Eliminating hazardous chemicals from supply chains in Mongolia
Background
Mongolia’s cashmere and leather sectors form the backbone of rural livelihoods and national light industry; however, their rapid expansion has placed increasing pressure on fragile grassland ecosystems, driven up chemical use in processing, and intensified pollution challenges in urban industrial zones. Pasture degradation, climate related shocks, outdated production technologies, limited traceability, and weak systems for managing hazardous waste have led to environmental and social risks across the supply chains, where women make up most of the workforce. A six-year project led by the Ministry of Food, Agriculture and Light Industry, together with the Ministry of Environment and Climate Change, works to promote innovative and circular materials, support cleaner and regenerative production, improve dyeing and tanning, strengthen wastewater and waste management, and expand digital and quality based raw material systems. These efforts aim to make Mongolia’s supply chains more competitive and sustainable while protecting the environment, herder livelihoods, and community health.
Objectives
The project aims to eliminate hazardous chemicals from Mongolia’s cashmere and leather supply chains by strengthening institutions, improving chemical management, and promoting cleaner, circular, and sustainable production practices, delivering environmental and economic benefits nationally and globally.
Expected Results
- Innovative, regenerative products are available and designed using circular business models.
- Sustainably sourced, innovative, responsibly managed, recycled, and recyclable materials, regenerative or nature-based where possible, are used in products.
- Production and manufacturing processes are transformed to require less water, energy, and no hazardous chemicals; produce less pollution and waste; and design for zero waste.
- Markets for innovative products are created, and behaviour shifts favour longevity over unnecessary consumption.
- Reverse logistics processes are implemented, which return products and materials back to manufacturers to reuse or recycle.
- Accountability and adaptive management are ensured to track and maximize program results.