The production of hydrogen from biomass has garnered increasing attention, with thermochemical methods emerging as the most widely adopted approach. Among these, steam gasification stands out as a ...

Co-gasification of biomass and coal blends has emerged as a promising route to combine the high energy density of coal with the low-carbon credentials of biomass. In this process, solid feedstocks are ...

Solar thermochemical gasification harnesses concentrated solar radiation to drive the endothermic conversion of biomass and carbonaceous feedstocks into synthesis gas (syngas), a mixture of hydrogen ...

Biomass can be converted to fuels via a process called gasification, which uses high temperatures to break feedstock down into carbon monoxide and hydrogen, which can then be made into various fuels, ...

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Since 2019, one of the hottest topics in the energy realm has been hydrogen, and for good reason. Due to a variety of factors, the element has been recognized as a key piece of decarbonization ...

The Vaskiluodon Voima Oy plant is the first biomass gasification in the world to be adopted on such a large scale for the replacement of fossil fuels. The plant incorporates a number of Metso ...

Combination of energy generation from biomass sources and CO2 capture technologies (Bio-CCS or BECCS) is already recognised as a potential option to tackle climate change in most scenarios, as it is ...

Gasification can convert a wide variety of domestic resources including coal, lignite, biomass, and petroleum residues such as petcoke from domestic refineries into a very clean gas, called syngas, ...