Class Project Report Sustainable Air Quality, EECE 449/549, Spring 2009 Washington University, St. Louis, MO Transportation Carbon Emissions Model - Midterm.

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Class Project Report Sustainable Air Quality, EECE 449/549, Spring 2009 Washington University, St. Louis, MO Transportation Carbon Emissions Model - Midterm for Commuting Instructors: Professor Rudolf B. Husar, Erin M. Robinson More details on the class wikiclass wiki Students: Kerry Herr Katy Josh Michael Neel

Approach to the Commuting Model -Verify population change in is on previous track/trend -Add long distance commuting to the model “Driving or flying home for the holiday” -Coordinate PMT with air travel model -Air (PMT) + Ground (PMT) = total PMT for long commuting -Determine the number of long distance commuters - Obtain zip code data to determine the distances -Determine how many long distance commuters live close enough to drive, how many fly home -Make assumption about how far people are willing to drive (~7 hours?)

Approach to Commuting Model -Update Student/Faculty/Staff population per zip code data Parking Permit/zip code info for Use Google maps for actual local driving distances -Verify Color coding of permits has been accounted for - break out all permit colors for analysis -Make assumptions about how different permits correspond to amounts of driving -Coordinate limits of model with the shuttle group -Commuting model will stop at the edge of campus and shuttle model will handle all on campus travel.

Local / daily commuting transportation model Population - Energy/Goods Consumption– Materials Flow - Emissions SUV/Truck Bus** Metro** Electric Hydrogen Carbon PMT Fuels (FM), j Emission (EM), k Diesel Car Pop., P Gas  a i =1 Fraction of PMT b i VMT/PMT d jk Emission/Fuel- Passenger Miles distance # of trips Activity Commuting Walk/Bike SUV/Truck Bus Metro Car Walk/Bike VMT c ij Fuel/VMT Notes: ** Bus and Metro do not include any campus shuttle use. Refer to the shuttle model for this informationshuttle model Wash U Pop

Long Distance Commuting transportation model – “Home for the Holiday” Population - Energy/Goods Consumption– Materials Flow - Emissions SUV/Truck Bus** Train Electric Hydrogen Carbon PMT Fuels (FM), j Emission (EM), k Diesel Car Pop., P Gas  a i =1 Fraction of PMT b i VMT/PMT d jk Emission/Fuel- Passenger Miles distance # of trips Activity Commuting SUV/Truck Bus** Train Car VMT c ij Fuel/VMT Notes: * Air travel is not included in this model. Refer to the Air Travel model for this informationAir Travel model ** Bus does not include any campus shuttle use. Refer to the shuttle model for this informationshuttle model Wash U Pop Air Travel*Jet FuelAir Travel*