At 60 bar and temperatures between 500 and 600 °C, the conversion and endothermic heats of reaction were determined over a Pd-Al2O3 catalyst. At 600 °C, heats of reaction as high as 950 kJ kg1 were produced, with conversions of more than 80%. The catalyst remained stable for at least many hours with no signs of coking.
In Oedong-eup, Gyeongju-si, Korea Southern Power will construct a 28.8 megawatt (MW) hydrogen fuel cell and charging station. With Gyeongju…
Citroen has delivered its first ë-Jumpy Hydrogen van to SUEZ Group, a long-time commercial partner, for full-scale testing at its…
This strategy is consistent with India’s audacious goal of carbon neutrality by 2070. For household, commercial, and industrial use, the…
China Yuchai International, through its principal operational subsidiary, Guangxi Yuchai Machinery Company Limited (“GYMCL”), reported that its YCK05 hydrogen-powered engine…
Hydrogen energy plays a critical role in the EU’s energy transition system, with natural gas exporters expressing an interest in…
Energy News brings you the most popular articles for each month in 2021. Based on monthly statistics, the ‘Monthly recap…
New catalyst helps combine fuel cell, battery into one device A single device that creates both fuel and oxidant from…
Hydrogen to make shipping greener Shipping accounts for a significant amount of world CO2 emissions because to global trade, cruises,…
Thyssenkrupp expands as demand for industrial electrolysis plants rises Thyssenkrupp has expanded its manufacturing capacities as response to a rising demand…
