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Reference Number	DTI/CC/104
Title	Development of a combustor strategy to cover a wide range of low calorific value fuels
Status	Completed
Energy Categories	Other Power and Storage Technologies (Electric power conversion) 20%; Fossil Fuels: Oil Gas and Coal (Coal, Coal combustion) 80%;
Research Types	Applied Research and Development 100%
Science and Technology Fields	ENGINEERING AND TECHNOLOGY 100%
UKERC Cross Cutting Characterisation	Not Cross-cutting 100%
Principal Investigator	Mr G Kelsall Alstom Power Ltd
Award Type	3
Funding Source	DTI
Start Date	01 February 2000
End Date	01 January 2003
Duration	35 months
Total Grant Value	£313,506
Industrial Sectors
Region	West Midlands
Programme

Investigators	Principal Investigator	Mr G Kelsall , Alstom Power Ltd
	Other Investigator	Project Contact , Cranfield University Project Contact , Queen's University Belfast
Web Site
Objectives	The main objectives of this project were to: Compare the current low calorific value (LCV) diffusion flame combustion system design against a lean premix combustion system (based on the ALSTOM G30 design) and a catalytic combustion design approach. Provide a recommendation on the way forward for the commercial exploitation of the LCV and medium calorific value (MCV) gas fuel market, particularly for biomass and underground coal gasification applications. >
Abstract	The project evaluated the relative merits of three different systems for burning low calorific value gas. These were a diffusion flame combustion system (current V rnamo/ARBRE build), a lean premix combustion system (based on the ALSTOM-Lincoln premium fuelled G30 design) and a catalytic combustion system. The evaluation was based on assembly and analysis of The significant existing test data for the diffusion flame combustion system and bench-mark testing using a high pressure ri g a >t Cranfield niversity. High pressure rig testing of the lean premix combustion system at Cranfield University. Data on catalytic combustion from the open literature and from a previous Foresight Challenge funded project. The scope of the high pressure testing was increased from that defined in the original proposal, to include medium calorific value (MCV) fuel gas testing of the diffusion flame combustor. This was introduced to assess the suitability of thecombus to >r for underground coal gasification, as applicable to the proposed UK scenario (ie oxygen blown gasification at 600-1200m depth) >
Data	No related datasets
Projects	No related projects
Publications	Development Of A Gas Turbine Combustor Strategy For Gasification Cycles: Project Summary 355
Added to Database	01/01/07

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