Bosch Group, a global engineering and technology powerhouse, is propelling itself into the forefront of sustainable energy solutions.
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Researchers at Worcester Polytechnic Institute (WPI) have unveiled a material with the potential to not only remove urea from water but also convert it into hydrogen gas.
Hungary is gearing up for a future where hydrogen takes center stage as a dominant energy component.
Renewable hydrogen, harnessed through green electricity and coupled with carbon capture and utilization (CCU), has emerged as a weapon in the global fight against climate change.
Saudi Arabia, traditionally reliant on its oil and gas sector, is making strategic moves toward a hydrogen-centric future.
In a groundbreaking study presented at the World Economic Forum meeting in Davos, ManpowerGroup and Cepsa unveil the transformative potential of green molecules, forecasting the creation of 1.7 million new jobs and a surge of 145 billion euros in European GDP by 2040.
In a groundbreaking study led by Omani scientists, the spotlight is on the Sultanate’s vast potential to harness high-quality silica sand for cost-effective thermal energy storage.
Researchers led by Prof. Wei Luo from Wuhan University have introduced a groundbreaking catalyst, bismuth-doped ruthenium oxide (BiRuO).
To achieve the ambitious goals of a hydrogen society, understanding how hydrogen interacts with materials is crucial.
Germany’s ambitious goal of achieving 100% climate-neutral power production by 2035 is encountering obstacles as plans for a fleet of hydrogen power plants to complement wind turbines and solar panels face a budgetary squeeze and industry demands for cost-cutting.
