Thread Content
Progress on the Construction of the Aerospace Super-large Pulverized Coal Gasification Project by Ruixing Group. Author/Source: Ruixing Group. Date: 2021-04-02. Clicks: 41. Features and advantages of Ruixing Group’s Phase III pulverized coal gasification project: First, the process technology used in Phase III is more advanced, the equipment is more efficient, energy consumption is reduced and productivity increased significantly, and production operations are more intelligent. Once the project is put into operation, it will enable the use of advanced production capabilities on a full scale, thereby helping Ruixing achieve a qualitative leap in its development. Secondly, the Phase III powder gasification project provides room for the company to develop in the biopharmaceutical sector. Eventually, a powder gasification platform will be established to produce products such as urea, chemical products, and active pharmaceutical ingredients; the product portfolio and structure will be adjusted according to market changes and demands, thereby enhancing the company’s competitiveness in the market. Furthermore, the issue of treating wastewater with high concentrations and large molecular weights represents a major challenge in domestic pharmaceutical production, especially in the production of active pharmaceutical ingredients. As the only company capable of covering the entire value chain – from chemical production, through active pharmaceutical ingredient production, to formulation production – and equipped with comprehensive safety and environmental protection facilities, Ruixing Group can fully leverage its advantages in this extended industrial chain. It can upgrade existing powder gasification systems into environmental protection facilities for biopharmaceutical industries, providing a suitable environmental framework that helps to address the various difficulties, challenges, and obstacles associated with active pharmaceutical ingredient production. Thirdly, the waste steam and energy generated during the production process of the powder coal gasification project can be entirely utilized in the biomedical industry. Through energy conversion, it is possible to reduce the production costs of the pharmaceutical industry, enabling these two industries to support and coordinate with each other in order to create the greatest market value with the least amount of resource consumption.