Philips 222B9T Product Carbon Footprint - Page 2

Assumption Table, Category, Element, Input

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TPV Philips Product Carbon Footprint (PCF) Information Sheet Assumption Table Category Product Specifics Element Product Weight (with packaging) Screen Size Product Lifetime Standby Mode & Power-On Mode Estimated standby hour & usage hour Estimated total annual standby and power-on consumption Unit kg inches years w hrs kwh Input 9.912 21.5 3 0.5 & 16.7 8 & 8 34.4 Location Assembly Location Use Location no unit no unit CN GLO To country of use: by air To country of use: by ship no unit no unit N/A Applicable Transport from Assembly to Customer To country of use: by rail To country of use: by truck In country of use: by air In country of use: by ship In country of use: by rail In country of use: by truck no unit no unit no unit no unit no unit no unit N/A Applicable N/A N/A N/A Applicable End of Life Waste incineration Material recycling % 6 % 94 The PCF value is calculated using the specific attributes above for assembly, use and transportation mode. Notes: Life Cycle Analysis (LCA) can be grouped into five categories which include Raw Material, Manufacture, Transport, Use, and End-ofLife. Below is a brief description of each phase. Raw Material: This life cycle phase captures emissions generated during the extraction, production, and transport of raw materials. Manufacture: This life cycle phase captures emissions generated during the manufacture of subassemblies (including the product packaging) and product assembly. Transport: Emissions included in the distribute phase include all those generated during the air, ocean or land distribute of finished or semi-finished Philips products between Philips facilities and from Philips facilities to customers. Use: In use energy consumption is calculated in accordance with the U.S. Environmental Protection Agency's Energy Star® Typical Energy Consumption (TEC) methodology. Calculated energy consumption is then used in combination with average emissions factors for the designated country of use to calculate emissions. Estimated monitor usage days by end user are 250 days a year. End-of-life: The recycle rate is calculated based on the company's own calculated WEEE recycle rate. It is also assumed that the balance of the product waste materials is disposed of by landfill. Emissions generated during the mechanical destruction, sep aration and transport of end of life materials are included in the calculation. Page 2 of 2

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TPV Philips Product Carbon Footprint (PCF) Information Sheet
Assumption Table
Category
Element
Unit
Input
Product
Specifics
Product Weight (with packaging)
kg
9.912
Screen Size
inches
21.5
Product Lifetime
years
3
Standby Mode &
Power-On Mode
w
0.5 & 16.7
Estimated standby hour & usage hour
hrs
8 & 8
Estimated total
annual
standby and power-on consumption
kwh
34.4
Location
Assembly Location
no unit
CN
Use Location
no unit
GLO
Transport
from Assembly
to Customer
To country of use: by air
no unit
N/A
To country of use: by ship
no unit
Applicable
To country of use: by rail
no unit
N/A
To country of use: by truck
no unit
Applicable
In country of use: by air
no unit
N/A
In country of use: by ship
no unit
N/A
In country of use: by rail
no unit
N/A
In country of use: by truck
no unit
Applicable
End of Life
Waste incineration
%
6
Material recycling
%
94
The PCF value is calculated using the specific attributes above for assembly, use and transportation mode.
Notes:
Life Cycle Analysis (LCA) can be grouped into five categories which include Raw Material, Manufacture, Transport, Use, and End-of-
Life. Below is a brief description of each phase.
Raw Material: This life cycle phase captures emissions generated during the extraction, production, and transport of raw materials.
Manufacture: This life cycle phase captures emissions generated during the manufacture of subassemblies (including the product
packaging) and product assembly.
Transport: Emissions included in the distribute phase include all those generated during the air, ocean or land distribute of finished or
semi-finished Philips products between Philips facilities and from Philips facilities to customers.
Use:
In use energy consumption is calculated in accordance with the U.S. Environmental Protection Agency’s Energy Star® Typical
Energy Consumption (TEC) methodology. Calculated energy consumption is then used in combination with average emissions factors
for the designated country of use to calculate emissions. Estimated monitor usage days by end user are 250 days a year.
End-of-life: The recycle rate is calculated based on the company's own calculated WEEE recycle rate. It is also assumed that the
balance of the product waste materials is disposed of by landfill. Emissions generated during the mechanical destruction, separation and
transport of end of life materials are included in the calculation.
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