April 15, 2024 | IT & Telecom
The rapid rate of technological progress has created a huge mountain of electronic garbage or e-waste (WEEE).
This complicated topic poses a double-edged sword for business executives. On the one hand, it is a growing environmental problem as incorrect disposal results in harmful pollution and health concerns. On the other side, e-waste includes rich resources such as gold, copper, and rare-earth elements, making it a possible source of green gold.
According to the United Nations Environment Programme (UNEP), e-waste is the fastest-growing waste stream globally. Although regulations like the Basel Convention regulate and control the transboundary movements of hazardous wastes and their disposal, the world generated approximately 8 kg of e-waste per person in 2023, with just about 17% being properly collected and recycled.
Africa has become one of the major e-waste dumping areas in the world. WEEE from developed nations is carried to Ghana, Nigeria and other African countries in containers and by road, often disguised as used electronics. The e-waste management infrastructure in these countries is weak and underdeveloped, creating a hazardous environment where informal recycling activities, such as open burning and acid leaching, expose workers and communities to noxious vapors.
This inappropriate disposal presents serious environmental and health dangers.
E-waste contains a variety of hazardous compounds, including lead, mercury and cadmium. When carelessly disposed of, these chemicals can leak into soil and water, damaging ecosystems and endangering human health.
Mining virgin minerals to make new gadgets has a high environmental cost . Recycling e-waste provides a chance to protect valuable resources such as gold, copper and rare-earth elements .
Despite the challenges, e-waste presents a unique opportunity for a more sustainable future such as:
Procurement leaders can emphasize responsible sourcing techniques which involve collaborating with manufacturers that are dedicated to sustainable production and end-of-life management of their goods.
E-waste recycling not only benefits the environment but also addresses resource scarcity. Extracting valuable metals and elements from electronic devices through recycling reduces reliance on harmful mining practices, contributing to a more sustainable resource management system and mitigating environmental impact.
E-waste recycling offers entrepreneurial opportunities through the establishment of collection centers, advanced recycling technologies or the creation of upcycled products. These initiatives not only address environmental challenges but also stimulate economic opportunities, fostering innovation, job creation and circular economic growth.
EPR rules hold producers liable for the whole product lifespan, including e-waste collection and disposal. Supporting and abiding to EPR standards incentivizes businesses to build greener items that are easier to disassemble and recycle.
Adopting a circular economy strategy to procurement requires thinking beyond the first purchase. When making purchase selections, consider product lifespans, upgrades and end-of-life possibilities.
These solutions not only reduce the environmental effect of e-waste, but they also offer economic rewards. Proper e-waste management creates jobs in the recycling sector and helps secure a steady supply of critical raw materials .
E-waste is a complicated issue with no straightforward remedies. However, by realizing its diverse character, procurement professionals can actively contribute to developing answers.
Integrating ethical sourcing methods, advocating for EPR and supporting a circular economy are all critical steps towards reducing the environmental effect of e-waste and realizing its potential as green gold.
For procurement, adopting a proactive position on e-waste management is not just good environmental practice, but also a solid commercial strategy.
Author: Sanket Chipade