USING NUCLEAR SCIENCE TO CONVERT PLASTIC WASTE TO CONSTRUCTION MATERIALS

USING NUCLEAR SCIENCE TO CONVERT PLASTIC WASTE TO CONSTRUCTION MATERIALS

Yes — nuclear science is now being tapped to solve one of our most intractable environmental problems: plastic waste. And no, this is not sci-fi. Through a process of irradiation and reactive extrusion, low-value plastics are being upcycled into strong, durable construction materials. In the Philippines, the Philippine Nuclear Research Institute (PNRI) under the Department of Science and Technology (DOST) has already produced prototypes under the project called PREx Plastic — a development that could reshape how we build houses, roads, and entire communities.

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🔬 How Nuclear Science Turns Plastic Trash into Building Blocks

The technique is straightforward yet revolutionary. Plastics — especially those hard to recycle, like sachets and multi-layer packaging — are shredded into pellets, then exposed to controlled radiation (electron beams or gamma rays). This irradiation breaks down and rearranges the polymer chains, enhancing their strength, density, and durability. After irradiation, a process called reactive extrusion melts and reshapes the plastic into structural boards, tiles, bricks, and construction panels. 

The result: plastic waste that once clogged landfills and polluted rivers becomes construction-grade materials — water-resistant, termite-proof, and potentially competitive with traditional wood or concrete boards. Crucially, the material is safe: irradiation does not make plastic radioactive — much like an X-ray doesn’t leave lingering radiation. 

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🏗️ The Philippines Is No Longer Waiting — We’re Leading

In July 2023, PNRI signed a partnership with DOST-ITDI and Envirotech Waste Recycling, Inc. to implement PREx Plastic. The collaboration is part of the global NUTEC Plastics program by the International Atomic Energy Agency (IAEA), which supports radiation-based recycling across Asia and beyond. Pilot countries include Indonesia, Malaysia, Thailand — and us. 

Recently, at the expo SUSTEX 2025, the PREx plastic tiles and bricks drew attention from urban planners, private developers, and even real estate executives. The DOST invited major players like SM Prime Holdings to examine sample plastic bricks — a clear sign that the government is serious about scaling this innovation beyond the lab.

Even the President echoed that seriousness. In a public address he emphasized that this nuclear-based upcycling is a “prototype of the future circular economy” — converting waste into new value, not just disposing of it. 

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🚧 What Must Happen Next: From Prototype to Policy to Practice

Now that the science is proven — what we need is governance, coordination, and scale. A single agency cannot carry this alone. Here is what I suggest:

• Department of Public Works and Highways (DPWH): Mandate use of PREx-derived materials in public works — sidewalks, flood barriers, low-cost housing.
  
  

• Department of Human Settlements and Urban Development (DHSUD): Prioritize these materials for social housing projects.
  
  

• Department of Environment and Natural Resources (DENR) + Metropolitan Manila Development Authority (MMDA): Coordinate plastic waste collection and segregation — feedstocks for PREx must come from properly sorted waste streams.
  
  

• Department of Trade and Industry (DTI): Facilitate partnerships between recycling firms, construction developers, and local governments — create a domestic market for plastic-derived materials.
  
  

In short: a task force should be created — a “Waste-to-Building Materials Council” for the Philippines.

Further, this innovation opens up possibilities beyond housing: could the same radiation-treated plastic be used for bus or boat bodies, light infrastructure, or modular flood shelters? If these panels are strong, water-resistant, and termite-proof, the potential is enormous.

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🏡 Why This Matters — Beyond Waste

We are often told to reduce plastic use and recycle more. But the problem is systemic: consumption remains high, recycling technology is limited, and waste keeps piling up. This nuclear-upcycling approach offers a circular economy solution: waste → resource → shelter.

For a densely populated, disaster-prone, and urbanizing country like ours, durable, cheap, and versatile building materials derived from waste could be a game-changer. Especially for low-income housing, informal settler resettlement, urgent post-disaster reconstruction.

