Graforce: Feces Are the Energy Source of the Future
Green hydrogen from excrements could cover half of the world’s annual energy demand and reduce global CO2 emissions by 20%
The production of hydrogen by using plasmalysis is not only free of carbon dioxide, but also 50-60 % less expensive than conventional processes such as electrolysis, in which distilled water is split into oxygen and hydrogen by consuming more energy.
“Hydrogen from feces has huge energy potential. With plasmalysis, we can produce enormous amounts of green hydrogen from organic residues. If we use this as fuel, we obtain not only incredible amounts of CO2-free energy, but also save enormous quantities of CO2 and make a major contribution to climate protection,” explains Graforce founder and Managing Director Dr. Jens Hanke.
Agriculture produces around 1.5 trillion cubic meters of biomass (liquid manure, etc.) worldwide every year. It contains high-energy organic residues from which Graforce could produce 724 million tons of green hydrogen using plasmalysis technology. This would save 6.5 gigatons of CO2 - or 18 percent of global emissions caused by energy generation and consumption worldwide. According to current forecasts, the world will consume around 350 million tons of hydrogen per year in 2050 - as much energy as mankind currently consumes in 80 days. With 724 million tons of green hydrogen, this would be enough for about 160 days, i.e. almost half a year.
Hydrogen can be used as fuel in fuel cell and HCNG vehicles or in combined heat and power units. Nitrogen, on the other hand, is an important process gas that is required in many industrial sectors worldwide.
The German company Graforce has been working on the future of energy supply since 2010. At its Power2X plant in Berlin, Graforce is already producing hydrogen using the plasmalysis technology developed in-house. Producing hydrogen from high-energy chemical compounds in wastewater halves fuel production costs and results in significantly higher yields. Plasmalysis can create the “water - hydrogen - water cycle” required for sustainability within the energy industry and represents an important key component in the successful introduction of storage and fuel cell technology. www.graforce.de
Dr. Jens Hanke
+49 30 - 63 2222-110
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