Philips Product Carbon Footprint (PCF) Information Sheet
Commercial NameLCD monitor with USB-C Dock

Model Number

329P1H

Issue Date

2021-4-20

Product Environmental Attributes(a) Product Carbon Footprint Value:(b) Product Picture:

711.50 kg of CO2e (see Note 1 below)(c) Life Cycle Detail by Life Stage (Pie Chart):

Note 1:
Disclaimer:
All estimates of carbon footprint are uncertain.
This information sheet contains a description of the carbon footprint data for this declared product, which isbased on estimates of the current state of the product life cycle, but is subject to known or unknown risks or
uncertainties, so actual results may be different from the statement.
Note 2:This product is based on the ISO 14040:2006/Amd 1:2020 & ISO 14044:2006/Amd 2:2020 & PAS2050:2011 &ISO 14067:2018 standard for carbon footprint inventory and calculation.
And this product use SimaPro 9.1.0 for PCF calculation tool. The lifecycle impact assessment methodology
follows the IPCC 100-year Greenhouse Gas Emissions Assessment Method (IPCC 2013 GWP 100a) tocalculate the CO2 emission equivalent of a product from raw material extraction to product disposal (Cradle toGrave).
Note 3:This calculation was based upon a Philips 329P1H with the assumptions and configuration described in thecalculation assumptions in the next page.
Note 4:This pie chart provides the percent contribution of the mean value for each element of the analysis for the full life
cycle CO2e impacts of the product. If individual elements displaying 0% are less than 0.1%.

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Philips Product Carbon Footprint (PCF) Information Sheet
Assumption Table
Category

ProductSpecifics

LocationTransport
from Assembly
to Customer

End of Life

ElementUnitInput

Product Net Weightkg12.2

Form Factor

no unit3840 x 2160

Screen Size

inches31.5

Product Lifetimeyears

3Standby Mode & Power-On Modew

0.3 & 44.1

Estimated standby hour & usage hour

hr

8&8

Estimated total annual standby and power-on consumptionkw

129.65Assembly Locationno unit

CNUse Locationno unitGLO

To country of use: by air

fraction0

To country of use: by ship

fraction1

To country of use: by rail

fraction0

To country of use: by truck

fraction0

In country of use: by air

fraction0

In country of use: by ship

fraction

0In country of use: by rail

fraction

0In country of use: by truck

fraction

1Waste 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-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 productpackaging) and product assembly.
Transport: Emissions included in the distribute phase include all those generated during the air, ocean or land distribute of finished orsemi-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.
End-of-life: The recycle rate is calculated based on the company's own calculated WEEE recycle rate. It is also assumed that thebalance of the product waste materials is disposed of by landfill. Emissions generated during the mechanical destruction, sep aration andtransport of end of life materials are included in the calculation.
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