Glass

Advantages

Can be applied to recuperative or regenerative furnaces with minor changes
Applicable in side port and end port furnaces as well as for unit and float melters
Reach your carbon neutrality goals whilst avoiding big Capex

Market Features

Improve specific energy consumption and reduce specific CO₂ emissions

By using Nippon Sanso’s proprietary oxy-combustion technology, applicable to site port and end port furnace configurations, it could be possible to reduce your specific energy consumption by up to 50%*

*Pending on your most recent base case

Ultra-low NOx burners technology

Dilujet burners use Diluted Oxygen Combustion (DOC) technology, which promotes an ultrahigh recirculation ratio making it possible for an ultra-low flame Tª.

This ultra-low flame Tª, together with the typical low N₂ partial pressure at the oxy-fuel furnaces, results in ultra-low NOx emissions from your flue gases.

Oxy-fuel technology for forehearths

By using Nippon Sanso’s forehearth’s proprietary oxy-combustion technology, it will be possible to reduce your forehearth’s energy consumption by up to 50%, simultaneously reducing the amount of necessary burners to maintain the required temperature profile you are looking for.

Glass capsule containing green recycled glass fragments symbolising sustainable glass production

Oxy-fuel technology supports your efforts in reducing energy combustion

Oxy-fuel technology use permits to all kinds of glass furnaces,  to be more efficient in the use of available energy. By reducing the amount of air, which contains 78% nitrogen, your furnace becomes more effective in its use of energy – reducing its associated CO2 emissions.

Simultaneously, the application of our Diluted Oxygen Combustion technology contributes to drastically reduce NOx and dust emissions at your site, whilst maintaining the highest safety standards.