Comparative exergy and economic analysis of deep in-situ gasification based coal-to-hydrogen with carbon capture and alternative routes

Liu, Huan; Guo, Wei; Fan, Zheng; Huang, Fenglin; Liu, Shuqin

doi:10.1016/j.cej.2024.151819

Chemical Engineering Journal

2024

DOI: 10.1016/j.cej.2024.151819

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Comparative exergy and economic analysis of deep in-situ gasification based coal-to-hydrogen with carbon capture and alternative routes

Huan Liu,

Wei Guo,

Zheng Fan

et al.

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Paul Younger’s work on underground coal gasification with carbon capture and storage

Roddy

2024

Green Energy Sustain

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The key features of Professor Paul Younger’s work on Underground Coal Gasification (UCG) linked to Carbon Capture and Storage (CCS) are summarised, with particular reference to his work on protecting potable water aquifers from contamination by the by-products of in-situ gasification and on his development of a technical basis for secure storage of captured carbon dioxide (CO2) in UCG cavities. A review of recent developments in the UCG field is presented, noting that the scale and international reach of demonstration projects has diminished over the intervening years and that the locus of research activity has moved to China and other Asian countries in which coal use continues at high levels. The importance in a climate-constrained world of a robust method of capturing and storing the CO2 produced by UCG activity is highlighted. Developments in CCS linked to the UCG process itself are reviewed and a brief summary is provided of the present state of CCS technology more generally.

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Paul Younger’s work on underground coal gasification with carbon capture and storage

Roddy

2024

Green Energy Sustain

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Comparative exergy and economic analysis of deep in-situ gasification based coal-to-hydrogen with carbon capture and alternative routes

Cited by 1 publication

References 78 publications

Paul Younger’s work on underground coal gasification with carbon capture and storage

Paul Younger’s work on underground coal gasification with carbon capture and storage

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