Bringing forward initiatives created by external organisations to enhance sustainable chemical management and environmental performance across the value chain. These efforts often include participation from the ZDHC Committed Community, showing how shared action can help move the industry toward the Roadmap to Zero.
The project is funded by GEF and implemented by UNIDO . It aims to promote a circular economy in the textile and garment sector through the sustainable management of chemicals and waste, targeting South Africa, Lesotho, Madagascar and Ethiopia. Its objectives include eliminating hazardous substances such as POPs and fostering recycling and reuse practices to reduce environmental impact while supporting economic growth.
In doing so, the project supports the Stockholm Convention on POPs and helps reduce greenhouse gas emissions, addressing global climate change alongside its regional environmental and economic goals.
This project aims to improve environmental performance across Bangladesh’s textile, apparel and leather sector.
It will support 100 factories. Through capacity building, technical assistance, ZDHC tools, wastewater testing and monitoring, facilities will strengthen chemical management, wastewater performance and internal capabilities.
The initiative is co-funded by AFD and ZDHC, combining AFD’s financial contribution with ZDHC’s in-kind contribution.
We’re focusing on capacity-building activities related to sustainable chemical management practices through training programmes, workshops and on-site support at the 30 beneficiary facilities spread across the four countries.
Working alongside AFD and ZDHC, they coordinate factory-level delivery, with SGS Bangladesh leading the training programme.
Strengthen regulatory and institutional capacity to advance circular-economy practices across the textile and garment sector.
ZDHC Biggest impact
Support POPs-free textile manufacturing through best available techniques, environmental practices, resource-efficient production, and cleaner-production investments.
Introduce circular economy solutions that reduce POPs emissions through sustainable manufacturing and pilot textile and garment waste recycling.
ZDHC Biggest impact
Build and share practical knowledge to scale circular manufacturing, pollution reduction and sustainable textile-sector transformation.
ECOPSIS and A&J coordinate project activities, factory engagement and delivery on the ground, ensuring the different elements of the programme work together.
SGS Bangladesh leads the training programme, building the knowledge and capabilities of factory staff and ETP operators to strengthen chemical and wastewater management.
Factories receive practical coaching and implementation support to apply ZDHC tools, address gaps and develop improvement plans.
Regular follow-up, wastewater testing and performance monitoring help factories track progress, identify areas for improvement and turn learning into sustained action.
2024 — 2026
6 beneficiary companies trained in sustainable chemical management and wastewater management under the National Cleaner Production Center SA (NCPC-SA), with a local task force of 12 experts carrying the work forward.
ZDHC in-person training sessions completed
ZDHC training certificates achieved
Local task force members joined Train the Trainers
Companies received ZDHC technical support
2024 — 2026
8 beneficiary companies trained in sustainable chemical management under the Textile and Garment Industry Research and Development Center, with a local task force of 15 experts carrying the work forward.
ZDHC in-person training sessions completed
ZDHC training certificates achieved
Local task force members joined Train the Trainers
Companies received ZDHC technical support
2024 — 2026
6 beneficiary companies trained in sustainable chemical management under the Ministry of Environment and Forestry, with a local task force of 11 experts carrying the work forward.
ZDHC in-person training sessions completed
ZDHC training certificates achieved
Local task force members joined Train the Trainers
Companies received ZDHC technical support
2024 — 2026
4 beneficiary companies trained in sustainable chemical management under the Ministry of Environment and Sustainable Development, with technical support extended to all 4 through a ZDHC Approved Solution Provider.
ZDHC in-person training sessions completed
ZDHC training certificates achieved
Companies received ZDHC technical support
These projects are now finished. Discover what the project was about, and the case studies that came out of them.
2025 – 2026
28 samples across 4 Indonesian facilities achieved 100% RSL conformance, linking safer chemistry to textile recycling.
These projects are now finished. Discover what the project was about, and the case studies that came out of them.
2019 — 2024
Chemical management training across Morocco, Tunisia and Egypt, completed in 2024.
2022 — 2026
Cleaner production adopted across 8 Bangladesh factories with 4 Dutch brands, finished 2026.
2021 – 2022
Chemical management system implemented at a Moroccan yarn-dyeing facility under the EU SwitchMed Programme.
2021 – 2022
Tunisia's largest textile manufacturer strengthened chemical purchasing and supplier practices, increasing ZDHC MRSL conformance.
