Welysis - Hydrochloric Acid
Welysis specializes in the production of high-purity hydrochloric acid through advanced electrolysis technology. The process begins with hydrogen and chlorine gases that undergo combustion, followed by absorption of the resulting hydrogen chloride gas in water, resulting in hydrochloric acid with a 32% concentration. Strict quality controls ensure the acid's suitability for industries like pharmaceuticals, electronics, and chemicals, maintaining impurities such as iron and heavy metals at minimal levels. The facility's technology ensures continuous high-quality output with systems that monitor operational conditions like pH, conductivity, and temperature in real-time, and employs strategies for waste minimization and by-product recycling. A strong focus on safety and compliance with international standards ensures that both personnel and environmental safety are prioritized throughout the production and handling processes.
Our electrolysis plants produce hydrochloric acid or HCI, an aqueous solution of hydrogen chloride gas. It has a variety of industrial and commercial applications.
HCl is produced by the combustion of hydrogen gas with chlorine gas. Subsequently, the hydrogen chloride (HCl) gas is absorbed in water to produce hydrochloric acid at a concentration of 33% w/w.
- The production of chemicals, such as inorganic chlorides, plastics, fertilizers, and pharmaceuticals.
- Regulating acidity in other chemical solutions.
- Cleaning agents and paint stripper.
- Removal of limestone scale from other minerals
- Treating and galvanizing metals in metallurgy.
- Descaling limescale and other soiling.
- In pipe unblocking
- pH regulation of water in swimming pools.
- In the cosmetics industry for the manufacture of dyes, pigments, and bleaches.
- In the food industry, for the production of gelatine, as it dissolves the mineral part of bones, and as a preservative in dairy and confectionery products.
- In the plastics industry for the production of packaging.
- In the acidification of oil wells.