Add to that the disaster-resilience benefits: plastic boards won’t rot, warp, or be eaten by termites. They resist moisture and pests — essential for flood-prone, humid regions.

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✅ Final Thought: Innovation Is Here — Will We Follow Through?

This is more than a scientific novelty. It is a strategic pivot toward sustainable development, circular economy, and resilience. The Philippines — and particularly its waste-plagued urban centers — cannot afford to ignore this.

Yes, nuclear science can now help us turn plastic trash into homes, roads, even future cities. If the government agencies, private sector, and local communities align behind this, we could close decades of “technology lag” in one bold step.

Kudos to PNRI. Kudos to DOST. And to every Filipino willing to see trash not as a problem to hide, but as raw material.
Now — the real work begins.

RAMON IKE V. SENERES

www.facebook.com/ike.seneres iseneres@yahoo.com senseneres.blogspot.com 09088877282/08-25-2026

WHAT IS A QUANTUM-ENTANGLED COMMUNICATION NETWORK?

WHAT IS A QUANTUM-ENTANGLED COMMUNICATION NETWORK?

Every time a new technology breaks through on the global stage, I ask the same question: How many years—how many decades—before this reaches the Philippines? For as long as I can remember, we’ve lived with a “technology lag,” that stubborn gap between what the world invents and what we finally adopt. Sometimes the lag is short. More often, it is painfully long.

Now, Canada has taken a monumental leap into the future: it successfully connected multiple cities through a quantum-entangled communication network—a real-world beginning of the quantum internet.

Let’s pause and appreciate what that means.

SO, WHAT EXACTLY IS THIS?

A quantum-entangled communication network uses the very laws of physics—not mathematical encryption—to secure information. Two particles (usually photons) are “entangled,” meaning whatever happens to one instantly affects the other, even across long distances. Try to spy on them, and the entire system collapses, alerting both ends immediately.

This is not science fiction.
This is not a theory.
This is operational.

Canada’s network uses:

• entangled photons for Quantum Key Distribution (QKD)
  
  

• fiber-optic cables combined with satellite links
  
  

• a national program funded through a $360 million quantum strategy
  
  

• its QEYSSat satellite to distribute entangled photons across cities
  
  

And it works. Banks, research centers, and government agencies can now communicate without fear of hacking—not even by quantum computers or AI superintelligence.

Imagine a communication channel where eavesdropping is physically improbable.

WHAT ABOUT THE PHILIPPINES?

This is where my old concern returns: the technology lag.

Will it take us five years?
Ten?
Or will we be late again by half a century?

If we wait for commercial viability, we will fall behind. But if the government—especially our military, police, and intelligence agencies—recognize the national security implications, we could adopt this much earlier.

Because the truth is simple: our government needs this before our private sector does.
Our defense establishments are vulnerable. Our critical infrastructures are vulnerable. Even our banking system is at risk once quantum computers mature.

Quantum-secure communication is not a luxury. It’s a necessity.

WHO WILL BRING THIS TECHNOLOGY HERE?

Will a foreign investor introduce it?
Will we rely on China, Canada, the EU—or the Americans?
Will we negotiate a formal technology transfer?
Or will we wait passively, hoping someone else makes the first move?

My bigger concern is this:
Do we even have local experts who can understand, deploy, or operate this technology?

If we don’t, then let’s stop waiting.

I am fully prepared to assemble a team—scientists, engineers, mathematicians, cryptographers—Filipinos or global partners. What matters is that we begin now.

THE STRATEGIC OPPORTUNITY

Other countries are racing:

• China has the Micius quantum satellite and the world’s largest QKD network.
  
  

• Europe is building a continent-wide quantum backbone.
  
  

• The U.S. has multiple quantum internet testbeds run by national labs.
  
  

• Canada is building city-to-city quantum-secure corridors.
  
  

These nations understand that whoever controls quantum-secure communication will control the next era of national security, digital trust, and geopolitics.

Do we want to wait until the rest of the world is decades ahead of us—again?

