Everything starts with the choice of the right raw material. Skunkfunk has moved from using 10 per cent low impact raw materials in its collections to above 90 per cent today. Fibers can be of natural origin (obtained from plants and animals) or man-made (regenerated cellulosic and synthetics). In each category, there are fibers of lower and higher environmental impact. As part of our commitments, we are seeking to use low-impact fibers in 100% of our styles by 2020. For industry standard calculation, we consider materials most widely used on the market in substitution of low impact materials. Assumptions for comparable clothing:
For organic cotton, conventional cotton
For recycled polyester, cotton or wool, their virgin counterpart
For hemp, linen and ramie, conventional cotton
For recycled cotton, conventional cotton
For lyocell and rayon, viscose
Same weight as Skunkfunk clothing
This is the single most polluting step in the making of a garment. Manufacturing includes knitting, weaving, dyeing, fabric treatments, printing and confection. It requires huge amounts of fresh water, energy and chemicals.
Assumptions for comparable clothing:
Same processes are considered as for Skunkfunk garments (knitting, weaving, confection, waste, bleaching, scouring, mercerizing, antifelting, vintage wash, dyeing, printing, embroidery, presence of waste-water treatment plants)
A higher efficiency in waste water treatment is considered for Skunkfunk products as most Skunkfunk suppliers are GOTS certified or in a certification process
Same energy mix (standard country estimate)
Confection: 22% waste of fabric cut-offs. In our Zero Waste collection, 0% fabric waste considered.
Standard industry wastes are applied in the spinning and weaving
The lifeblood of the fast fashion industry is, largely, speed to market - meaning that it relies on air shipments to ship products quickly around the world. Air transport is by far the most polluting mode of transportation, emitting 91% more carbon dioxide than road transportation and 98 % more than sea transportation.
Skunkfunk has a sea transport policy, resulting in over 95% of our products being shipped by sea, except prototypes and samples.
For market standard calculation:
We consider air transport for finished products
For previous steps in the supply chain, we considered 200 km by road were travelled for the manufacturing steps of knitting, dyeing, and confection, both for Skunkfunk and industry standard
Skunkfunk uses biodegradable polybags made from corn starch. Virgin plastic polybags are considered as the industry standard.
Furthermore, Skunkfunk uses recycled cotton hangtags made from our friends at PSP India, the cleanest alternative to virgin or recycled cardboard, commonly used in the industry.
Over 60% of inbound production carboard boxes are reused in outbound logistics.
YOU can make a difference.
The way you take care of your clothes and dispose of them has a significant impact.
Skunkfunk has low-impact garment care labels and recommendations on all its products since 2018.
We assume Skunkfunk customers wash at 40 degrees versus 60 degrees
We assume Skunkfunk customers air dry their clothes versus using drying machine a
Same use of iron (6 minutes)
It’s not a secret that the global clothing production has doubled over the past 20 years, to an astonishing 85.000 million garments in 2016. Textile waste occupies nearly 5% of landfill space, and all of us tend now to keep that beloved pair of trousers for half as long as we did 15 years ago. In fact, many cheap garments we buy today do not last due to the intentional poor quality and craftsmanship.
Our in-store used garments collection bins and communication campaigns are aimed at raising awareness among our customers about recycling better.
We assume Skunkfunk customers recycle at a higher rate, 25% above market standards.
Impact for end-of-life for climate change (kg CO2 eq) is based on Screening study data for PEFCR T-shirts, in proportion to single garments’ weight.
Impact for a 160g of T-shirt, 10g of plastic bag (PP) and 43g of cardboard.
T-shirt end-of-life 1,87E-01 kg CO2 eq