The National Executing Entity (NEE) in South Africa is the National Cleaner Production Center South Africa (NCPC-SA)
Beyond the beneficiary facilities, the project also brought together a diverse group of key stakeholders, including industry associations, ministry representatives, academia, and environmental consultants. These participants took part in the ZDHC training sessions, with a select group nominated by the National Executing Entity (NEE) to form a local task force. Through an intensive Train-the-Trainer programme, they were equipped to become future local experts and champions of sustainable chemical management, helping to build lasting in-country capacity long after the project concludes.
Chemical management system and wastewater management training
On-site support at facilities
ToT for local teams
Identification potential labs
The National Executing Entity (NEE) in Ethiopia is the Textile and Garment Industry Research and Development Center.
In addition to the beneficiary facilities, the project engaged a broad range of stakeholders, including industry associations, environmental consultants, and ministry representatives. These stakeholders participated in the ZDHC training sessions, with a select group nominated by the NEE to form a local task force. Through a dedicated Train-the-Trainer programme, they gained the knowledge and skills to become local experts in sustainable chemical management, strengthening national capacity and ensuring the project's impact continues well into the future.
Chemical management system and wastewater management training
On-site support at facilities
ToT for local teams
Identification potential labs
The National Executing Entity (NEE) in Lesotho is the Ministry of Environment and Forestry of Lesotho.
Tzicc Clothing Lesotho
Lesotho Precious Garments
In addition to the beneficiary facilities, the project engaged a broad range of key stakeholders, including industry associations, environmental consultants, academia, and ministry representatives. These stakeholders participated in the ZDHC training sessions, with a select group nominated by the NEE to form a local task force. Through a dedicated Train-the-Trainer programme, they were equipped to become local experts in sustainable chemical management, helping to build lasting national capacity.
All factory webinar
Identify learners + access ZDHC e-learning
Chemical management system and wastewater management training
On-site support at facilities
ToT for local teams
Identification potential labs
The National Executing Entity (NEE) in Madagascar is the Ministry of Environment and Sustainable Development of Madagascar
Aquarelle Antananarivo
In addition to the beneficiary facilities, the project engaged other key stakeholders, including industry associations, environmental consultants, and ministry representatives. These stakeholders participated in the ZDHC training sessions, with a select group identified by the NEE to form a local task force. Through a Train-the-Trainer programme, they received additional training to become local experts in sustainable chemical management.
Chemical management system and wastewater management training
On-site support at facilities
ToT for local teams
Identification potential labs
In collaboration with the ZDHC Foundation, as part of the regional EU-funded SwitchMed programme, the United Nations Industrial Development Organization (UNIDO) spearheads the MED TEST III project. This initiative is a catalyst for advancing environmental performance and enhancing the competitive advantage of textile industry and the associated value chain in the Southern Mediterranean region, with a primary focus on Egypt, Morocco and Tunisia.
The MED TEST III project, aligned with ZDHC's mission-driven approach for the textile, apparel, leather and footwear industry, showcasing pioneering efforts to eliminate hazardous chemicals from the textile industry's value chain. UNIDO, in partnership with the ZDHC Foundation, executed impactful pilot projects, setting the stage for a sustainable future.
At its core, the project sought to exemplify and meticulously document the business case for adopting a sustainable chemical management system in the textile-finishing industry, adhering to the stringent ZDHC guidelines. The journey commenced with an initial training session on ZDHC sustainable chemical management and wastewater management for staff across 37 manufacturing facilities in Egypt, Morocco and Tunisia between 2020 and 2021.
Building on this foundation, the subsequent phase (2021-2022) witnessed the launch of six industry pilot projects, strategically designed to provide technical assistance. These projects aimed to enhance chemical and wastewater management systems within production facilities, setting a precedent for industry-wide transformation. A total of 15 additional companies were actively supported through targeted training and capacity-building initiatives, culminating in the development of comprehensive country roadmaps.
UNIDO's MED TEST III project not only pioneered change at the grassroots level but also aspired to create a lasting impact. The culmination of efforts resulted in the preparation of country roadmaps, strategically outlining the path for an extended adoption of ZDHC guidelines within the textile-finishing sector. This forward-looking approach ensured that the positive transformation catalysed by the project continues to ripple across the industry, fostering a culture of sustainability and responsible chemical management.
In summary, the collaborative endeavours of UNIDO, ZDHC and the regional EU-funded SwitchMed programme through the MED TEST III project signify a decisive stride towards a cleaner, safer and more sustainable future for the Southern Mediterranean industries.
Interested in finding out more about the SwitchMed MED TEST III Project?
