and high-end transformation of the chemical industry in Shandong Province [3].