New

Electric Melting Technology: NEMT™

Replaces combustion in glass melting process, reducing CO₂ emissions

As global demand for carbon neutrality grows, the glass manufacturing industry faces the critical challenge of reducing CO₂ emissions. By adopting our electric melting technology (NEMT™: NEG Electric Melting Technology), manufacturers can significantly reduce CO₂ emissions associated with combustion during glass melting. This groundbreaking technology also contributes to energy efficiency improvement and resource conservation.

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Features

In traditional glass melting, combustion is used to heat materials, leading to significant CO₂ emissions. By contrast, NEMT™ replaces combustion with a direct electrical heating method, inserting electrodes into the glass for precise and efficient melting through energization. This innovative technology supports the glass industry’s transition toward sustainable manufacturing while improving energy efficiency and reducing resource consumption.

Improved energy efficiency by unifying the energy source to electricity, optimizing the heating process.
Enhanced sustainability through the use of renewable energy-derived electricity, further reducing CO₂ emissions.
Reduced resource consumption by minimizing losses caused by non-uniform heating.
Long-term durability and efficiency with electrode systems designed for low heat loss and capable of continuous operation for approximately 20 years.