Classic Fit Jeans
GTIN : 3666598393077
Reference : 02788 ftr031.co0037 3666598393077
Category : Jean
Collection : H24
Country of Production
Portugal
Country of Dyeing/Printing
Morocco
Country of Weaving/Knitting
Morocco
Carbon Footprint
Environmental score
Recyclability Index
Traceability Index
Product
Travel Distance
13820 km
ACV
Climate Change
This product has an impact on climate change, it is reduced by 54% compared to the average "jean" on the market on this indicator.
Total Consumption
7.82kg
eq CO2
Equivalent
49km
by car
Freshwater
eutrophisation
This product has an impact on freshwater eutrophication, it is reduced by 2% compared to the average "jean" on the market on this indicator.
Total Consumption
3.39g
eq P
Equivalent
30kg
of wheat
Fossil Resources
This product has an impact on fossil ressources, it is reduced by 40% compared to the average "jean" on the market on this indicator.
Total Consumption
132.69g
eq MJ
Equivalent
153j
light bulb turned on
Introduction
Life cycle analysis focuses on the environmental impacts of a product throughout its entire life cycle, which includes the production of raw materials and the energy required for their production, the manufacturing and packaging of the product, transportation, distribution, use, and end-of-life.
Climate Change
This indicator is calculated in kg CO2 eq. It estimates what the product-related activity generates in terms of greenhouse gas emissions, responsible for climate change. 70% of these gases are CO2. The increase in the atmospheric concentration of these gases leads to an increase in the Earth's temperature.
Freshwater
eutrophisation
Eutrophication is a form of pollution that occurs when an aquatic environment (freshwater) receives too much nutrient matter like phosphorus here. This leads to algae proliferation and thus the suffocation of the environment. This ecological imbalance causes various adverse effects such as the impoverishment of biodiversity, the treatment of drinking water...
Fossil Resources
This flow indicator is expressed in Megajoules (MJ). It represents the amount of non-renewable energy (coal, gas, oil, uranium, etc.) used during the provisioning, transportation, utilization, or end-of-life stages of various elements in their lifecycle.