Presentation
Biomass-Based Model Syngas Co-Firing with Natural Gas in a Laboratory Air-Swirled Burner: Effects of Co-Firing Rates, Combustion Air-to-Fuel Ratios and Burner Port Area on Flame and Exhaust Characteristics
Sun Grant Initiative National Conference on the Science for Biomass Feedback Production and Utilization
(2012)
Abstract
This presentation was given during the Sun Grant Initiative National Conference on the Science for Biomass Feedback Production and Utilization.
Keywords
- Biomass,
- Syngas,
- Co-firing,
- Natural Gas,
- Laboratory air-swirled burner,
- Co-firing rates,
- Combustion air-to-fuel ratios,
- Burner port area,
- Flame and exhaust characteristics
Disciplines
Publication Date
October 2, 2012
Location
New Orleans, LA
Citation Information
Prakash Bhoi, Krushna N Patil and Raymond Huhnke. "Biomass-Based Model Syngas Co-Firing with Natural Gas in a Laboratory Air-Swirled Burner: Effects of Co-Firing Rates, Combustion Air-to-Fuel Ratios and Burner Port Area on Flame and Exhaust Characteristics" Sun Grant Initiative National Conference on the Science for Biomass Feedback Production and Utilization (2012) Available at: http://works.bepress.com/prakash-bhoi/34/