Gas recycling & Gas purification
Gas purification & recycling solutions
Features
- High return of investment
- Improved environmental impact
- High up-time
- Effortless integration
- Containerized solution
- Compact & modular build
For all industries
Depending on your specific gas stream requirements, our gas purification or recycling system offers the optimal solution for your operations. Gas recycling is a particularly well-suited for the glass industry, resulting in improved glass quality and a reduction in costs. While gas purification is ideal for industries in need of a reliable gas stream, such as hydrogen, nitrogen, or oxygen, with a specific quality.
Advantages
Gas recyling
Our gas recycling technology is specifically designed for the float glass industry. As the Hy.REC® removes in a cost-effective way the impurities from the hydrogen nitrogen mixture of the tin bath, which is currently considered waste gas. The cleaned gas is fed back to the glass factory to be reused in their operations. By recycling the gas, the glass factory reduces cost of utilities and avoids polluting emissions. The Hy.REC® system is designed for the removal up to 450 Nm3/hr vent gas from the glass float line and purify it to the desired quality before the gas is fed back into the process.
Gas purification
Through gas purification, the Hy.PURE®, you can regulate the quality of the gas stream. The Hy.PURE® can purify hydrogen up to 5.0 quality. The additional of a compressor is not necessary when the gas stream enters the system between 6-10 bar. Through PSA technology the system can purify gas streams between 100-250 Nm3/hr. Additionally, our gas purification technology can also be utilized for the purification of nitrogen and oxygen.
Gas recycling at a flat glass factory
This glass factory in Saudi Arabia secures a more sustainable and cost-effective way of producing glass with our Hy.REC® gas recycling system. The Hy.REC® increases the quality of the produced glass and cleans and re-uses the contaminated gas in the process. CO₂ emissions and operational production costs are reduced by decreasing gas supply volumes. This system is designed to recover the protective atmosphere from the tin bath in float glass production. The technology purifies and recovers a hydrogen-nitrogen gas mixture from the production process and has a maximum flow of 700 Nm3/hr of hydrogen-nitrogen.
We gas recycling or gas purification systems for
