Industrial Manufacture of Sulfuric Acid (Lead Chamber & Contact Process)
This article explains the core processes in a chlor‑alkali facility—how brine is prepared and purified, followed by electrolysis to produce chlorine, caustic soda, and hydrogen. It covers modern cell technologies (membrane, diaphragm, mercury) and main production steps . Why it’s useful: Excellent for understanding the overall plant layout and product streams in everyday engineering terms. A recent technical PDF/report (May 2025) aimed at service and engineering partners. It goes into detail on equipment design parameters such as chlorine drying, cooling systems, sulfuric acid piping, compressors, and cell power and hydraulics . Why it’s useful: Offers up‑to‑date insights into mechanical and electrical infrastructure challenges and design standards within chlor‑alkali plants. A […]
Energy Efficiency & Cost‑Saving Opportunities for the Chlor‑Alkali Industry (2025 Energy Guide by EPA)
This article explains the core processes in a chlor‑alkali facility—how brine is prepared and purified, followed by electrolysis to produce chlorine, caustic soda, and hydrogen. It covers modern cell technologies (membrane, diaphragm, mercury) and main production steps . Why it’s useful: Excellent for understanding the overall plant layout and product streams in everyday engineering terms. A recent technical PDF/report (May 2025) aimed at service and engineering partners. It goes into detail on equipment design parameters such as chlorine drying, cooling systems, sulfuric acid piping, compressors, and cell power and hydraulics . Why it’s useful: Offers up‑to‑date insights into mechanical and electrical infrastructure challenges and design standards within chlor‑alkali plants. A […]
Current Trends and Challenges in the Chlor‑Alkali Service Industry (2025)
This article explains the core processes in a chlor‑alkali facility—how brine is prepared and purified, followed by electrolysis to produce chlorine, caustic soda, and hydrogen. It covers modern cell technologies (membrane, diaphragm, mercury) and main production steps . Why it’s useful: Excellent for understanding the overall plant layout and product streams in everyday engineering terms. A recent technical PDF/report (May 2025) aimed at service and engineering partners. It goes into detail on equipment design parameters such as chlorine drying, cooling systems, sulfuric acid piping, compressors, and cell power and hydraulics . Why it’s useful: Offers up‑to‑date insights into mechanical and electrical infrastructure challenges and design standards within chlor‑alkali plants. A […]