ASME Water Electrolysis H2/O2 Generator For Glass Industry
CE, GB, ASME, ISO 99.999 Water Electrolysis H2/O2 Generator For Glass Industry
Product Introduction
Currently, the main fuels used in glass melting processes include natural gas, heavy oil, coal tar, petroleum coke powder, and gas. Regardless of fuel type, the primary chemical components consist of two or three elements among carbon (C), hydrogen (H), and oxygen (O), with carbon being the most prevalent. The main combustion byproducts are CO₂ and H₂O.
To reduce CO₂ emissions, methods such as improving combustion efficiency or implementing CO₂ capture and storage can be employed. However, these approaches don't fundamentally address the issue of significant CO₂ output.
By blending hydrogen with existing fuels to create a hybrid fuel mixture, we achieve:
Improved combustion efficiency
Reduced energy consumption in glass production
Lower CO₂ emissions during glass melting
Environmentally friendly glass manufacturing
Hydrogen energy applications in glass production primarily serve two purposes:
Hydrogen-nitrogen mixture for float glass production line tin bath shielding gas
Hydrogen-enriched natural gas for glass furnace melting processes
The water electrolysis hydrogen plant produces hydrogen through water electrolysis using lye as the electrolyte.