7.4: Throw it Away

Waste, E-Waste, and Environmental Justice

You get a new phone, and the old one begins a strange second life. At first, it may simply sit in a drawer, still functional but increasingly obsolete as the battery weakens, software updates disappear, or repair becomes more trouble than replacement seems worth. Eventually, perhaps in an effort to do the responsible thing, you recycle it.

That feels like an ending.

It is not.

A smartphone is a remarkable compression of geography. Its glass, plastics, copper, aluminum, gold, lithium, cobalt, rare metals, semiconductors, and other components connect it to mines, factories, assembly plants, shipping networks, warehouses, data systems, and electricity grids across the world. None of that geography disappears when the device becomes unwanted. The phone merely changes categories, from product to waste, and that change can determine who handles it next, what laws apply to it, and where its remaining value and risk are distributed.

The global economy is very good at making the beginning of a product visible. Companies advertise sleek launches, new features, faster processors, better cameras, and cleaner designs. The end of the product's life is usually less photogenic.

According to the Global E-waste Monitor 2024, the world generated roughly 62 million metric tons of electronic waste in 2022, while documented formal collection and recycling represented only a fraction of that total (Baldé et al., 2024). The gap matters because electronics contain both valuable and potentially hazardous materials. Recovering copper, gold, aluminum, and other resources can create economic opportunities and extend material life, yet dismantling and processing devices without adequate protections can expose workers and nearby communities to toxic substances.

This is where a seemingly simple question such as “Did I recycle my phone?” becomes a Global Studies problem.

This flow chart helps demonstrate the path: 

YOU THROW IT AWAY
↓
Collection
↓
Sorting / recycling / landfill / incineration
↓
Domestic processing or export
↓
Secondary materials / informal recycling / disposal
↓
Environmental + labor + health consequences

The waste did not disappear. It changed location.

*There Is No “Away.” Waste moves through collection, sorting, trade, recycling, incineration, and disposal systems that can shift environmental and social costs across communities and borders. Source: Author-created, CC BY 4.0

Waste Crosses Borders Because Costs Do

Why would one country send unwanted electronics somewhere else?

Often for the same reason that companies relocate manufacturing, sourcing, processing, and logistics: costs differ across places. Labor is cheaper in some locations. Land is less expensive. Regulatory standards vary. Enforcement capacity differs. Some countries possess specialized recycling industries; others have extensive informal repair and materials-recovery economies. Global trade allows waste, reusable goods, spare parts, and scrap materials to circulate through these differences.

International agreements such as the Basel Convention on the Control of Transboundary Movements of Hazardous Wastes and Their Disposal attempt to regulate hazardous-waste shipments across borders, but the distinction between “waste” and “usable secondhand goods” is not always straightforward.

A ten-year-old computer shipped abroad may be unwanted garbage.

It may also become an affordable computer for a student, school, business, or household.

A used phone can enter a repair economy in which technicians replace parts, resell components, extend the device's life, and create livelihoods. Those activities complicate the popular image of the Global South as simply the final dumping ground for the world's unwanted electronics. Repair, resale, refurbishment, and recycling are also forms of economic activity and technical expertise.

The problem emerges when products that are no longer realistically usable are exported under the appearance of reuse, or when the risks associated with recovering their remaining value fall disproportionately on people who had little influence over how the products were designed in the first place.

The phone's value may therefore move upward through one set of actors while its risks move downward through another.

A technology company captures revenue from design and branding. A consumer receives years of use. A secondhand seller extends the object's life. A recycler recovers copper. A dismantling worker encounters chemical exposure. A nearby community may live with contaminated soil or air.

The same object participates in all of these realities.

Pollution Has an Address

This unequal distribution of environmental benefits and burdens is central to environmental justice.