The project promoted the adoption of cleaner and more sustainable production processes, aligning with the principles of environmental responsibility and human well-being.
The Better Mill Initiative (BMI) 1.0 in Bangladesh was supported by the Netherlands Enterprise Agency (RVO) and was carried out in partnership with four Dutch fashion brands and eight of their manufacturers in Bangladesh.
The project was initiated in 2022 and finished in February 2026.
The project focused on the adoption of cleaner and more sustainable production processes that align with the principles of environmental responsibility and human well-being.
Across Southern Africa, the textile and garment industry continues to play a major economic and social role. In countries such as South Africa, Lesotho, Madagascar and Ethiopia, textile manufacturing supports employment, sustains industrial ecosystems and remains closely linked to local economic development.
Yet behind this industrial activity lies a growing environmental challenge that has become increasingly difficult to ignore.
Textile production depends heavily on chemicals at nearly every stage of manufacturing, from dyeing and bleaching to washing and finishing. Poorly managed chemical systems can contaminate waterways, damage ecosystems, create wastewater treatment challenges and generate long-term risks for both workers and surrounding communities.
In many industrial regions, municipalities already struggle to manage textile effluent effectively, while factories themselves often operate under significant financial and technical constraints.
Addressing these interconnected barriers requires more than compliance. It means looking at what happens inside factories, strengthening the expertise available locally, improving collaboration between industry and other stakeholders, and ultimately preventing hazardous chemicals from entering production systems in the first place.
The experiences of participants across the project offer important lessons about what that transition looks like in practice.
At DyeFin Textiles in South Africa, the work provided an opportunity to examine not only which chemicals were being used, but how production processes themselves could be improved.
Specialists worked alongside the factory team to review dyeing processes and identify opportunities to reduce chemical discharge into wastewater. This included examining dye exhaustion rates and chemical optimisation, as well as reviewing chemicals and dyestuffs to identify harmful substances and improve conformity with requirements.
Reviewing chemicals, dyestuffs and dye exhaustion to support safer, more efficient production.
The engagement also introduced lower-temperature bleaching systems, with the potential to reduce steam consumption and associated operational costs.
Exploring lower-temperature processes with the potential to reduce steam use and costs.
At the same time, DyeFin was developing an effluent recovery plant. Engagement with the project team helped the company validate aspects of its proposed design.
Technical support helped validate aspects of the effluent recovery plant design.
Together, these experiences demonstrate how sustainable chemical management can extend beyond compliance. Decisions about chemistry can also affect water use, energy consumption, production efficiency and the commercial viability of environmental improvements.
Chemical management within a factory is only one part of the picture. What leaves a facility through its wastewater connects textile production directly with municipal infrastructure, local waterways and surrounding communities.
In South Africa, municipal representatives responsible for wastewater oversight participated in activities focused on textile effluent treatment systems, strengthening local understanding of the challenges associated with industrial textile wastewater.
Participants also highlighted an important regulatory challenge: wastewater requirements can differ between municipalities. For manufacturers, this can create uneven expectations depending on where they operate and make implementation more complex.
It also demonstrates why stronger chemical management requires dialogue between industry and those responsible for receiving, regulating and treating industrial wastewater.
“First do no harm as opposed to try to fix the harm.”
The project also highlighted changes in who is driving environmental progress within textile manufacturing.
Women played a prominent role throughout the initiative. In South Africa, many chemical management teams were led by women working directly on factory implementation.
Participants reflected on how the industry has evolved over the past two decades. Technical textile roles that were once heavily male-dominated are increasingly opening to women, particularly within sustainability and environmental management functions.
This represents another dimension of the transition taking place within the sector: environmental progress is being accompanied by changes in the people taking responsibility for delivering it.
Manufacturers can face narrow margins, unstable production volumes and ageing infrastructure while simultaneously needing to invest in cleaner processes and environmental improvements.
Wastewater requirements can differ between municipalities, creating uneven expectations for manufacturers.
Specialist knowledge around wastewater systems, membrane technologies, chemical substitution and process optimisation is not always readily available locally.
These challenges create a difficult tension. Environmental improvements have a cost, yet manufacturers making those investments can still compete directly against suppliers operating with lower environmental standards and lower operating costs.
Participants also highlighted the role of purchasing decisions. While manufacturers are being asked to invest in sustainability, commercial decisions across the value chain can remain heavily influenced by price.
