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Renaissance Potential Net Development
<br /> Input data for Green House Gas Emissions
<br />Unmitigated
<br />Carbon Dioxide
<br />A. Direct Sources
<br />A1. Mobile (Construction Equipment, Motor Vehicles, and Landscape Equipment) and Stationary Sources (Cooling and Heating)
<br />Emissions of carbon dioxide from mobile (construction equipment, motor vehicles, and landscape equipment) and stationary sources (cooling and
<br />heating) are calculated using the following equation:
<br />Y = (Y)+(Y)+(Y)+(Y)
<br />A1234
<br />Y = annual emissions of carbon dioxide from mobile and stationary sources, tons/yr.
<br />A
<br />Y = annual emissions of carbon dioxide from construction equipment, tons/yr (URBEMIS 2007 9.2.2 output file).
<br />1
<br />Y = annual emissions of carbon dioxide from motor vehicles, tons/yr (URBEMIS 2007 9.2.2 output file).
<br />2
<br />Y = annual emissions of carbon dioxide from landscape equipment, tons/yr (URBEMIS 2007 9.2.2 output file).
<br />3
<br />Y = annual emissions of carbon dioxide from cooling and heating, tons/yr (URBEMIS 2007 9.2.2 output file).
<br />4
<br />Y, tons/yrY, tons/yrY, tons/yrY, tons/yrY, tons/yr
<br />1234A
<br />677.4582,244.086.3610,633.3393,561.22
<br />0.010.880.000.11
<br />B. Indirect Sources
<br />B1. Electricity
<br />Emissions of carbon dioxide from electricity usage are calculated using the following equation:
<br />-1
<br />Y = (U)*(E)*(C)
<br />AA
<br />Y = annual emissions of carbon dioxide from electricity usage, tons/yr.
<br />A
<br />U = annual electricity usage, MWh/yr.
<br />A
<br />E = emission factor for electricity usage, 804.54 lbs/MWh (California Climate Action Registry General Reporting Protocol, Version 2.2, Part III,
<br />Chapter 6, 2007).
<br />C = conversion factor from lbs to tons, 2,000 lbs/ton.
<br />A **UnitE, lbs/MWhC, lbs/ton
<br />Unit TypeR *U, MWh/yrY, tons/yr
<br />AAA
<br />5.626335household
<br />SF Residential51,884.88724.122,000682.44
<br />MF Residential5.62653,740household21,043.11724.122,0007,618.87
<br />Food Store0.040990sq ft
<br />0.00724.122,0000.00
<br />0.0400sq ft
<br />Restaurant20.00724.122,0000.00
<br />Hospitals0.019610sq ft0.00724.122,0000.00
<br />Retail0.01406387,000sq ft
<br />5,441.22724.122,0001,970.05
<br />0.012360sq ft
<br />College/University0.00724.122,0000.00
<br />High school0.007460sq ft0.00724.122,0000.00
<br />Elementary School0.007460.00sq ft0.00724.122,0000.00
<br />Office0.01310.00sq ft
<br />0.00724.122,0000.00
<br />0.01210.00sq ft
<br />Hotel/Motel30.00724.122,0000.00
<br />Warehouse0.020020.00sq ft0.00724.122,0000.00
<br />0.00001680,000.00sq ft
<br />Miscellaneous6.80724.122,0002.46
<br />0.01360.00sq ft
<br />Commercial30.00724.122,0000.00
<br />Total, tons/yr10,273.82
<br />* R = annual consumption rate (CEQA Handbook, Table A9-11-A). Table A9-11A gives the rate in KWH, we need MWh therefore need to divide by 1000
<br />A
<br />** A = unit type number.
<br />Page 1 of 13
<br />B2. Potable Water
<br />Emissions of carbon dioxide from potable water treatment and transportation for domestic use are calculated using the following equation:
<br />-1
<br />Y = (U)*(E)*(C)
<br />AA
<br />Y = annual emissions of carbon dioxide from electricity used for potable water treatment and transportation, tons/yr.
<br />A
<br />U = annual electricity usage for potable water treatment and transportation, MWh/yr.
<br />A
<br />E = emission factor for electricity usage, 804.54 lbs/MWh (California Climate Action Registry General Reporting Protocol, Version 2.2, Part III,
<br />Chapter 6, 2007).
<br />C = conversion factor from lbs to tons, 2,000 lbs/ton.
<br />unit typeunit numberV, MG/yrMWh/MGUA, MWH/yrE, lbs/MWhC, lbs/ton
<br />Unit TypeY, tons/yr
<br />A
<br />SF Residentialhousehold335.0085.590.010200.87724.122,0000.32
<br />MF Residential
<br />household3740.00955.570.010209.75724.122,0003.53
<br />Food Storesq ft0.000.000.010200.00724.122,0000.00
<br />Restaurantsq ft0.000.000.010200.00724.122,0000.00
<br />Hospitals
<br />sq ft0.000.000.010200.00724.122,0000.00
<br />Retailsq ft125000.0031.070.010200.32724.122,0000.11
<br />Commercialsq ft0.000.000.010200.00724.122,0000.00
<br />College/University
<br />sq ft0.000.000.010200.00724.122,0000.00
<br />High schoolsq ft0.000.000.010200.00724.122,0000.00
<br />Elementary Schoolsq ft0.000.000.010200.00724.122,0000.00
<br />Office
<br />sq ft0.000.000.010200.00724.122,0000.00
<br />Hotel/Motelsq ft0.000.000.010200.00724.122,0000.00
<br />Warehousesq ft0.000.000.010200.00724.122,0000.00
<br />Miscellaneoussq ft680000.00169.020.010201.72724.122,0000.62
<br />Total, tons/yr4.58
<br />*V = annual water usage per unit in millions of gallons per year
<br />B3. Solid Waste
<br />B3a. Fugitive Emissions
<br />Emissions of carbon dioxide from solid waste disposal treatment are calculated using the following equation:
<br />Y = (P)*(E)
<br />AA
<br />Y = annual emissions of carbon dioxide from solid waste disposal treatment, tons/yr.
<br />A
<br />P = annual waste production for disposal treatment, tons/yr.
<br />A
<br />E = emission factor for waste production, 0.0045 tons/ton (Los Angeles County, Engineering Data).
<br />Q, tons/yr
<br />/
<br />unit *Unit TypeUnit numberE, tons/ton
<br />Unit TypeP, tons/yrY, tons/yr
<br />AA
<br />Residential0.8700household4,0753,545.250.004515.95
<br />Food Storesq ft0
<br />0.00000.000.00450.00
<br />sq ft0
<br />Restaurant0.00000.000.00450.00
<br />Hospitals0.0000sq ft00.000.00450.00
<br />Retail0.0004sq ft387,000154.800.00450.70
<br />Commercialsq ft0
<br />0.00040.000.00450.00
<br />sq ft0
<br />College/University0.00000.000.00450.00
<br />High school0.0000sq ft00.000.00450.00
<br />Elementary Schoolsq ft0
<br />0.00000.000.00450.00
<br />sq ft0
<br />Office0.00000.000.00450.00
<br />Hotel/Motel0.280000.000.00450.00
<br />room
<br />Warehouse0.000000.000.00450.00
<br />sq ft
<br />sq ft
<br />Miscellaneous0.000000.000.00450.00
<br />Total, tons/yr16.65
<br />* Q = annual waste production per unit based on daily waste per unit type (City of Los
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