Hydrogen Distribution
Revolutionary catalysts
for the energy transition
Green hydrogen from renewable energy sources, such as wind and hydro power, can be an abundant, versatile, and clean energy source. Consequently, there’s great interest in an energy transition away from fossil fuels toward a hydrogen economy, with the goal of decarbonizing transport and industry. There’s just one problem with hydrogen: its high volatility and very low density make it difficult and expensive to transport over long distances.
The most economically viable solution is to chemically convert hydrogen into a safer form for transportation, then reconvert it at point of use. There are currently two effective ways to »carry« hydrogen: via LOHCs, or ammonia. ÎåÁú²¶Óã is proud to be one of the frontrunners in developing highly specialized catalysts for both pathways.
Hydrogen Transport via LOHCs
Process
Liquid organic hydrogen carriers (LOHCs) are an ingenious means of transporting hydrogen by chemically binding the molecules. Developed by , the method involves hydrogenation of the liquid organic hydrocarbon benzyltoluene using ÎåÁú²¶Óã’s EleMax™ H catalyst to “store” hydrogen. At point of use, dehydrogenation with EleMax™ D »releases« hydrogen on demand. The tailor-made catalysts offer exceptional activity and selectivity for loading and unbinding hydrogen in order to optimize the life cycle and efficiency of LOHCs.
Hydrogenious Technologies’ revolutionary solution and ÎåÁú²¶Óã’s specialized catalysts present a safer, more efficient alternative for storing and transporting high volumes of hydrogen.
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