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Through self-development, self-adjustment, and self-accumulation, the company gradually introduces and absorbs advanced foreign technologies and key equipment.

It has a production capacity of 2.5 million cubic meters per year for brine extraction and purification, 540,000 tons per year for salt-nitrogen co-production, 220,000 tons per year for ion membrane caustic soda, 72,000 tons per year for sodium method bleaching powder, and 30,000 tons per year for strong chlorine products. Supporting infrastructure includes a 175-ton/hour circulating fluidized bed boiler, a 3.15-megawatt transformer capacity at a 110-kilovolt substation, and public works such as plastic packaging barrels. The main products include industrial salt, edible salt, ion membrane caustic soda, liquid chlorine, bleaching powder, and strong chlorine products across three series with over ten varieties.

As a leading enterprise in the field of disinfectants and sterilization, Jianghan Salt Chemical consistently prioritizes structural adjustment and industrial upgrading. It adopts a basic + high-end industrial development model to vigorously promote a circular economy and pursue new industrialization paths. Seizing the opportunity of national gas storage construction, it bases its operations on the chlor-alkali industry while emphasizing both inorganic and organic developments. The company aims to develop new chemical materials, build the world's largest disinfectant production center, establish a first-class Sinopec inorganic chemical industry base, and expand the Jianghan salt brine chemical industry. Leveraging its advantages in chlorine disinfectant basic products, it implements product research and innovation while adopting a new manufacturing model of "technology + product + service," reshaping the industrial value chain and positioning itself as a water treatment service provider to refine the Jianghan salt brine chemical industry.

6^th Jul 2024

• Brine is extracted from underground and transported to Jianghan Salt Chemical through pipelines. While producing refined salt and edible salt, it electrolyzes brine to produce chlorine, caustic soda, hydrogen and other salt chemical by-products, which are sold as chemical raw materials and fuels.
• The annual output of chlor-alkali equipment has reached 200,000 tons, and the annual output of hydrogen has reached 5,000 tons.
• In addition to hydrogen, other salt chemical byproducts such as caustic soda and steam have also found stable sales channels in the park. 
• Today, several by-products of Jianghan Salt Chemical Industry have gone from being "useless" to "hot", with sales exceeding 50 million yuan in 2022. Among them, chlorine is mainly supplied to enterprises in the park to produce silicon tetrachloride; hydrogen, after purification, is used as raw materials together with caustic soda, steam, silicon tetrachloride, etc.
• On November 18, 2022, the 100,000 tons/year electrolysis equipment renewal and technical transformation project (50,000 tons of electrolytic cells in advance) was successfully put into operation. After the project is fully put into use, it can increase hydrogen production by 2,500 tons per year, further meet the production needs of downstream companies, and empower the development of the park.

(Source)

20^th Sep 2024

Jianghan Salt Chemical Fine Chemical and Supporting Engineering Project Started to Promote the Development of Hubei Salt Chemical Industry Cluster.

The project will further expand the basic scale of Jianghan Salt Chemical, and the park's steam, liquid alkali, chlorine and hydrogen supply capacity will be more sufficient:

• the newly built 30,000 tons/year bleaching powder concentrate unit will refine the characteristic business of Jianghan Salt Chemical, increase the international market supply of bleaching powder concentrate, and effectively increase the market share;
• the newly built 50,000 tons/year chlorinated polyethylene (CPE) unit will extend the Jianghan Salt Chemical industry chain, enrich the product variety, and initially show diversified development.

(Source)