The challenge, therefore, is not simply convincing factories that sustainable chemical management matters. It is creating the technical and economic conditions that allow environmental improvements to be implemented and sustained.
The difficulty of accessing specialist expertise reinforces another important lesson from the project: long-term progress depends on building knowledge within the region itself.
Where advanced expertise is not readily available locally, manufacturers may need to rely on external specialists, adding cost and making implementation more difficult.
The longer-term opportunity is to build a community of practitioners capable of supporting the region’s textile industry from within a sharing knowledge, adapting solutions to local conditions and reducing dependence on external technical support.
As one trainer described the ambition:
“Our aim is that South Africa can be standing self-reliant with their own team of members who are considered as experts who can deliver value to the entire community.”
The question is therefore not only how knowledge is transferred during a project, but how that knowledge continues to circulate once the project itself has ended.
By strengthening expertise within the region and creating connections between the people responsible for chemical and wastewater management, the foundations are being laid for progress to continue beyond the project itself.
The Textile, Apparel and Leather industry is a key driver of Bangladesh's economy, but chemical pollution and untreated wastewater continue to threaten water resources, biodiversity and surrounding communities.
A Project Advisory Committee brings together government, industry associations, project partners and a solution provider to guide the programme.
Supporting factories on their sustainability journey.
ZDHC Academy training and certification for facility staff and ETP operators.
Implementation of ZDHC tools for chemical management and wastewater performance.
Scientific assessment of environmental impact on water quality and biodiversity.
Collaboration with government, industry associations, brands and research partners.
Textile wet-processing facilities carrying the highest chemical and wastewater risk for focus on tier 2 suppliers with a high chemical footprint, limited prior ZDHC engagement and strong potential for improvement.
Supporting facilities across three key areas.
1st meeting — kickoff
2nd meeting — Bangladesh launch event
3rd meeting
4th meeting
5th meeting
6th meeting
Plus 25% of facilities participating in advanced wastewater monitoring. These are programme targets for 2029, not results achieved to date for the project launches July 2026.
Factories supported
Of factories receiving training and capacity-building support
Factories covered by Supplier to Zero (StZ)
Undergoing InCheck Verification
Date: 2021–2022
As part of the EU-funded SwitchMed Programme, ATREFIL participated in the MED TEST III project to strengthen chemical management at its yarn-dyeing facility in Morocco. With technical support from UL Solutions, the company implemented a chemical management system based on the ZDHC chemical management system.
The project provided ATREFIL with the foundations for a more systematic approach to chemical management. The company aims to continue this progress towards its longer-term ambition of eliminating harmful substances from production.
Date: 2021–2022
VTL, Tunisia’s largest textile manufacturer, joined the EU-funded SwitchMed Programme to strengthen its chemical management practices and respond to growing expectations from brands and customers. Through the project, VTL worked to align its chemical management approach with ZDHC guidelines and improve how chemicals are selected and managed across its operations.
For VTL, sustainable chemical management is not only about improving processes. It also provides a way to demonstrate its commitment to more sustainable production, meet brand expectations and strengthen relationships with existing and future customers.
Thanks to the UNIDO project, VTL has new tools that can help showcase our commitment to produce in line with brand expectations, such as ZDHC Training Certificates. Improving and building customer relationships is essential to VTL's future.
Date: 2022–2024
ZDHC Academy collaborated with ZDHC Approved Solution Provider Ritex and ITS COSMO Fashion Academy in Italy to bring sustainable chemical management into fashion education. Through the Fashion Sustainability Manager programme, students gained practical knowledge designed to prepare them for sustainability-focused careers in the textile and fashion industry.
For some students, the programme has already helped create a direct connection between education and employment, demonstrating how industry-focused training can equip the next generation with skills that are increasingly important across the textile and fashion sector.
Thanks to the ITS Cosmo course and Ritex laboratory, I had the opportunity to obtain the ZDHC training certificate, enriching both my academic journey and my skills within the textile sector.
Student
Date: 2025–2026
The Circular Fashion Partnership (CFP) Indonesia is bringing together industry partners to help build the infrastructure, capability and evidence needed for textile-to-textile recycling in Indonesia. ZDHC joined the project to explore a critical question: can MRSL-conformant chemical inputs help ensure finished textiles are suitable feedstock for recycling?
The findings provide evidence that chemical management and circularity should not be treated separately. Managing chemistry upstream through ZDHC MRSL conformance can help create safer, more suitable material inputs for recycling downstream — providing a foundation for scaling chemical traceability across manufacturers, brands and recyclers.
