Chlor-Alkali Production

Energy efficiency, stringent emission regulations, and safe waste disposal are the primary challenges facing the chlor-alkali industry. Producers require reliable, energy-saving, and sustainable processes to manufacture chlorine, hydrogen, and caustic soda. To meet these demands, Saturnec offers a wide range of high-performance heat transfer components and complete engineering solutions that reduce costs and boost productivity.

Hydrochloric Acid Production

High heat transfer efficiency and exceptional corrosion resistance are critical for large-scale hydrochloric acid production. To address these requirements, our line of Diabon® graphite plate heat exchangers combines our heat transfer expertise with SGL Group’s specialized knowledge in graphite process equipment.

Hydrogen Peroxide Production

The production of hydrogen peroxide demands highly efficient use of raw materials and energy. Saturnec possesses extensive process expertise and a diverse portfolio of compact heat exchangers tailored to industry needs. Our specially designed plates ensure high thermal efficiency and turbulence—outperforming conventional shell-and-tube equipment while occupying a significantly smaller footprint—thereby reducing both operating and energy costs.

Soda Ash Production

Manufacturing commercial soda ash is an energy-intensive process. Recovering useful thermal energy from one process stream for use in another is a smart way to minimize energy costs and maximize yield. Saturnec's range of compact, durable, and high-efficiency heat exchangers is designed to help the soda ash industry achieve exactly that.

Sulfuric Acid Production

Process efficiency is the key factor for success in sulfuric acid production. An increasing number of producers turn to us for our process expertise, reliable corrosion-resistant equipment with superior heat transfer performance, and comprehensive services that support optimal operation. As a long-standing partner to the industry, Saturnec helps increase plant uptime, lower costs, and improve environmental performance.