Fireside Corrosion Of Boiler Tube Materials - Effects Of Co-Firing Biomass With Coal: Project Summary
Abstract:
The objectives of this project were:
Typical and potential boiler tube alloys have been exposed to simulated furnace wall and superheater/reheater environments in the 1MWTh Combustion Test Facility (CTF) at Power Technology.
A total of four nominally 50 hour duration exposures have been completed. Specimens were exposed to a range of metal temperatures, heat fluxes and gaseous environments, representative of pulverised coal combustion under low NOx conditions with biomass additions. Biomass was co-fired with Daw Mill coal on 20% and 10% thermal or heat input basis (approx 35% and 17% by mass). Specimens were exposed to the combustion environment on air-cooled, precision metrology, corrosion probes.
This summary provides information on:Publication Year:
2005
Publisher:
Department of Trade and Industry
DOI:
No DOI minted
Author(s):
DTI
Energy Categories
Language:
English
File Type:
application/pdf
File Size:
482961 B
Rights:
Rights not recorded
Rights Overview:
Rights are not recorded within the edc, check the data source for details
Further information:
N/A
Region:
United Kingdom
Related Dataset(s):
No related datasets
Related Project(s):
Fireside Corrosion of Boiler Tube Materials - Effects of Co-Firing Biomass
Related Publications(s):
Corrosion of Boiler Materials - Effect of Co-Firing Biomass with Coal
