Aerosol Particle Emissions from Cooking Burgers

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Aerosol Particle Emissions from Cooking Burgers Cluster 3: Living Oceans and Global Climate Change By: Annie Wapniarski, Daniel Choi, Kasady Liu, Michelle Mak

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Aerosol Particle Emissions from Cooking Burgers. Cluster 3: Living Oceans and Global Climate Change By: Annie Wapniarski, Daniel Choi, Kasady Liu, Michelle Mak. Background. Aerosol particles: suspensions of liquid or solid in vapor. - PowerPoint PPT Presentation

Transcript of Aerosol Particle Emissions from Cooking Burgers

Page 1: Aerosol Particle Emissions from Cooking Burgers

Aerosol Particle Emissions from Cooking

BurgersCluster 3: Living Oceans and Global Climate

ChangeBy: Annie Wapniarski, Daniel Choi, Kasady Liu,

Michelle Mak

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Background

Credit: Feliciano, E., ScienceNews, December 4, 2010; Vol. 178 #12

Aerosol particles: suspensions of liquid or solid in vapor

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Experiment• Beef and vegetable burgers were both cooked on charcoal/propane grills (figure 1)• Filters picked up total organic emissions from the grills in µg/m3

• They were analyzed in the clean room by a FTIR spectrometer (figure 2)• Charcoal Beef (figure 3), picked up the darkest particles.

Figure 1 Figure 2 Figure 3

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Results/ Analysis• Propane releases less organic emissions than charcoal• Organic particle concentrations higher when cooking burgers• Veggies burgers release less particles than beef burgers

Figure 2Figure 1Figure 3

Figure 4 Figure 5Figure 6

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Conclusion/ Implication• Conclusion

o Expectation: Charcoal/Beef mix would give off more organic material

o Reality: Propane/Beef mix gave off more organic materialo Charcoal/Beef mix had more alkanes overall

• Implicationso Fingerprint of emissions

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AcknowledgementsSpecial thanks to...Professor Lynn RussellTeacher Fellow Megan JonesLab Assistant Jacob A. Sanchez