Hydrogen is unlikely to become the sole energy carrier of the future, but it has an important role to play in a diversified energy landscape. The Fast Company Executive Board is a private, fee-based ...

Gasification is flexible not only to what feedstocks it can use, but also to what end is needed from its conversion process. Clean, renewable electrical generation behind the meter and creation of ...

Gasification is a technology that can produce high-value fuels and chemicals from waste biomass, with challenges mainly associated to energy required and scaling up. At the same time, solar-driven ...

Energy recovery from waste biomass can have significant impacts on the most pressing development challenges of rural poverty and environmental damages. In this paper, a techno-economic analysis is ...

The economic model for gasification plants has changed. A decade ago, with society square in the gunsights of $100-per-barrel oil, gasification was seen as an answer to skyrocketing energy costs.

Using compact gasification technology to convert waste into thermal energy and biochar (carbonised biomass), the system could help to reduce carbon emissions by up to 20 per cent. The smart waste ...

Biomass gasification transforms biomass into hydrogen, nitrogen, and other products without burning it via a controlled process involving heat, steam, and oxygen. This article looks at this process in ...

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Plasma gasification technology is particularly suitable for disposal of hazardous and radioactive wastes. It is now being seen as an attractive option for disposal of municipal solid wastes as well.