Confronting the E-Waste Crisis in the Philippines

The Philippines generates an estimated 537 million kilograms of e-waste annually, a figure that places the country second only to Indonesia in Southeast Asia for total discarded electronics. That volume translates to roughly 4.7 kilograms per person each year — and the number is climbing as more households adopt smartphones, solar panels, and other electronic equipment. Yet less than a quarter of the world’s e-waste is formally collected and recycled, and in the Philippines, the situation is starker: an estimated 80 percent is handled by an informal sector of waste pickers, junkshop operators, and itinerant buyers who often resort to open burning and acid stripping to recover valuable materials.

These numbers point to a system that collects a lot but recovers very little value — and at a high cost to both human health and the environment. The informal recyclers who form the backbone of this system number over 100,000 nationwide, yet national policies have largely failed to include them in formal waste management frameworks. Understanding how this gap persists, and what might close it, requires looking at the economic realities that drive recycling behaviour in the first place. For a broader look at how pollution affects ecosystems, you can read about how pollution harms Filipino animals and plants.

What Drives Recycling Behaviour in the Informal Sector

A 2024 study of 435 informal recyclers in urban Manila used structural equation modelling to test what actually predicts recycling behaviour. The results were clear: economic factors dominate. Income level (84.01 percent) and financial incentives (82.86 percent) emerged as the top predictors, followed closely by cultural-cognitive norms (80.98 percent). This challenges the standard assumption that simply educating recyclers about health risks will change their practices. In subsistence economies, economic survival acts as what researchers call a “super-moderator” — it overrides intentions, attitudes, and even perceived behavioural control.

This finding has direct implications for how the Philippines designs its e-waste policies. The Extended Producer Responsibility (EPR) Act (RA 11898), passed in 2022, mandates that large companies manage the end-of-life treatment of their products. But without mechanisms to bring informal recyclers into the formal system — through buy-back schemes, fair pricing, or access to protective equipment — the law risks creating a two-tier system where formal initiatives struggle while informal methods continue unchecked. The study’s authors argue for “Economic First Interventions” that make safe recycling financially viable before expecting behavioural change.

What Seven Years of Government Collection Actually Achieved

Between 2017 and 2024, the Department of Environment and Natural Resources (DENR), through its PCB-WEEE Project, collected and processed 2,350 tons of cathode ray tubes (CRTs) — the leaded glass components found in old television sets and monitors. That effort involved dismantling 107,000 units of CRTs, recovering 145 tons of recyclable materials, 900 tons of lead-containing glass, and safely disposing of 1.12 tons of polybrominated diphenyl ethers (PBDEs), a class of toxic flame retardants.

The project also upgraded a materials recovery facility in Caloocan City into a treatment, storage, and disposal (TSD) facility, and created green jobs for residents in four focus areas: Bagong Silang and Camarin in Caloocan, Longos in Malabon, Capulong in Tondo, and Baguio City. Carmela Centeno of the United Nations Industrial Development Organization (UNIDO) noted that the country is “very new in e-waste management and has a long way to go,” but added that local government units have responded positively and awareness among producers and manufacturers is growing. For context on how other waste streams are being managed, see the analysis of corporate leaders in sachet production.

What Gets Missed in the E-Waste Conversation

Most discussions about e-waste focus on collection targets and recycling rates. But several less obvious factors determine whether those efforts actually succeed — and they often get overlooked in policy design.

The Economic Logic of Hazardous Methods

Open burning and acid stripping are not chosen out of ignorance. They are faster and cheaper than safe alternatives, and for a recycler earning near-minimum daily wages, speed directly translates to survival. The Manila study found that perceived behavioural control — a person’s belief in their ability to change — did not significantly affect intention. In other words, even recyclers who wanted to adopt safer methods felt they could not afford to. Any intervention that ignores this economic constraint will likely fail.

The Rare Earth Element Blind Spot

Globally, less than one percent of demand for essential rare earth elements is met by e-waste recycling. These metals — used in smartphones, solar panels, and electric vehicle batteries — are often more valuable than the common materials like copper or aluminium that recyclers typically target. But recovering them requires sophisticated processing that the informal sector cannot provide. This means the Philippines is not only losing environmental ground but also leaving billions of dollars in recoverable resources unclaimed. The Global E-Waste Monitor 2024 estimated that $62 billion worth of natural resources were lost globally to improper e-waste disposal in 2022 alone.

