Solution Overview
In light of the glass plant’s high‑temperature, continuous, and highly precise production conditions, a customized on‑site green hydrogen generation system tailored for the glass industry will be implemented. This system will enable on‑site hydrogen production and immediate use, providing a stable, 24‑hour supply of high‑purity protective gas for the tin bath and process‑supporting gases, thereby completely replacing the conventional practice of purchasing hydrogen from external sources.
Core Advantages:
High-purity, stable gas production with pressure and purity remaining constant, thereby improving the yield of qualified products.
Suitable for year-round, non-stop, continuous heavy-duty production with a low failure rate.
On-site hydrogen production eliminates the need for frequent cylinder changes and connections, ensuring continuous operation of the production line.
Targeted optimization of high-temperature resistance, dust resistance, and anti-interference performance
Long‑term substitution of purchased hydrogen, significantly reducing overall gas‑use costs.
System configuration: industrial‑grade alkaline electrolysis hydrogen production unit, high‑precision ultrapure water purification system, advanced hydrogen purification device, pressure‑stabilizing and constant‑current intelligent delivery system, online real‑time purity monitoring equipment, and explosion‑proof safety protection system.
Real-world value: Leveraging the proven track record of industrial‑grade alkaline electrolysis hydrogen production systems in continuous heavy‑load applications across chemical, power, and new‑energy sectors, this solution can provide 24/7 stable, high‑purity gas supply for tin bath protection and process‑auxiliary gases at glass plants, replacing purchased hydrogen and reducing overall gas‑use costs.
