Chaussons D'intérieur En Laine - Claudio Marine
GTIN: mchchn029ble001
Category : Closed-toed shoes
Collection : Perm
Country of Production
France
Country of Dyeing/Printing
France
Country of Weaving/Knitting
France
Environmental Impact
Environmental score
1905 pts
following the methodology defined by the ADEME
Recyclability Index
Traceability Index
Life Cycle Analysis
Climate Change
This product has an impact on climate change, it is increased by 0% compared to the average "closed-toed shoes" on the market on this indicator.
Total Consumption
15.86 kg
eq CO2
Acidification
This product has an impact on acidification, it is increased by 0% compared to the average "closed-toed shoes" on the market on this indicator.
Total Consumption
0.41 mol
eq H+
Fine particles
This product has an impact on fine particles, it is increased by 0% compared to the average "closed-toed shoes" on the market on this indicator.
Total Consumption
2.93e-6
dis.inc
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.
Acidification
Soil and water acidification occurs mainly through the transformation of atmospheric pollutants into acids, resulting in a decrease in the pH value of rainwater and fog to 5.6 or lower. Acid rain has harmful effects on wildlife and vegetation. It is responsible for the decline of certain forests.
Fine particles
Fine particles include particles with a diameter of less than 2.5 µm and can enter the body, particularly through the lungs. Their toxicity varies depending on their size, chemical composition, and ability to aggregate with other pollutants.
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