The Philippines generates an estimated 50 to 60 million tons of e-waste globally each year, and while the country’s share is still growing, the infrastructure to handle it safely remains in its early stages. For the average Filipino household, this means old television sets, refrigerators, and cellphones often end up in dumpsites or are handled by informal recyclers who may not have the proper equipment to manage toxic components. The Department of Environment and Natural Resources-Environmental Management Bureau (DENR-EMB) has been working on this problem for years, and one of its flagship projects shows both the scale of the challenge and what is possible when collection and treatment are done systematically.
Between 2017 and 2024, the PCB-WEEE Project collected and processed 107,000 units of CRT televisions and monitors, exceeding its original target. That effort recovered 145 tons of recyclable materials and 900 tons of lead-containing glass, while safely disposing of 1.12 tons of Polybrominated Diphenyl Ethers (PBDEs), a class of flame retardants linked to health risks. The project also created green jobs for residents in Caloocan, Malabon, Manila, and Baguio City. But as the DENR-EMB itself acknowledges, the country is still very new at managing e-waste and has a long way to go. For context on how other forms of waste compound the problem, the state of dirty dumpsites polluting Filipino rivers shows a similar pattern of infrastructure struggling to keep up with consumption.
What Makes E-Waste Different from Ordinary Trash
The core distinction is that e-waste combines valuable recoverable materials with hazardous substances that require careful handling. A discarded television set contains copper wiring and circuit boards that can be sold as scrap, but it also holds a cathode ray tube filled with leaded glass. When that tube is smashed open in an unregulated dumpsite, the lead dust can contaminate the surrounding area. The DENR-EMB project focused specifically on CRTs because they contain persistent organic pollutants that are detrimental to health. Studies have shown that chemicals and substances from e-waste are carcinogenic, meaning long-term exposure increases cancer risk. This is not a problem that can be solved by simply throwing old electronics in the trash.
How the Philippines Is Building Its E-Waste Management System
The PCB-WEEE Project offers a concrete example of what a functioning e-waste system looks like in practice. The project started with a target of collecting 50,000 CRT units but ended up processing more than double that number. The materials recovery facility (MRF) originally used for segregation and storage was upgraded into a treatment, storage, and disposal (TSD) facility, which means it can now handle hazardous waste more safely. That upgrade is significant because it transforms a temporary collection point into a permanent processing hub. The project also generated green jobs for residents in the four focus areas, showing that e-waste management can create local employment while addressing an environmental problem.
But the legal framework supporting these efforts is still fragmented. The Ecological Solid Waste Management Act and the Extended Producer Responsibility Act provide a foundation for a circular economy, but implementation remains constrained by weak enforcement, unclear mandates, and limited upstream measures. Stakeholders remain cautiously optimistic about circular economy adoption and recognize positive policy developments, but they also identify persistent gaps in governance. One of the most frequently cited gaps is the need to integrate the informal waste sector, which handles a significant portion of recyclable materials in the country but often operates without safety protections. The challenge of integrating informal workers is not unique to e-waste — similar dynamics play out in pollution regulation in the Philippines, where enforcement gaps and neglect create parallel systems.
What Gets Overlooked in the E-Waste Conversation
Most discussions about e-waste focus on collection targets and recycling rates, but several important nuances rarely get the attention they deserve. Understanding these can change how you think about the problem and what solutions are realistic.
Not All E-Waste Is the Same
The term “e-waste” covers a wide range of products with very different hazards and recovery values. Refrigerators and freezers contain refrigerants that deplete the ozone layer if released. Solar panels contain small amounts of lead and cadmium. Cellphones have tiny quantities of gold and silver but also contain lithium-ion batteries that can catch fire if crushed. The DENR-EMB project focused on CRTs because they are large, heavy, and contain significant amounts of leaded glass. But the same approach cannot simply be copied for other categories. Each type of e-waste requires a specific dismantling and treatment process, which means a one-size-fits-all recycling facility is not practical.
Collection Is Only Half the Battle
Getting people to drop off their old electronics is difficult, but even when collection succeeds, the real challenge is what happens next. The PCB-WEEE Project processed 107,000 units, but that is a small fraction of the total e-waste generated in the country over the same period. The project’s success came from having a dedicated TSD facility, trained workers, and a clear disposal pathway for hazardous materials like leaded glass and PBDEs. Without those downstream elements, collected e-waste can end up sitting in warehouses or being dumped illegally. The PIDS policy note emphasizes that waste reduction and upstream measures — designing products that last longer and are easier to repair — are just as important as downstream collection and treatment.
