Society
Waste Management
Women in E-waste Recycling: Challenges and Opportunities
May 1, 2025
Electronic waste, or e-waste, is not only an environmental challenge but also a gendered issue. As the world generates over 50 million metric tons of e-waste annually, a growing number of women are entering the recycling sector—often in vulnerable, informal roles. Despite the risks, this shift also opens new pathways for women to participate in the green economy.
In developed nations like the United States and European Union countries, women are gaining access to formal, regulated roles in recycling and sustainable technology sectors. However, in developing regions such as Africa and parts of Asia, women are disproportionately affected by the dangers of informal e-waste recycling while struggling to access educational and professional opportunities in the sector.
Understanding the gender dynamics of the e-waste sector is critical as we work towards a more inclusive, circular economy.
Why is it important to involve women in e-waste recycling? Involving women in e-waste recycling ensures safer, more equitable work environments, supports sustainable economic growth, and promotes a circular economy by utilizing the full potential of the labor force.
The Gendered Nature of E-Waste Recycling
Globally, women often make up a significant portion of the informal e-waste workforce, especially in low-income regions. In places like Nigeria and Ghana, women manually sort through e-waste, exposing themselves to toxic chemicals like lead, cadmium, and mercury without adequate protection (UNU Report).
These conditions not only pose health risks but also reinforce cycles of poverty. Women engaged in informal recycling often earn below the minimum wage, lack health benefits, and have limited job mobility.
Additionally, cultural and social barriers restrict women's access to training and technology in male-dominated waste management sectors.
On the flip side, this visibility opens up discussions about safer practices, social protection, and the formalization of women’s roles in the circular economy.
Opportunities for Women in Developed Economies
In developed countries, efforts to integrate women into e-waste recycling and sustainable tech businesses are gaining momentum. For example, in the United States, organizations like the National Institute of Environmental Health Sciences (NIEHS) promote women's health and leadership in environmental sectors. Women are participating in the design and implementation of safer recycling technologies and green innovations.
The European Union has also emphasized gender inclusion through its European Green Deal, which supports equal participation in sustainability-related jobs. Countries like Germany and the Netherlands have developed inclusive e-waste processing plants, with workforce gender quotas to ensure women’s representation.
Programs like TechWomen provide mentorship to women in STEM from developing countries, giving them access to sustainable business models and industry networks. These programs serve as role models for global south initiatives.
The Struggles and Promise in Africa
In African nations like Nigeria, Ghana, and Kenya, the story is different. The e-waste sector is largely informal and under-regulated, with women handling dangerous tasks without protective equipment. According to the Global E-Waste Monitor, only 13 African countries have some form of e-waste legislation (ITU Report).
Despite these challenges, initiatives are emerging to empower women. Companies like Byte Recycling in Nigeria are working to formalize e-waste processing, offering training programs specifically for women. By transforming informal practices into formal, tech-driven solutions, these initiatives aim to ensure safer working environments and better income.
African governments and NGOs are slowly recognizing the value of including women in circular economy plans. However, more investment is needed in infrastructure, education, and policy development to close the gender gap.
Bridging the Gender Gap: What Needs to Be Done
Policy Reform: Governments must create inclusive policies that ensure gender equity in formal e-waste recycling sectors. Quotas, incentives, and education subsidies can help attract more women.
Access to Technology and Training: Providing women with access to digital tools, vocational training, and safety gear can significantly improve their productivity and safety.
Public-Private Partnerships: Collaborative efforts between NGOs, governments, and private companies can drive investment in women-focused e-waste programs.
Community Awareness Campaigns: Educating communities about the value of women in waste management can shift cultural attitudes and empower female entrepreneurs.
Real-World Success Stories
United States: The Women in Cleantech & Sustainability network connects female professionals across the country, offering webinars and mentorship in e-waste, solar, and other green sectors.
Germany: The Circular Economy Initiative Deutschland incorporates gender strategies into its workforce planning, creating structured roles for women in sorting, recycling, and tech repair.
Ghana: The Agbogbloshie Makerspace Platform trains young women in e-waste disassembly and upcycling, transforming toxic trash into marketable goods.
A Sustainable Future Requires Gender Equity
The path to a sustainable future cannot be achieved without the full participation of women. While developed countries are making strides in integrating women into the formal e-waste recycling industry, developing nations face unique challenges that require targeted support.
Empowering women in the e-waste sector is not just a matter of gender equality—it’s an economic and environmental imperative. Whether through training, policy reform, or financial investment, stakeholders must commit to making the green economy inclusive.
If you're an organization, policymaker, or investor looking to support sustainable development and women’s empowerment, now is the time to act. Partner with forward-thinking initiatives like Byte Recycling and be part of a global solution.