The Policy Gap Between Law and Enforcement

The Philippines has two key laws governing e-waste: the Ecological Solid Waste Management Act (RA 9003) and the EPR Act (RA 11898). Neither includes provisions for integrating the informal sector. The result is a regulatory environment where formal recyclers must meet costly compliance standards, while informal operators face no oversight — and therefore no incentive to change. This creates an uneven playing field where the most dangerous methods remain the most economically attractive. The DENR’s PCB-WEEE project showed that formal collection is feasible, but it operated as a donor-funded pilot, not a scalable national programme. For a related discussion on regulatory gaps, see the article on waste management issues in the Philippines.

What Can Be Done: Practical Steps for Policymakers and Communities

Addressing the e-waste crisis requires moving beyond collection targets toward interventions that match the economic realities of the informal sector. The research points to several concrete actions.

Design Buy-Back Schemes That Compete with Informal Prices

Financial incentives are the strongest predictor of recycling behaviour. A buy-back programme that offers prices equal to or slightly above what informal scrap dealers pay can redirect material flows into formal channels. The key is making the process simple — no lengthy registration, no minimum volume requirements, and payment on the spot. The Manila study found that financial incentives had an 82.86 percent influence on behaviour, meaning even modest price improvements could shift significant volumes.

Integrate Informal Recyclers into EPR Systems

Instead of building parallel formal systems that compete with informal networks, policymakers can register existing recyclers as accredited collectors under the EPR framework. This gives them legal status, access to protective equipment, and a steady income stream from producer-funded take-back programmes. The DENR’s experience with the PCB-WEEE project showed that green jobs can be created when formal and informal sectors collaborate — the project employed residents from four focus areas in its TSD facility operations.

Target Cultural-Cognitive Norms Through Community-Based Training

Because community norms are the third-strongest predictor of behaviour (80.98 percent), training programmes should target entire junkshop networks rather than individual recyclers. When a respected local operator adopts safer dismantling methods, others in the network tend to follow. Training should focus on practical techniques — how to safely remove leaded glass from CRTs, how to recover copper without burning insulation — rather than abstract health warnings.

• 1
  Map Local Informal Networks

  Identify junkshop operators, waste pickers, and itinerant buyers in a target area. Understand their current pricing, collection routes, and disposal methods before designing interventions.

• 2
  Set Competitive Buy-Back Prices

  Price formal collection at or above informal scrap rates. Pay immediately in cash or mobile transfer. Remove barriers like minimum volume requirements or complex paperwork.

• 3
  Register Recyclers as EPR Collectors

  Work with producer responsibility organisations to accredit informal recyclers. Provide PPE, training, and a guaranteed purchase price for collected e-waste.

• 4
  Monitor and Adjust Pricing Quarterly

  Informal scrap prices fluctuate with global commodity markets. Formal buy-back prices must be reviewed regularly to remain competitive and prevent leakage back to hazardous methods.

Watch for Emerging E-Waste Streams

Solar panels and electric vehicle batteries represent a growing share of e-waste that current systems are not designed to handle. The Philippines is rapidly adopting solar energy, but panels have a lifespan of 25–30 years, meaning the first wave of end-of-life panels will arrive within the next decade. Unlike CRTs, which contain leaded glass that can be processed in existing facilities, solar panels contain silicon, silver, and small amounts of toxic metals that require specialised recycling lines. Policymakers should begin planning for this stream now, rather than reacting after the waste accumulates. The UNIDO chief for circular economy noted that e-waste is one of the fastest-growing waste streams globally, driven largely by ICT products and renewable energy equipment.

Frequently Asked Questions About E-Waste in the Philippines

Closing Thoughts

The e-waste problem in the Philippines is not primarily a technical one — it is an economic and institutional one. The collection infrastructure exists in the form of over 100,000 informal recyclers, but the incentives are misaligned. Until policies make safe recycling financially viable at the ground level, hazardous methods will persist regardless of how many laws are passed. The DENR’s PCB-WEEE project proved that formal collection works at a small scale; the challenge now is scaling that model across the country while bringing the informal sector into the system rather than competing against it. If this was useful, you might also want to read how acid rain is worsening in the Philippines due to pollution.

Sources

Tackling pollution and waste management issues in the Philippines — A broader overview of the country’s waste challenges and policy responses.

Water pollution in the Philippines — How improper waste disposal, including e-waste, affects water quality and public health.

A Circular Economy Framework for E-Waste Management in the Philippines. MDPI Sustainability, 2024.

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

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