Combating E-Waste in the Philippines

The Philippines generates an estimated 50 to 60 million tons of e-waste globally each year, and while the country’s share is still developing, the challenge of managing discarded electronics is growing fast. For the average Filipino household, this means old television sets, cellphones, and refrigerators often end up hoarded in storage or mixed with regular trash, creating environmental and health risks that are only beginning to be understood. The Department of Environment and Natural Resources (DENR), through its PCB-WEEE Project, has already collected and processed 107,000 units of CRT TVs and monitors since 2017, but that number represents just a fraction of what likely exists in homes and businesses across the country.

These figures put the scale of the problem in perspective. The DENR’s collection of 2,350 tons of cathode ray tubes over seven years is a notable achievement, but it also highlights how much more needs to be done. The landfill crisis in Philippine cities already strains municipal waste systems, and e-waste adds a toxic layer to that challenge. Understanding what e-waste is, why it matters, and what can be done about it is essential for anyone who owns electronics — which is nearly everyone.

What Makes E-Waste Different from Regular Trash

E-waste is not just another category of garbage. It contains materials that are both dangerous and valuable, which makes its management uniquely complex. The DENR has upgraded its materials recovery facility into a treatment, storage, and disposal (TSD) facility to handle e-waste properly, but such infrastructure remains rare outside project areas. The key distinction is that e-waste cannot be safely managed through the same systems used for household trash — it requires separate collection, dismantling, and processing.

For context, the PCB-WEEE Project focused on four areas: Bagong Silang and Camarin in Caloocan City, Longos in Malabon, Capulong in Tondo, Manila, and Baguio City. These locations were chosen because they had high concentrations of e-waste and communities that could benefit from the green jobs created through the project. This shows that e-waste management is not just an environmental issue — it also has social and economic dimensions that affect local livelihoods.

How E-Waste Affects Health and the Environment

The chemicals found in e-waste are not harmless. Studies have shown that substances like lead, mercury, and polybrominated diphenyl ethers (PBDEs) are carcinogenic or cancer-causing agents, according to DENR Undersecretary Jonas Leones. When e-waste is dumped in landfills or burned in open pits, these toxins can enter the air, water, and soil. The PCB-WEEE Project disposed of 1.12 tons of PBDEs alone — a class of flame retardants that persist in the environment and accumulate in living organisms.

The environmental impact extends beyond immediate contamination. The 900 tons of lead-containing glass recovered from CRTs in the project represents a significant hazard if left unmanaged. Lead does not break down — it persists in the environment and can contaminate groundwater for decades. This is why the DENR and UNIDO emphasize proper collection and treatment rather than simply stockpiling e-waste. Carmela Centeno of UNIDO noted that the country is very new in e-waste management and has a long way to go, but she also sees hope as local government units respond positively to the challenge.

Research from General Santos City adds another layer. A study of 102 participants across five barangays found that awareness of environmental and economic impacts alone does not guarantee responsible e-waste disposal. Commercial users showed high knowledge and positive attitudes but still had lower sustainable disposal practices. Residential consumers tended to hoard old electronics rather than dispose of them properly. Educational institutions had the highest knowledge scores but faced adoption challenges. This gap between knowing and doing is a critical barrier that policy alone cannot solve.

What Gets Missed in the E-Waste Conversation

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Several nuances in e-waste management rarely get discussed. First, the informal waste sector plays a major role in the Philippines, but it is often excluded from formal systems. Stakeholders in a PIDS study on circular economy pathways identified the need to integrate informal waste workers into e-waste management frameworks. These workers already handle much of the country’s recyclable waste, but without proper training and protective equipment, they face serious health risks from dismantling electronics.

The Gap Between Policy and Implementation

Existing laws like the Ecological Solid Waste Management Act and the Extended Producer Responsibility Act provide a foundation, but implementation remains fragmented and constrained by weak enforcement and unclear mandates. The PIDS study notes that upstream measures — meaning actions that prevent waste in the first place — are limited. Most efforts focus on downstream collection and disposal rather than designing products that are easier to repair, upgrade, or recycle.

