As a new solar thermochemical hydrogen production route,the technology of hydrogen production from biomass gasification in supercritical water(hereinafter referred to as SCWG)heated by solar energy ha
With the growth of the population and increase of the energy demand,to obtain the renewable and clean energy,the hydrogen,is a desirable way to realize the sustainable development of human beings.
In nuclear power plants,there is no satisfactory industrial treatment of the spent ion exchange resins(IREs).Supercritical water gasification(SCWG)could offer an efficient and clean treatment to spent
BiVO4 has recently attached much attention as one of promising photoanode materials for efficient solar water splitting.We reported a reproducible synthesized TiO2/BiVO4/Co-Pi nanorod array photoanode
A new reactor concept for solar H2O splitting using ceria as a dense membrane was introduced.Thermodynamic model of the reactor system was established.