Environmental justice movements emerged in part from the recognition that pollution is not randomly distributed across populations. Communities with less political influence, lower incomes, racial or ethnic marginalization, or histories of dispossession have often faced disproportionate exposure to landfills, industrial facilities, toxic sites, polluted air, and contaminated water. Robert Bullard's research helped establish environmental racism as a major field of study in the United States by demonstrating that environmental hazards frequently followed existing patterns of social inequality rather than appearing in socially neutral landscapes (Bullard, 2000).

Globalization expands the scale of this analysis.

David Pellow's work on global environmental inequality demonstrates how hazardous commodities, industrial processes, and waste streams can connect high-consumption societies with environmental risks experienced elsewhere (Pellow, 2007). The important point is not simply that one country throws garbage into another country. Global waste systems are more complicated than that. Rather, environmental justice asks how economic value, political authority, environmental harm, and decision-making power move through transnational systems.

Three questions become especially useful:

Who receives the benefits?

Who absorbs the environmental costs?

Who had meaningful power over the decision?

The last question changes the analysis considerably. A community may benefit economically from recycling, mining, manufacturing, or waste processing while simultaneously having limited influence over wages, workplace protections, pollution controls, or land use. Environmental justice therefore concerns not only the distribution of harm but also procedural justice, meaning who participates in decisions and whose knowledge counts when environmental policies are made.

Environmental Costs Are Not Randomly Distributed

Waste rarely travels according to environmental logic alone. It also follows the geography of power. Landfills, incinerators, hazardous industrial facilities, mines, highways, ports, and other environmentally burdensome infrastructure are often more likely to be located near communities with less political influence, lower incomes, or histories of racial and ethnic marginalization. What looks on a map like a technical decision about where to place a facility can therefore reveal a much deeper political question: who has the power to say no?

This is the concern at the heart of environmental justice, a movement and analytical framework that asks whether environmental benefits and environmental harms are distributed fairly and whether affected communities have meaningful power in the decisions that shape their environments. In the United States, scholars and activists helped popularize the related concept of environmental racism to describe patterns in which communities of color are disproportionately exposed to pollution, hazardous waste, toxic industries, and other environmental risks (Bullard, 1990). The idea does not require every individual siting decision to be motivated by explicit racial hostility. Unequal outcomes can emerge from housing segregation, land prices, discriminatory planning, weak political representation, historic disinvestment, and the tendency to locate unwanted facilities where resistance is expected to be weakest.

Globalization extends this question across borders. Wealthier societies can consume enormous quantities of electronics, clothing, plastics, and other goods while some of the environmental costs associated with disposal and recycling are displaced elsewhere. A discarded computer in one country may become someone else's occupational hazard thousands of miles away. Environmental justice therefore asks us to look beyond how much pollution exists and ask a second question that is every bit as important: who is expected to live with it?

The Problem Starts Before the Recycling Bin

One reason recycling receives so much attention is that it gives consumers an obvious action to perform. The product has already been manufactured, purchased, used, and discarded, so the question appears to be what we should do with it now.

A systems perspective asks whether the more important choices occurred earlier.

Could the device have been designed so the battery was easily replaceable?

Could manufacturers have supported software for longer?

Could components have been standardized?

Could repair have been cheaper than replacement?

Could the producer have been required to take responsibility for collection and disposal?

These questions shift attention from consumer behavior to product design and corporate responsibility.

Policies known as extended producer responsibility attempt to do exactly that by assigning manufacturers greater responsibility for products after consumers are finished with them. The related idea of a circular economy seeks to move away from the dominant linear pattern of extraction, production, consumption, and disposal toward systems that emphasize durability, repair, reuse, remanufacturing, material recovery, and recycling.

Circularity does not mean waste can disappear completely. Materials degrade. Recycling requires energy. Some substances are difficult or uneconomical to recover. Yet the concept forces us to ask a more sophisticated question than “Can this go in the blue bin?”

It asks whether an economic system can be designed so that products become waste less quickly in the first place.

That question will matter enormously as the world attempts to transform another system that has been built around extraction and consumption for more than two centuries: energy.