Fuel Cells and Hydrogen Technologies

Researcher
Research Field (Center)
3D covalent catalytic framework with ultra-high site density based on porphyrin aerogels. Picture: porphyrin powder (left), porphyrin aerogel made from this powder (right)

In recent years, the world leaders have come to realize that we must change the way we produce and use energy. Being the source of life on earth, from growing crops to producing fresh drinking water through desalination, to sustaining our economies and lifestyles, energy is the most important commodity on earth. The shift to sustainable energy sources raised some new challenges, which include large energy storage for short-, mid- and long-term, to compensate for intermittent power supply, seasonal shortages and strategic storage, respectively, as well as energy for industry and transportation. To tackle these challenges, a cascade of solutions is necessary, out of which hydrogen economy gives the most comprehensive solution. Hydrogen produced from surplus sustainable energy harvested from sunlight, wind and hydropower, can be stored for short and long periods, easily transported between countries and continents and used to produce electricity for the grid, transportation, industry and private homes. Hydrogen economy was already adopted by some of the leading industrial countries, including the EU, Japan and South Korea, which already committed to investments of hundreds of billion  of USD over the coming decade.

Last Updated Date : 10/05/2021