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Green Hydrogen Viability Boosted by Chemical Co-Production

Green Hydrogen Viability Boosted by Chemical Co-Production
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Hong kongReinhard schomHelmholtz associationExcellence networkCity university in hong kongTechnical university of berlinHelmholtz zentrum berlinTechnical universityFatwa abdiCity universityBerlin clusterUnifying systems

Green hydrogen could reach economic viability through the co-production of valuable chemicals

Green hydrogen could reach economic viability through the co-production of valuable chemicals
techxplore.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from techxplore.com Daily Mail and Mail on Sunday newspapers.

Hong kongReinhard schomKeisuke obataCity university in hong kongTechnical university of berlinNature communicationsHassan tahiniSciencebrush designHelmholtz zentrum berlinTechnical universityFatwa abdiCity university

Using solar-powered diamonds to turn CO2 into useful materials

German-based researchers believe that lab-grown diamonds are a good candidate for carbon capture, and might even turn air into fertiliser.

Helmholtz zentrum berlin

The Sparkling Potential of Lab-Grown Diamonds in Energy Transformation

It sounds magical: photoelectrodes have the potential to transform the greenhouse gas CO2 back into N2 or methanol molecules into useful fertilizer by just using the energy of sunlight.

Skyla bailyTristan petitDiamonds in energy transformationGreen hydrogenSparkling potential of labGreen hydrogen industrySparkling potentialLab grown diamondsEnergy transformationImage creditHelmholtz zentrum berlinHydrogen industry focusFraunhofer instituteApplied solid state physicsPostdoctoral researcherSurface mediated charge transfer

Tandem Solar Cells Poised To Revolutionize Energy Market

Researchers from Kaunas University of Technology report a record-breaking 32.5% efficiency for tandem silicon-perovskite solar cells.

Steve albrechtArtiom magomedovVytautas getautisBrian westenhausKaunas university of technologyKaunas universityProf steve albrechtHelmholtz zentrum berlinProf getautisBig thankNew energyAndem silicon perovskite solar cellsSolar power

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