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Burner Design for Fuel Flexibility and Efficiency

By David Littlejohn, Robert Cheng, Peter Therkelsen, Kenneth Smith and Sy Ali Lawrence Berkeley National Laboratory |

Combustion provides heat for many industrial processes and accounts for over 80% of the power used by turbines to generate electricity. Over the past several decades, regulatory action and concerns over environmental air pollutants, such as oxides of nitrogen (NOx), have pushed industrial process designers to develop burners that lower pollutant emissions and prompted manufacturers to switch to cleaner-burning fuels. Going forward, industrial combustion — both for process heat and power generation — will be characterized by an increasingly diverse fuel supply and a greater need to reduce pollutants and carbon dioxide emissions. As substitutes to natural gas, coal and oil, alternative fuels are being considered by the chemical process industries (CPI) for power generation and process heating. These include low-heat-content fuels such as landfill gas, biogas and synthesis gas (syngas), as well as hydrogen. To take full advantage of these alternative fuels, CPI engineers are exploring a number of approaches aimed at reducing carbon emissions, improving fuel flexibility and increasing efficiency for combustion systems. A key part of the effort is the development of combustor designs that operate effectively using a range of fuels while…
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