Eco-friendly electronics gain ground as Canadian consumers prioritise sustainability

Environmental considerations are exerting a growing influence on the Canadian electronics sector as sustainability becomes an increasingly important factor in purchasing decisions. Consumers are no longer focused solely on performance, design and price; many are also considering how their devices are manufactured, how long they will last and what happens to them once they reach the end of their useful life.

The trend reflects a broader shift towards environmentally conscious consumption across multiple industries. For electronics manufacturers and retailers, the implications are significant. The ability to demonstrate responsible sourcing, improved repairability and reduced environmental impact is becoming a competitive differentiator in a market that has traditionally prioritised technical innovation above all else.

The shift comes at a time when electronic waste remains one of the world’s fastest-growing waste streams. According to a University of Waterloo study, Canada’s e-waste generation increased from 252 kilotonnes in 2000 to 954 kilotonnes in 2020, representing almost a fourfold increase over two decades. The research also estimated that around 80 percent of Canada’s electronic waste remained uncollected and unrecycled in 2020, highlighting the scale of the challenge facing policymakers and industry alike. One kilotonne equals 1,000 metric tons.

For many years, electronics purchasing decisions were driven primarily by technological improvements. Faster processors, higher-resolution cameras and enhanced connectivity encouraged consumers to replace devices more frequently. Today, environmental considerations are becoming increasingly visible alongside these traditional purchasing criteria. Consumers are showing growing interest in questions such as whether a product contains recycled materials, how easily it can be repaired and whether manufacturers have established responsible recycling programmes.

The issue extends beyond Canada. According to the United Nations-backed e-water monitor, approximately 22.3 percent of global electronic waste was formally collected and recycled in 2022. The report warns that e-waste generation continues to outpace recycling efforts, creating environmental, economic and resource-management challenges worldwide. As awareness of these issues grows, manufacturers are seeking ways to reduce the environmental impact of their products throughout the entire lifecycle, from raw material extraction and production through to disposal and recycling.

One visible response has been the increasing use of recycled and renewable materials in consumer electronics. Major manufacturers have introduced devices containing recycled aluminium, rare earth elements and post-consumer plastics. Packaging has also become a focus area, with companies reducing plastic use, increasing recycled content and redesigning transport packaging to reduce emissions associated with shipping.

These developments are intended both to reduce environmental impact and to address concerns surrounding resource scarcity. Electronics manufacturing depends on numerous raw materials, including copper, silver, gold and rare earth elements, many of which require energy-intensive extraction and processing. By recovering and reusing materials already in circulation, manufacturers can reduce reliance on virgin resources while simultaneously lowering waste generation.

Another significant trend is the growing emphasis on product longevity and repairability. Historically, many electronic devices have been difficult or expensive to repair. Batteries were often sealed within products, spare parts were difficult to obtain and independent repair options were limited. As a result, consumers frequently replaced devices rather than repairing them. This model is increasingly being challenged by sustainability advocates and policymakers promoting “right to repair” principles. The argument is straightforward: extending product life reduces demand for replacement devices and lowers the environmental burden associated with manufacturing new products.

Companies such as Fairphone have demonstrated that repairability can be integrated into product design through modular components that allow users to replace batteries, cameras and other parts without specialised tools. Larger technology manufacturers have also expanded repair programmes and increased access to replacement parts and repair documentation. Although approaches vary considerably between companies, repairability is becoming a more prominent consideration within product development strategies.

For consumers, the benefits can include lower ownership costs, less electronic waste and longer-lasting devices. For manufacturers, greater repairability can support broader sustainability commitments while responding to changing market expectations.

The circular economy gains momentum

The concept of a circular economy is becoming increasingly influential within the technology sector. Traditional manufacturing follows a largely linear model in which products are produced, sold, used and eventually discarded. Circular economy principles seek to keep materials and products in use for as long as possible through repair, refurbishment, remanufacturing and recycling.

In the electronics sector, this approach is generating new business models centred on refurbishment, trade-in programmes and secondary markets for used devices. Smartphones, laptops and tablets that would previously have been discarded can often be repaired, upgraded or resold, extending their operational lifespan considerably. The environmental rationale runs that electronic devices contain significant quantities of valuable materials that can potentially be recovered and reused. Effective recovery systems can help reduce demand for new resource extraction while reducing the volume of waste requiring disposal.

Researchers and sustainability experts increasingly argue that products should be designed with long-term reuse in mind rather than relying exclusively on end-of-life recycling. This design philosophy is contributing to innovations in modular electronics, component standardisation and product refurbishment programmes.

The move towards sustainable electronics is also creating new commercial opportunities across Canada. Recycling companies are investing in technologies that improve material recovery rates. Refurbishment businesses are developing markets for second-life devices. Retailers are expanding trade-in schemes that encourage consumers to return used electronics rather than storing them at home or disposing of them improperly. For organisations purchasing technology at scale, sustainability considerations are becoming increasingly important within procurement processes. Many organisations now evaluate suppliers against environmental, social and governance (ESG) criteria alongside traditional requirements such as cost, quality and performance.

This shift is encouraging electronics manufacturers to provide greater transparency regarding material sourcing, manufacturing practices and product lifecycle impacts. At the same time, investors and regulators are paying closer attention to corporate sustainability commitments, further reinforcing incentives for environmentally responsible product development.

Despite growing momentum, significant challenges remain before sustainable electronics become the industry norm. Repairable designs can sometimes increase manufacturing complexity. Supply chains capable of delivering large quantities of recycled materials are still evolving. Consumer demand for slimmer, lighter and more integrated devices can occasionally conflict with design choices that improve repairability.

Infrastructure also remains a critical issue. Increased collection rates, accessible recycling systems and consumer participation are all needed to ensure valuable materials re-enter production cycles rather than becoming waste. Cost considerations continue to influence purchasing decisions, especially during periods of economic uncertainty. While sustainability is attracting greater attention, consumers still expect products to deliver strong performance and value.

The direction of travel is nonetheless indicating that sustainability is evolving from a niche consideration into a mainstream expectation within the electronics sector. Advances in repairability, recycled materials, circular economy practices and responsible manufacturing are changing how products are designed, marketed and evaluated. At the same time, growing awareness of e-waste and resource consumption is encouraging consumers to think more carefully about the full environmental impact of technology ownership.