Scientists Propose Converting Natural Gas into Hydrogen Directly in Gas Fieldsby SkoltechSkoltech researchers unveil a method to extract hydrogen directly from natural gas fields, achieving 45 percent efficiency through steam and catalyst injection
New Testing Solutions to Accelerate Green Hydrogen Research and Developmentby Oxford nanoSystems Ltd.
NewsResearch Lights Up Process for Turning CO2 into Sustainable Fuelby University of NottinghamNewly developed copper-based material facilitates solar-driven conversion of carbon dioxide into methanol
NewsNew Technique for Fossil-Free Production of Hydrogenby KTH, Royal Institute of TechnologyBreakthrough research makes sustainable hydrogen production safe and more efficient
NewsGroundbreaking Discovery for Cost-Effective and Eco-Friendly Hydrogen Productionby Ulsan National Institute of Science and TechnologyBreakthrough electrolysis technology enables efficient and stable production of green hydrogen
NewsResearchers Unveil a New, Economical Approach for Producing Green Hydrogenby University of Colorado BoulderStudy lays the groundwork for a commercially viable means of producing syngas
NewsA Safe, Easy, and Affordable Way to Store and Retrieve Hydrogenby RIKENResearchers develop a safe way to store ammonia, helping lead ?the way to decarbonization
NewsExtracting a Clean Fuel from Waterby Argonne National LaboratoryNew catalyst lowers cost for producing environmentally sustainable hydrogen from water
NewsHow to Make Hydrogen Straight from Seawater—No Desalination Requiredby RMIT UniversityThe new method is scalable, simple, and more cost-effective than any other green hydrogen approach
NewsSeawater Split to Produce Green Hydrogenby University of AdelaideThe team is now working to scale up this process for commercial use
NewsNano-Scale Platinum-Cobalt Alloy Particles to Slash Cost of Next-Gen Fuel Cellsby ParticuologyThe new platinum and cobalt alloy catalyst enhances fuel cell performance while decreasing costs
NewsTechnique to Generate Hydrogen More Efficiently from Waterby National University of SingaporeLight can trigger a brand new electro-catalytic mechanism of water electrolysis