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Emissions and Landfill Data for Sekisui
         S-Lec, America LLC
   Sekisui S-Lec America, LLC Facility 1200
    Rolling Hills Lane Winchester, Kentucky 2008
   7,563,600 kWh (average emission standard)
    Electricity Consumed which equates into:
   4,061,653 kg of CO2 out gassed into
    atmosphere yearly (2008)
   1,108,831.3 kg of Carbon
   2,500 m2 of natural gas consumed which
    equates into:
   19,450 thermal units generating 105,438 kg of
    CO2 out gassed into atmosphere
                                                                                             2008
            5
                                                                                              2009
           0
                kg of Carbon from   kg of CO2 from kWh   kg of Carbon from   kg of CO2 from   2010
                       kWh                                    mmBTU              mmBTU




    Calculation (for electricity): kWh x 0.537
   Calculation (for natural gas): mmBTU x 5.421
   Calculation (for propane): liters x 1.50
   Two propane forklifts, one at Paris Kentucky
    offsite warehouse, one at Winchester
    warehouse facility. Propane impact:
      30.16 liters x 1.50 = 45 x 126 =
    Calculation for propane
    consumption, emissions to atmosphere: 30.16
    liters x 1.50 = 45 x 126 =
   5670 kg CO2 emissions per year combined.
   Class 8 OTR freight trucks: All firms’ use 2006 or newer
    chassis utilizing Cummins engines. EPA rules changed in
    2007 and will change again in 2010 calling for and
    mandating stricter diesel ppm emissions. With that
    said, Sekisui S-Lec, America, LLC does not currently own a
    fleet but instead contracts out freight on an as needed basis.
    Sekisui does not control the freight companies purchasing
    habits or control the class 8 trucks in any particular fleet.
    The following data however can be published based on real
    world numbers from the freight companies utilized
   Diesel fuel consumed: 600,000 gallons or 2,268,000 liters
   Particulate matter produced: 38.6 MJ/l (138,700 BTU per US
    gallon) = 3,320,296 kilograms per year at current rate
   Freighter Ship lines: Maersk, Kline, NYK, fuel
    consumption and emissions NA


   Air freighter: Various, fuel consumption and
    emissions NA


   Rail: Norfolk Southern, BNSF, CSX fuel
    consumption and emissions NA
   Landfill Usage: 15% reduction mandated data
    in cubic meters:
         450

         400

         350   387
         300

         250
                                      2008
         200
                                      2009
         150                          2010

         100

         50
                     10
          0
   I P Pe = − 0 (where P is the average static absolute
    pressure and is the average extraction absolute
    pressure. 0 Pe
   The radial distance (re) at which I becomes zero is
    determined by direct measurement in probes at
   various distances or, as is most commonly done, by
    extrapolating the ROI from a semi-logarithmic
   plot of the I versus the log of radial distance.
    Assuming that the average static and extraction
   pressures can be reliably determined in the presence of
    natural variations in atmospheric pressure
   and that the extraction rate is constant, the LFG
    generation rate within the ROI is assumed to equal
   the gas extraction rate)

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ISO 14001

  • 1. Emissions and Landfill Data for Sekisui S-Lec, America LLC
  • 2. Sekisui S-Lec America, LLC Facility 1200 Rolling Hills Lane Winchester, Kentucky 2008  7,563,600 kWh (average emission standard) Electricity Consumed which equates into:  4,061,653 kg of CO2 out gassed into atmosphere yearly (2008)  1,108,831.3 kg of Carbon
  • 3. 2,500 m2 of natural gas consumed which equates into:  19,450 thermal units generating 105,438 kg of CO2 out gassed into atmosphere  2008 5 2009  0 kg of Carbon from kg of CO2 from kWh kg of Carbon from kg of CO2 from 2010 kWh mmBTU mmBTU  Calculation (for electricity): kWh x 0.537  Calculation (for natural gas): mmBTU x 5.421  Calculation (for propane): liters x 1.50
  • 4. Two propane forklifts, one at Paris Kentucky offsite warehouse, one at Winchester warehouse facility. Propane impact:  30.16 liters x 1.50 = 45 x 126 = Calculation for propane consumption, emissions to atmosphere: 30.16 liters x 1.50 = 45 x 126 =  5670 kg CO2 emissions per year combined.
  • 5. Class 8 OTR freight trucks: All firms’ use 2006 or newer chassis utilizing Cummins engines. EPA rules changed in 2007 and will change again in 2010 calling for and mandating stricter diesel ppm emissions. With that said, Sekisui S-Lec, America, LLC does not currently own a fleet but instead contracts out freight on an as needed basis.  Sekisui does not control the freight companies purchasing habits or control the class 8 trucks in any particular fleet. The following data however can be published based on real world numbers from the freight companies utilized  Diesel fuel consumed: 600,000 gallons or 2,268,000 liters  Particulate matter produced: 38.6 MJ/l (138,700 BTU per US gallon) = 3,320,296 kilograms per year at current rate
  • 6. Freighter Ship lines: Maersk, Kline, NYK, fuel consumption and emissions NA   Air freighter: Various, fuel consumption and emissions NA   Rail: Norfolk Southern, BNSF, CSX fuel consumption and emissions NA
  • 7. Landfill Usage: 15% reduction mandated data in cubic meters: 450 400 350 387 300 250 2008 200 2009 150 2010 100 50 10 0
  • 8. I P Pe = − 0 (where P is the average static absolute pressure and is the average extraction absolute pressure. 0 Pe  The radial distance (re) at which I becomes zero is determined by direct measurement in probes at  various distances or, as is most commonly done, by extrapolating the ROI from a semi-logarithmic  plot of the I versus the log of radial distance. Assuming that the average static and extraction  pressures can be reliably determined in the presence of natural variations in atmospheric pressure  and that the extraction rate is constant, the LFG generation rate within the ROI is assumed to equal  the gas extraction rate)