Community Research and Development Information Service - CORDIS

Development and testing of a high-temperature, high pressure regeneration and continuous desulpherization process for integrated combined-cycle concepts

Gasification-based combined cycle processes are being developed throughout Europe as a more environmentally-acceptable means of burning fossil fuels. Typical combined cycles can increase the efficiency of power generation by 20% or more, compared with conventional coal-fired power-stations, whilst reducing emissions of acid and greenhouse gases substantially. A high-temperature, high-pressure regenerative and continuous de-sulpherization process is envisaged as being a major component in hot gas clean-up for both air-blown and oxygen-blown gasifers. This project was concerned with the development and testing of sorbents and catalysts for such a desulpherization process for integrated gasification combined cycle (IGCC) plants.

The work focused on large-scale production methods for the chosen sorbent/catalyst (supported iron-oxide/molybdenum oxide), and on the production of sorbent particulates suitable for use in moving bed and fluid bed desulpherization reactors.


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Record Number: 22173 / Last updated on: 1999-04-23
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Collaboration sought: Joint venture agreement, Marketing agreement, Financial support, Manufacturing agreement, Further research or development support, Information exchange/Training, Licence agreement