How can a traditional, energy-intensive process like cremation become more sustainable? At Crematoria Twente, that question led to an innovative journey — with promising results. A recent pre-engineering study shows that cremating with locally produced green hydrogen is technically feasible.Crematoria Twente performs around 4,300 cremations annually, half of which take place at its Enschede location. These currently rely on natural gas, resulting in CO₂ emissions. Managing Director Harriët Tomassen began exploring alternatives. While electric cremation is emerging, it would require replacing relatively new gas-powered ovens — not the most sustainable option. Hydrogen, however, appeared to be a perfect fit.Through H2Hub Twente and with support from partners including Mateq Process and HyMatters, the team examined the feasibility of switching to hydrogen. The results are encouraging: the site has enough land and solar panel capacity to produce its own green hydrogen through electrolysis. With the right infrastructure, the transition is technically achievable.The project was supported by the Energy Innovation Support Team of the Province of Overijssel. “Everyone I talk to is excited. This could really work,” says Tomassen. The next steps include a durability test and developing a full business case for hydrogen generation, storage, and integration — with a focus on both affordability and scalability.This initiative illustrates that the hydrogen transition isn’t limited to heavy industry. Even unexpected sectors can innovate. It also highlights the importance of collaborative programs like H2EART and H2Hub Twente to bring these pioneering ideas to life.Want to learn more? Visit <a href="https://www.crematoriatwente.nl/nl/over-ons/nieuws/detail/cremeren-op-waterstof">Cremeren op waterstof&nbsp;-&nbsp;Crematoria Twente</a>

Crematoria Twente explores hydrogen-powered cremation