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Towards large-scale co-production of electricity and hydrogen via decarbonisation of fossil fuels combined with CCS (geological storage)

Towards large-scale co-production of electricity and hydrogen via decarbonisation of fossil fuels combined with CCS (geological storage)

Kategori
A Artikler i internasjonale vitenskapelige tidsskrifter med referee
Status
Publisert
Sammendrag
This paper deals with recent assessments and results of the EU-based DYNAMIS 1 project, which - since March 2006 - has been investigating decarbonisation of fossil fuels (bituminous coal, lignite and natural gas), with the inclusion of carbon capture and geological storage of the CO2 (CCS). The project was established by leading European RTD providers and industries, and sponsored by the European Commission under its 6th Framework Programme. Main deliverables of the DYNAMIS project comprise pre-engineering studies and a subset of recommendations to the European Commission with regards to its HYPOGEN Demonstrator Programme. According to prerequisites established by the European Commission, the HYPOGEN Demonstrator is planned to offer electricity, hydrogen and CO2 at large scale - scheduled for commercial operations to commence by 2012–2015. Copyright © 2009 Elsevier Ltd All rights reserved
Emneord
Carbon capture and storage; CCS; Pre-combustion capture, IGCC; CO2, CO2 specification, Hydrogen purity; Site selection; Geological storage
Språk
Norsk
Forfatter(e)
Institusjon(er)
År
2009
Publisert i
Energy Procedia
ISSN
1876-6102
Vol/hefte
1(1)
Side(r)
3867-3875
Publikasjons-id
SINTEF S11465