RETURNS AT MARC O’POLO
RETURNS AT MARC O’POLO
A Denim Story

Our goal is to create our most sustainable jeans. From raw materials to dyeing processes and washing methods. Follow our journey towards a more responsible production.

3 PILLARS FOR MORE SUSTAINABLE JEANS

Dyeing and washing processes in conventional denim manufacturing burden the environment through high use of water, energy, and chemicals. To make the production of our jeans more resource-efficient and reduce environmental pollution, we rely on three pillars.
These are based on the use of our so-called preferred fibres, the application of more responsible technologies for dyeing the yarns, and the measurement of the environmental compatibility of our washing procedures. For a Marc O’Polo jean to meet our high standard, at least the 3rd pillar must be adhered to, and therefore, the overall score of the washing processes must be evaluated as a 'low impact process'. The more pillars that are fulfilled, the more environmentally friendly the denim.

PILLAR 1 – PREFERRED FIBRES

We promote the use of our so-called preferred fibres, such as recycled or organic cotton, TENCEL™ Lyocell or recycled polyester. When using cotton for our denim products, we exclusively use certified organic cotton or recycled cotton. The organic cotton is grown without synthetic pesticides, defoliants, chemical fertilisers, and free from GMOs in accord with the principles of organic farming. Our recycled cotton is primarily made from pre-consumer material, thereby extending the lifecycle of already produced fibres.

PILLAR 1 - MORE SUSTAINABLE MATERIALS

We promote the use of more sustainable materials such as Tencel™ Lyocell, recycled polyester and recycled and organic cotton. When using cotton, we only use certified organic cotton or recycled cotton for our denim products. The organic cotton is grown without synthetic pesticides, defoliants, chemical fertilizers and free of GMOs in accordance with the principles of organic farming. Our recycled cotton is primarily made from pre-consumer material, which allows us to extend the useful life of the fibers already produced.

PILLAR 2 – MORE RESPONSIBLE DYEING PROCESSES

To make dyeing processes more environmentally friendly and resource-efficient, we work on finding solutions that are less water- and energy-intensive and minimise the use of chemicals. Therefore, we rely on improved dyeing technologies such as Dry Indigo® by Tejidos Royo, which uses no water, thus eliminating wastewater that could burden the local water supply. Additionally, Dry Indigo® consumes 65% less energy and uses 90% fewer chemicals compared to conventional dyeing methods.

PILLAR 2 - MORE RESPONSIBLE DYEING PROCESSES

To make dyeing processes more environmentally friendly and resource-efficient, we are working to find solutions that are less water- and energy-intensive and minimize the use of chemicals. We therefore rely on improved dyeing technologies such as Dry Indigo® from Tejidos Royo, which uses no water and therefore produces no waste water that pollutes the local water supply. In addition, Dry Indigo® uses 65% less energy and 90% fewer chemicals than conventional dyeing methods.

Our goal is to eliminate hazardous chemicals from our supply chain. Therefore, we require our supply chain partners to adhere to and monitor the ZDHC Manufacturing Restricted Substances List (MRSL). This list prohibits the intentional use of hazardous chemical substances in Marc O’Polo wet processes.

Our goal is to eliminate hazardous chemicals from our supply chain. We therefore require our partners in the supply chain to comply with and monitor the ZDHC Foundation's Manufacturer's Restricted Substances List (MRSL). This prohibits the intentional use of hazardous chemical substances in Marc O'Polo wet processes.

PILLAR 3 – MORE ENVIRONMENTALLY FRIENDLY WASHING METHODS

We measure the environmental compatibility of our washing methods using the EIM v2.0 software (Environmental Impact Measurement) from Jeanologia®. This software evaluates the impacts in four categories: water consumption, energy consumption, chemical impacts, and worker health.
EIM v2.0 places stringent requirements on the use of potassium permanganate and pumice stones, significantly restricting them within the scoring framework. Both are used industry-wide to achieve an authentic used look. This results in wastewater loaded with stone dust and chemicals, which stress wastewater treatment plants and require special disposal.

PILLAR 3 - MORE ENVIRONMENTALLY FRIENDLY WASHING PROCESSES

We measure the environmental impact of our washing processes using the EIM (Environmental Impact Measurement) software from Jeanologia®. The EIM tool offers our suppliers the opportunity to measure the impact of processes and define specific measures for improvement. It evaluates the environmental impact in four individual categories: Water consumption, energy consumption, chemical impacts and worker health. The requirements for the assessment criteria were significantly raised in 2022 and, for example, the use of potassium permanganate (PP spray) and pumice stones was tightened. Both are used throughout the industry to achieve an authentic used look. This results in waste water contaminated with stone dust and chemicals, which puts a strain on sewage treatment plants and requires special disposal. Potassium permanganate (PP spray) can also be harmful to the health of workers.

To find more environmentally friendly solutions, we work very closely with our partners in the supply chain. As an alternative, we use lasers, for example, and employ denim fabrics that are particularly suitable for this technology. Additionally, we use methods such as ozone washing, nano-bubble technologies, and more environmentally friendly oxidising agents, as well as synthetic, reusable stones and special enzyme washes.

In order to find more environmentally friendly solutions, we work very closely with our partners in the supply chain. For example, we use lasers as an alternative and use denim fabrics that are particularly suitable for this. We also use processes such as ozone washing, nano-bubble technologies and more environmentally friendly oxidizing agents as well as synthetic, reusable stones and special enzyme washes.