Electronic waste, or e-waste, is one of the clearest material traces of the digital age. Every year, computers, mobile phones, televisions, household appliances, and countless other electronic devices are replaced, discarded, and forgotten. Yet these objects do not simply disappear when they leave our hands. They contain valuable materials such as copper, aluminum, and precious metals, but they also contain hazardous substances including lead, mercury, cadmium, and persistent organic pollutants (Mmereki et al., 2016). The rapid replacement of digital devices has therefore created a waste problem that is technological, economic, environmental, and social at the same time.

Behind the convenience of new technology is a growing material legacy. The devices that connect us, entertain us, and make our lives easier eventually become waste, often moving through complex international systems before reaching places where they are dismantled and processed. E-waste therefore reveals another important side of the Anthropocene: the ability of human technology to transform not only our lives, but also the landscapes and communities that receive what we no longer want.

When Technology Becomes Waste

E-waste affects people in many ways, particularly where recycling and disposal take place without adequate environmental controls. Unsafe dismantling, open burning, informal metal recovery, and poorly controlled disposal can release heavy metals and toxic chemicals into the air, soil, dust, surface water, and groundwater (Andeobu et al., 2023; Yekeen et al., 2016).

People can be exposed to these contaminants by breathing polluted air, eating contaminated food, drinking unsafe water, or coming into contact with polluted soil and household dust. Children are especially vulnerable because their bodies and nervous systems are still developing. Research carried out in areas associated with e-waste recycling has connected exposure to lead and other metals with risks to cognitive development, neurological function, and general health (Guo et al., 2014; Huang et al., 2021).

The problem is not only environmental. It is also deeply social. Informal recycling can provide an important source of income in communities where formal employment is limited. At the same time, the people doing the most dangerous work, and the communities living closest to recycling sites, may also be the ones carrying some of the greatest health risks. The benefits of electronic technology are often distributed globally, while its environmental costs can become concentrated in particular places.

This creates an uncomfortable question. When a product is designed in one country, manufactured in another, purchased somewhere else, and eventually dismantled in a distant community, who should be responsible for what happens at the end of its life?

Guiyu, China: A Landscape Transformed by E-Waste

Guiyu, in Guangdong Province, became internationally known for its large informal e-waste recycling economy. Families and small workshops dismantled electronic equipment, burned wires, heated circuit boards, and used chemical processes to recover valuable materials. Over time, these activities transformed what had once been predominantly agricultural land into a landscape shaped by electronic waste and recycling.

The environmental consequences were significant. Studies documented heavy-metal contamination in soil and road dust around Guiyu, demonstrating the risks associated with informal e-waste processing (Yekeen et al., 2016). The landscape itself became a record of technological consumption, preserving the physical consequences of a global demand for electronic products.

The effects could also be seen in the people living there. A population-based study found elevated blood-lead exposure among children in Guiyu and identified proximity to e-waste recycling activities as an important concern (Guo et al., 2014). More recent research has examined the accumulation of heavy metals in the body and the health consequences associated with lead exposure among residents (Huang et al., 2021).

Environmental regulation and the movement of some recycling activities into more controlled industrial facilities have improved certain conditions. However, the history of contamination and the community's economic dependence on recycling continue to shape Guiyu and its relationship with e-waste (Schulz & Lora-Wainwright, 2019).

Guiyu therefore represents more than a polluted recycling site. It shows how technological progress can physically reshape a place. What begins as an ordinary electronic device somewhere in the world can eventually become part of the soil, dust, buildings, workplaces, and memories of another community.

E-Waste as a Collective Heritage

This is where e-waste becomes connected to the idea of collective heritage. When we think about heritage, we usually imagine monuments, archaeological sites, museums, historic buildings, or objects that societies have deliberately chosen to preserve. But heritage can also exist in less obvious forms. It can include the material traces left behind by economic change, technological development, environmental damage, and the relationships between communities and the wider world.

From this perspective, e-waste can be understood as a material trace of the digital age (Taffel, 2015).

Guiyu's polluted soil, altered landscape, recycling workshops, and community memories form a kind of unwanted heritage. They preserve the story of technological progress, but they also preserve the environmental and social costs that accompanied it. The landscape becomes a physical reminder that the digital world is not immaterial. Behind every phone, computer, television, and electronic device are minerals, factories, workers, energy, transportation, and eventually waste.

This heritage should not be romanticized, and environmental suffering should never be turned into a spectacle. Instead, recognizing places such as Guiyu as part of the material history of the digital age can encourage community memory, environmental restoration, worker protection, and greater responsibility from both producers and consumers.

E-waste is therefore one of the unexpected legacies of the Anthropocene. It tells the story of a society that has become increasingly dependent on technology while producing enormous quantities of material waste. The devices may become obsolete within a few years, but the consequences of their disposal can remain in landscapes and communities for much longer.

At the heart of this is another difficult question: when future generations look at the material remains of our digital civilization, what will they see? A story of technological progress, or a landscape filled with the consequences of everything we chose to replace and throw away?