Urban Mining as an Underused Opportunity

Urban mining — recovering valuable metals from discarded electronics — is rarely discussed in mainstream waste conversations. The General Santos City study recommends integrating urban mining into local EPR frameworks to support a circular economy, reduce reliance on virgin materials, and create jobs. A single ton of circuit boards can contain more gold than a ton of ore from a typical mine. The challenge is that urban mining requires specialized facilities and processes that most Philippine cities lack.

The Role of Local Government Ordinances

National laws set the framework, but local governments have significant power under the Local Government Code of 1991. The study recommends that cities pass ordinances requiring stakeholders to manage end-of-life electronics, such as establishing e-waste collection points in commercial business districts. This approach allows cities to tailor solutions to their specific contexts rather than waiting for national-level action. The “think globally, plan regionally, act locally” strategy is particularly relevant here.

What You Can Do with Your Old Electronics

Knowing what to do with e-waste is half the battle. The other half is actually doing it. Here are practical actions supported by research and existing programs.

Find a Designated Collection Point

The DENR’s PCB-WEEE Project established collection and processing systems in specific areas, but similar options exist in other cities. Check with your local government’s environment office or solid waste management office for scheduled e-waste collection events. Some LGUs have partnered with manufacturers and NGOs for take-back programs. The key is to avoid mixing e-waste with regular trash — even if you have to store it temporarily until a collection event happens.

Support Extended Producer Responsibility

The Extended Producer Responsibility Act requires manufacturers to take responsibility for the entire lifecycle of their products, including end-of-life management. When buying new electronics, choose brands that offer take-back programs or recycling options. The General Santos City study recommends that establishments adopt EPR practices and partner with educational institutions and NGOs for take-back programs. As a consumer, you can ask retailers whether they accept old devices when you purchase new ones.

Donate or Sell Functional Electronics

Not all e-waste is truly waste. Many discarded electronics still work or can be repaired. Before disposing of a device, consider whether it can be donated to schools, community centers, or individuals who might still use it. The hoarding behavior observed in residential consumers — keeping old devices “just in case” — is understandable but counterproductive. If you haven’t used a device in a year, it is unlikely you will use it again. Donating it extends its useful life and delays its entry into the waste stream.

Understand What Counts as E-Waste

E-waste is broader than most people realize. It includes not just televisions and computers but also refrigerators, freezers, cooling equipment, telecommunications equipment like cellphones, consumer electronic devices, solar panels, and monitors and screens. Even small items like chargers, cables, and batteries count. The more you recognize the full scope of e-waste, the less likely you are to toss these items in the regular bin.

• 1
  Identify Your E-Waste

  Gather all unused or broken electronics from your home — check drawers, cabinets, and storage areas for old phones, chargers, cables, and small appliances.

• 2
  Check for Reuse Options

  Test devices that might still work. Donate functional items to schools, charities, or community organizations. Sell valuable items through online marketplaces.

• 3
  Find a Collection Point

  Contact your LGU’s environment office, check for scheduled e-waste drives, or look for manufacturer take-back programs. Never put e-waste in regular trash bins.

Frequently Asked Questions About E-Waste

Moving Forward with E-Waste Management

The Philippines has made measurable progress — 107,000 CRT units processed, 900 tons of leaded glass contained, and green jobs created in urban communities — but the gap between what has been done and what remains is still wide. The country is early in its e-waste management journey, as UNIDO noted, but the foundations are being laid through projects like PCB-WEEE and research that identifies what works and what does not. For individuals, the most immediate action is simple: stop treating electronics as regular trash. For communities and local governments, the path forward involves passing ordinances, establishing collection points, and integrating informal waste workers into formal systems. If this was useful, you might also want to read how Filipino communities are adapting to environmental challenges.

Sources

The landfill crisis and solid waste effects in Philippine cities — Explains the broader waste management challenges that e-waste compounds.

How pollution worsens flooding in the Philippines — Connects improper waste disposal, including e-waste, to urban flooding risks.

DENR collects over 2K tons of e-waste. Philippine News Agency, 2024.

E-waste management practices in General Santos City. Philippine E-Journals, 2024.

Circular economy pathways for waste management in the Philippines. Philippine Institute for Development Studies, 2025.