-
Characterisation of Biofuels for Co-Combustion: A New Experimental Approach for Fuel Characterisation
-
Authors: Tony Griffiths
Summary
Click on the title below to see a full list of available documents. (This information is available only to IFRF Members with an IFRF User Name and Password.)
Abstract
-
Research: Conference
-
Outline
- 01 Summary
- 02 IFRF status and possible role for partnership development
- 03 Grinding and Ignition of Biomass
- 04 Impact of fuel quality on preparation and co-combustion behavior
- 05 Combustion Characterisation of Biomasses for Co-Combustion in PF-Boilers using the IFRF Isothermal Plug Flow Reactor
- 06 Characterisation of Biofuels for Co-Combustion: A New Experimental Approach for Fuel Characterisation
- 07 Small Scale Burner Testing
- 08 Comparison of test methods for biofuel characterisation
- 09 Characterisation of slagging and fouling deposits
- 10 Ash Transformation during Co-Firing of Coal and Straw
- 11 Impact of co-combustion on corrosion, slagging and emissions
- 12 Comparison and development of On-Line corrosion monitoring
- 13 Slagging Studies related to biomass co-firing
- 14 CFD-Modelling and validation in pilot and large scale
- 15 CFD Modelling of co-combustion at the Maasvlakte power plant
- 16 Monitoring, Prediction and Control of Coal Fired Systems
- 17 Spreadsheet Approaches to Modelling Co-combustion; comparison with CFD
- 18 A review of ten years of successful co-firing in the Netherlands
- 19 PowerFlam 2 co-firing trials – Cottam Power Station, UK
- 20 EON UK Experiences Co-firing Biomass
- 21 TOTeM 29 Programme
- 22 Welcome to Technical University of Munich
- 23 Introduction to TOTeM 29
- 24 BioFlam Overview
-
Download PDFGriffiths, T. (2006) Characterisation of Biofuels for Co-Combustion: A New Experimental Approach for Fuel Characterisation.