Over the years, the company has adhered to a strategy of technology-driven development, continuously enhancing the role of scientific innovation in supporting and guiding industrial growth. By strengthening its leading position in technological innovation and promoting the comprehensive development of salt lake resources, the company has pursued a scientific path of development grounded in solid resource foundations. Through close collaboration with major domestic research institutions and universities, the company has concentrated scientific research efforts, increased funding, and driven coordinated innovation.Significant breakthroughs have been achieved in key core technologies, including projects such as:
Development of High-Quality Potassium Chloride Production Technology via Direct Flotation Process、Research on Comprehensive Utilization of Tailings and Residual Liquids from 2 Million t/a KC By-Products、Process Technology Application for Improving the Separation of Flotation Potassium and Fine Salts from Sylvinite. The company has conducted a series of technological innovations and process improvements based on the principles of resource protection and rational utilization, leveraging salt lake resources to follow a path of scientific development. Through R&D and process upgrades, the salt field recovery rate reaches 87.89%, beneficiation recovery rate reaches 64.5%, and comprehensive utilization of residual liquids achieves 100%. Simultaneously, the company produces high-quality, high-grade large crystal potassium chloride products to meet the market’s stringent requirements and standards.
Moreover, in response to the large quantities of low-grade solid potash in the mining area and the increasingly depleted interstitial brine that could no longer meet production needs, the company developed the “Solid-to-Liquid Technology for Low-Grade Potash Resources East of the Chaerhan Salt Lake Railway”, enabling efficient utilization of low-grade solid potash in the ore layer.