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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)
  • Prakash Bhoi, Georgia Southern University
  • Krushna N Patil, Oklahoma State University - Main Campus
  • Raymond Huhnke, Oklahoma State University - Main Campus
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
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/