Confronting the E-Waste Crisis in the Philippines

In 2022, the Philippines generated 537 million kilograms of e-waste, making it the second-largest producer in Southeast Asia by total weight. That figure has since climbed to an estimated 540 million kilograms in 2024. To put that in perspective, the country’s discarded electronics alone could fill tens of thousands of shipping containers every year. Yet less than a quarter of the world’s e-waste is properly collected and recycled, and the Philippines faces a particularly acute challenge: a lack of disposal facilities, especially outside major cities, which often leads to illegal dumping in rivers, landfills, and other areas.

The problem is not just about volume. A growing body of evidence points to illegal shipments of e-waste from developed countries, particularly the United States, entering the Philippines through its freeport zones. This is not a distant environmental concern — it has immediate implications for public health, legal accountability, and the country’s ability to manage its own waste stream.

How E-Waste Is Classified and Why It Matters

These categories come from the six official classifications of electrical and electronic equipment used in global monitoring. The distinction matters because different types of e-waste contain different materials — some valuable, some hazardous. Small devices, for instance, often contain lithium batteries and circuit boards with trace amounts of gold, silver, and copper, but also lead and mercury. When these are dumped rather than dismantled properly, the toxic components leach into soil and water.

Retired photovoltaic panels represent a fast-growing subcategory. Global waste from solar panels is expected to reach 2.4 million tonnes by 2030, up from 600,000 tonnes in 2022. As the Philippines expands its renewable energy capacity, this will become a more pressing domestic issue.

The Legal Loophole That Allows Illegal Imports

The most significant development in the Philippine e-waste landscape is not a new recycling facility or policy — it is a court ruling. In April 2025, a Manila Regional Trial Court upheld that the Subic Bay Freeport operates as a separate customs territory. This means the Bureau of Customs (BOC) cannot seize shipments entering Subic, even if they contain suspected illegal e-waste. The ruling effectively allows three private e-waste importers to continue their operations unimpeded.

The Basel Action Network (BAN), an environmental watchdog, has been tracking these shipments using GPS trackers placed inside non-functional electronics. Since March 2025, BAN has sent 14 alerts to the BOC about suspected containers of US e-waste and plastic waste allegedly dumped in the Philippines. Some GPS devices ended up in factories in Subic linked to Jack Electronic Metal Incorporated and Enjoy Electronics Subic International Corporation — both companies with prior controversies.

BAN estimates that $204 million worth of e-waste exports move from the United States to developing countries every month. Companies often misdeclare exports to avoid regulatory scrutiny. The containers flagged by BAN left ports in Los Angeles, Savannah, New York, Atlanta, Norfolk, Oakland, and Newark, all with Subic as the port of destination.

Thailand, by contrast, responded differently. After receiving BAN’s alerts, Thai authorities rejected hazardous waste and implemented stricter protocols, noting 203 violations totaling more than 4,504 tons of illegal waste at Laem Chabang Port and Bangkok.

Health Risks and Environmental Consequences

The immediate danger from e-waste is not the devices themselves but how they are handled. Under the Department of Environment and Natural Resources DAO 2013-22, electronic assemblies and scraps may be imported provided they do not contain cadmium, mercury, lead, or polychlorinated biphenyl. But enforcement is uneven, and the Subic ruling creates a jurisdictional gap.

Mayang Azurin of the Global Alliance for Incinerator Alternatives Asia Pacific raised concerns about workers directly handling e-waste, noting that toxic substances can contaminate air, water, and soil. Informal recyclers — often including children — break open devices to extract copper, aluminum, and other metals without protective equipment. The health effects range from respiratory issues to long-term neurological damage from heavy metal exposure.

Beyond human health, the environmental cost is staggering. Globally, less than 22.3 percent of 2022 e-waste mass was properly collected and recycled. This represents $62 billion in recoverable natural resources — including gold, silver, copper, and rare earth elements — left unrecovered. Kees Baldé, lead author of the Global E-waste Monitor, noted that no more than one percent of demand for essential rare earth elements is met by e-waste recycling.

What Can Be Done: Policy, Enforcement, and Individual Action

The situation is complex, but several clear paths exist for different stakeholders.

For Policymakers: Close the Subic Loophole

The environmental task force END E-WASTE IMPORTS has demanded a reversal of the Manila RTC ruling, rescission of any bilateral agreements on e-waste importation, and assertion of environmental governance and national sovereignty. Kabataan Party-list Representative Renee Co filed a resolution at the House of Representatives to investigate the alleged illegal US e-waste importation. Without legislative or judicial action, the Subic freeport will remain a legal backdoor for hazardous waste.

For Regulators: Strengthen Monitoring and Enforcement

The BOC has stated it cannot intervene in Subic due to the court ruling, but it retains authority over other ports. BAN has also alerted authorities in Malaysia, Indonesia, Singapore, Thailand, and Vietnam, as well as the DENR, about the alleged illegal shipments. Coordinated regional enforcement, combined with better use of tracking technology like GPS tagging, could help intercept shipments before they reach Philippine shores.

For Individuals: Reduce and Recycle Responsibly

Individual consumers can take practical steps. When upgrading a phone or laptop, consider selling or donating the old device to a certified recycler rather than throwing it in the trash. Small IT and telecommunication equipment — laptops, mobile phones, routers — accounts for 4.6 million tonnes of global e-waste, with only 22 percent documented as collected and recycled. Choosing devices with longer lifespans and repairable designs also reduces waste at the source.

Frequently Asked Questions

Moving Forward

The e-waste crisis in the Philippines sits at the intersection of environmental degradation, legal ambiguity, and public health. The Subic court ruling has created a jurisdictional gap that allows potentially hazardous waste to enter the country with limited oversight. Meanwhile, the lack of domestic recycling infrastructure means most e-waste ends up in landfills, rivers, or informal processing sites where workers and communities bear the cost. The most immediate step is to clarify the legal status of e-waste imports through the freeport zones and to strengthen enforcement at other ports. For individuals, the most practical action is to extend the life of electronics and seek out certified recyclers when disposal is unavoidable.

If this was useful, you might also want to read an overview of key industrial pollution cases in the Philippines.

Sources

Water woes: Pollution threatens the Philippines — Explores how pollution, including from improper waste disposal, affects the country’s water resources.

Innovative green solutions to fight pollution — Covers approaches to waste management and pollution reduction that complement e-waste recycling efforts.

Watchdog exposes illegal dumping of US e-waste in the Philippines. Bulatlat, 2026.

PHL among largest e-waste producers in SE Asia — report. BusinessMirror, 2024.

Philippine authorities alerted of illegal e-waste imports. Rappler, 2026.