Revolution in Greifswald: Hydrogen production with the latest plasmalysis technology!

Revolution in Greifswald: Hydrogen production with the latest plasmalysis technology!

In Greifswald something is happening in the world of hydrogen technology! A new research system is currently being built here, which explores innovative ways to hydrogen production. This system is part of the nationwide research factory hydrogen MV, which has set itself the goal of laying the foundations for a green hydrogen economy. According to n-tv , hydrogen is obtained from methane by the new type of plasmalysis. This method only needs around a fifth of the current that conventional electrolysis consumes.

The plasysis not only generates hydrogen, but also solid carbon. The special thing about it? This high -purity carbon can be used in various industrial applications, for example in the building materials industry or to improve floors. In addition, plasmalysis helps to filter CO2 from the atmosphere, which is particularly important in times of climate change.

new perspectives thanks to plasmalysis

Like the Graforce explained, plasma electrolysers-especially the plasmalyzer® developed by Graforce-offer an economically and ecologically sensible alternative to conventional hydrogen production. They are not only cost -effective, they also produce significantly higher yields. According to the information, the costs for hydrogen can be reduced from currently around 6-8 euros to an estimated 1.5-3 euros per kilogram.

In a methane electrolysis system at RAG Austria AG, for example, about 50 kg of hydrogen and 150 kg of solid carbon per hour is obtained from 200 kg of natural gas or biomethane. Such systems play a central role in decentralized energy production, both on land and directly on ships.

circular economy and sustainability

The need to rethink in energy generation also becomes clear by the Fraunhofer Society. This has set itself the goal of promoting the transition from linear to circular economic systems. The Fraunhofer-Institut emphasizes that the circular economy contributes to protecting resources, reducing waste and minimizing emissions. Technologies such as methane plasmalysis are of great importance to increase energy efficiency and reduce the environmental effects.

summarized it is shown that hydrogen is considered a key energy source for the future. The developments in Greifswald and the innovative plasmalysis technology could not only change the way we gain hydrogen, but also have an impact on the circular economy and sustainability. A good hand is really required here to achieve the goals set.