H2GLASS is an EU-funded project.
It is committed to accelerating decarbonisation in the glass industry by developing and applying the technology stack needed to realise full H2 combustion in glass production facilities. The consortium is made up of six Industrial Demonstrators representing major players of the glass and aluminium industries, along with a group of highly qualified industrial and research institutions. Together, they will develop, test and validate the H2GLASS technologies and demonstrate their transferability to other hard to abate industries.
Glass is in increasing demand. ItĀ is easy to recycle and plays a pivotal role inĀ the world of sustainable materials. However, its energy-intensive production processes and significant carbon emissions pose challenges in achieving the EUās ambitious target of net zero emissions by 2050. The lifetime of a glass furnace is around 12-15 years, which underlines the urgency for innovation, considering that 2050 is only two furnaces away.
Replacing fossil fuels with green hydrogen can substantially reduce CO2 emissions without increasing other harmful emissions such as NOx. In contrast to other alternative energy sources, H2 can increase the energy efficiency of air-fuel combustion and enable higher furnace throughput without negatively affecting the lifetime of a furnace. In addition, different H2 concentration mixtures can be used without affecting product quality, thus offering flexibility between natural gas and electricity.
Hydrogen is already widely used in variousĀ industrial applications and is consideredĀ aĀ safe fuel source. But scaling up thisĀ utilisation and developing new technologies always comes withĀ challenges. For H2GLASS, safetyĀ isĀ aĀ topĀ priority and itĀ will have a dedicated focus on safety and risk management. It includes the implementation of detailed safety protocols specifically designed for the secure handling and combustion of hydrogen aligned with the European Hydrogen Safety Panel.
H2GLASS aims to transfer the developed H2 technology to other major EU industries, as illustrated by the aluminium use-case. Both, the glass and the aluminium industry are energy-intensive sectors that play a crucial role in producing sustainable and recyclable products. They have similar furnaces, processes, and share common challenges regarding the integration of fossil fuel alternatives into the production process. One of the Industrial Demonstrators in H2GLASS is then from the aluminium sector.
Number of Partners
23
Number of Countries
8
Industrial Demonstrators
6
Funding in Million Euro
23.3
Copyright: H2GLASS