Local Context Matters More Than Global Benchmarks
The Philippines cannot simply copy e-waste systems from Japan or Germany. Those countries have dense networks of licensed recyclers, strict producer responsibility laws, and high public awareness. In the Philippines, local government units respond positively to e-waste initiatives, according to UNIDO, but they often lack the budget and technical expertise to run their own programs. Tailoring strategies to local contexts means starting with the most hazardous and voluminous waste streams — like CRTs — and building capacity gradually. It also means recognizing that informal recyclers already have knowledge and networks that formal programs can build on rather than replace.
| E-Waste Category | Examples | Primary Hazard | Recoverable Material |
|---|---|---|---|
| CRT displays | Old TVs, monitors | Leaded glass | Copper, circuit boards |
| Cooling equipment | Refrigerators, freezers, AC units | Ozone-depleting refrigerants | Metals, compressors |
| Small electronics | Cellphones, laptops, tablets | Lithium batteries, PBDEs | Gold, silver, rare earths |
| Large appliances | Washing machines, ovens | Mixed metals and plastics | Steel, copper, aluminum |
What You Can Do With Your Old Electronics
Individual action will not solve the e-waste problem on its own, but knowing what to do with your old devices helps reduce the burden on informal systems and keeps hazardous materials out of dumpsites. The options available to you depend on where you live and what kind of device you are disposing of.
Find a Licensed Collector or Drop-Off Point
The DENR-EMB and some local government units run periodic collection drives for e-waste. In Metro Manila, several private companies accept old electronics for recycling, though they may charge a fee for items like CRTs because the disposal cost is high. Check with your barangay or city environment office to see if there is a scheduled collection event near you. If you live in one of the focus areas from the PCB-WEEE Project — Caloocan, Malabon, Manila, or Baguio — the TSD facilities established by the project may still accept certain types of e-waste. Call ahead to confirm what they take and whether there are any requirements.
Return to the Manufacturer or Retailer
The Extended Producer Responsibility Act places some responsibility on manufacturers to manage the end-of-life of their products. Some electronics brands have take-back programs where you can return old devices when you buy a new one. This is more common for laptops and cellphones than for large appliances. If you are purchasing a new television or refrigerator, ask the retailer whether they offer free disposal of the old unit. Not all do, but the law is pushing more companies to offer this service over time.
Donate Working Devices
If your old device still works, donating it extends its useful life and delays the point at which it becomes waste. Schools, community centers, and some non-profit organizations accept working electronics. Make sure to wipe all personal data before donating — factory reset your phone, remove hard drives from computers, and clear any stored accounts. This is especially important for devices that contain sensitive information.
What Not to Do
Do not put e-waste in your regular trash bin. Do not burn it to recover metals — burning releases toxic fumes. Do not smash CRTs or other glass components. Do not give e-waste to informal collectors who you know will dismantle it without safety equipment. These actions may seem harmless in the moment, but they create long-term contamination problems that are expensive to clean up. The PIDS policy note recommends focusing on waste reduction first, which means buying fewer new devices and keeping existing ones in use for as long as possible.
Frequently Asked Questions About E-Waste in the Philippines
Is it illegal to throw e-waste in the regular trash? â–ľ
Can I sell my old electronics instead of recycling them? â–ľ
What happens to e-waste after it is collected by the DENR? â–ľ
Are there any e-waste recycling facilities outside Metro Manila? â–ľ
Does the Extended Producer Responsibility Act cover e-waste? â–ľ
What Comes Next for E-Waste Management
The PCB-WEEE Project demonstrated that systematic e-waste collection and treatment is possible in the Philippines, but it also showed how much more capacity is needed. The project processed 107,000 CRT units over seven years, while the country generates millions of tons of e-waste annually across all categories. Scaling up will require stronger enforcement of existing laws, clearer mandates for local governments, and more investment in TSD facilities outside Metro Manila. The informal sector will remain a major player in e-waste handling for the foreseeable future, which makes integration and formalization a practical necessity rather than an idealistic goal. If this was useful, you might also want to read how industrial growth is contributing to pollution in the Philippines.
Sources
Dirty dumpsites pollute Filipino rivers — Explains how unregulated waste disposal affects waterways, a parallel challenge to e-waste mismanagement.
DENR-EMB collects 2,350 tons of e-waste in 7 years. Philippine News Agency, 2024.
Circular Economy Pathways for Waste Management in the Philippines. Philippine Institute for Development Studies, 2026.
