Sorry, you need to enable JavaScript to visit this website.
United Nations Department of Economic and Social Affairs Sustainable Development

Tackling Microfibres at Source

Forum for the Future (
Non-governmental organization (NGO)
)
#OceanAction47016
Description
Description
Microfibres, a subset of microplastics, are everywhere: our food, water, and even the air we breathe. An estimated 35 percent of all plastics that end up in our oceans come from textile microfibres, of which the fashion and apparel industry is a major contributor. Worryingly, latest research indicates that microplastics are harmful to human and marine health, though the extent of its impact is yet to be fully grasped. While there are consumer solutions that can reduce the amount of microfibres shed during washing such as lint traps, we also need to look upstream at the manufacturing processes in order to truly tackle the problem from end to end. Forum for the Future acts as a convener, bringing together manufacturers, members of the scientific community and key players in the fashion industry to collaborate and co-create solutions to mitigate environmental and social impacts. Neither brands nor manufacturers can solve the problem of microfibre pollution alone; hence, we are facilitating a multi-sector approach in tackling this challenge to enable different actors to investigate and understand the complexity of the microfibre challenge. The project is guided by a strong emphasis on ensuring just and regenerative outcomes—a future where planetary and human health are secured, social systems are fair and equitable. This project, Tackling Microfibres at Source, a partnership with, Ramatex, Nanyang Environment and Water Resources Institute (NEWRI), and Universiti Teknologi Malaysia (UTM), sets out to develop solutions to reduce microfibre shedding during the manufacturing process. By understanding which manufacturing processes and materials cause the most microfibre shed, we provide innovators opportunities for contributing pioneering solutions to tackle microfibre pollution. Doing so will enable steps towards a circular fashion industry, where waste and pollution are designed out and reduced on a whole. Learnings and insights from this project will be disseminated across the fashion industry pre-competitively in order to accelerate change and support manufacturer-driven innovation in Southeast Asia. It will also highlight the role of manufacturers as changemakers that can make a positive difference to environmental issues caused by the fashion industry. We will be circulating: 1. A research report outlining findings from our research and testing methodology, and recommendations for fashion and textiles-dependent industries to develop solutions that reduce microfibre shed 2. An impact framework that guides manufacturers in assessing the environmental and social impacts of implementing solutions in textile manufacturing facilities 3. An industry engagement roadmap for key players in fashion and textiles that outlines necessary requirements for galvanising industry-wide transformation, including implications of our findings for their business and a database of stakeholders in the textiles and microfibre research community.
Partners

Lead organisation: Forum for the Future
UNDP Ocean Innovation Challenge (United Nations/ Multilateral body)
Ramatex Group (Private sector)
NEWRI (Scientific community)
Universiti Teknologi Malaysia (Scientific Community Academic institution)

ocean commitment banner
False
Action Network
Ocean conference wheel logo
Share
FacebookTwitterLinkedIn
Timeline
01 March 2021 (start date)
30 November 2022 (date of completion)
Entity
Forum for the Future
SDGs
Other beneficiaries
Textile manufacturers located in Southeast Asia, particularly in Indonesia, Malaysia and Vietnam Brands such as Nike and H&M who work with these manufacturers Wider fashion industry
Ocean Basins
South Pacific
Communities of Ocean Action
Marine pollution
Countries
Malaysia
Malaysia
Singapore
Singapore
Headquarters
Singapore
Contact Information

Karen, Senior Strategist