TIME TO CLOSE THE LAG

Quantum communication is not about faster downloads or better WiFi.
It’s about building a future where digital trust is guaranteed by physics itself.

The only question left is:
Will the Philippines embrace this early, or will we once again watch from the sidelines as the world leaps ahead?

If no agency wants to start this conversation, I will.
If no team exists yet, I will help assemble one.

The technology is here.
The world is moving.
We must decide if we want to join—or be left behind.

RAMON IKE V. SENERES

www.facebook.com/ike.seneres iseneres@yahoo.com senseneres.blogspot.com 09088877282/08-24-2026

A FOREST WITHIN A CITY? IS THAT POSSIBLE?

A FOREST WITHIN A CITY? IS THAT POSSIBLE?

For many years, I have been writing about the idea of a “forest within a city.” Some people said it was too ambitious. Others said it was impossible. But now, here comes England proving that it can be done—and not merely as a small experiment, but as a full-scale transformation of urban living.

Not a park. Not a few trees beside highways. Not token greening.
But an actual forest city designed for one million people.

If this isn’t a signal that the world is going green in a big, serious way, I don’t know what is.

ENGLAND’S FOREST CITY: A REALITY IN THE MAKING

A cross-party coalition in England is pushing a plan to build the country’s first “forest city” since the creation of Milton Keynes in the 1960s. The idea is championed by Shiv Malik, a journalist-turned-innovator who argues that millennials deserve affordable housing without destroying nature to get it.

The plan, already being studied by the housing department, envisions:

• 12,000 acres of newly planted native forest
  
  

• Eco-friendly wooden homes built at scale
  
  

• A city designed for walking, public transport, and children’s safety
  
  

• A community land trust to keep housing affordable
  
  

• Development corporation powers to cut red tape and reduce costs
  
  

• Wildlife corridors connecting ancient woodlands
  
  

• Streams restored, water infrastructure upgraded, and farmland repurposed
  
  

In short, it is not a “forest-themed city.”
It is a city that IS a forest.

IF THEY CAN DO IT—WHY CAN’T WE?

England is one of four constituent countries of the United Kingdom, meaning it can push projects like this even without national-level approval. This level of autonomy—and imagination—is what makes big green ideas possible.

I now ask: Which Philippine agency is capable of dreaming this big?

MMDA?
As much as I want to say yes, they are already drowning in traffic, waste, and flood problems. This kind of project needs long-term thinking, not crisis management.

DENR?
Perhaps, especially through the Forest Management Bureau (FMB). But DENR must shift from policing forests to creating them.

Local governments?
Yes—especially progressive cities like Davao, Iloilo, Cagayan de Oro, and Cebu. A pilot “forest town” in these areas would be a perfect start.

WHAT WOULD A PHILIPPINE FOREST CITY LOOK LIKE?

Here is where the idea becomes exciting.

We could design:

• Barangay micro-forests using native species
  
  

• Green corridors linking them, doubling as flood-control systems
  
  

• Wooden, modular homes patterned after sustainable Nordic and Japanese models
  
  

• Tram-based public transport replacing endless bus lines
  
  

• Food forests and urban agroforestry for local produce
  
  

• Native tree sanctuaries preserving our rich biodiversity
  
  

If England can dream of a forest city, why can’t Metro Manila dream of a “Forest Mega-Barangay”?
 

I CAN MOBILIZE OUR GREEN WARRIORS

If MMDA, DENR, or any LGU decides to try this—even at a pilot scale—I can mobilize my network of “green warriors” nationwide. We can supply native tree seedlings, not the invasive species commonly planted today.

A forest city must be built on Filipino forests—not foreign trees.

FOREST CITIES ARE NOT FUTURISTIC. THEY ARE NECESSARY.

Climate change is wiping out the old way of building cities. Heat islands are turning urban centers into ovens. Floods are becoming routine. Mental health is declining in gray, concrete environments.

We cannot keep building cities that destroy us.

England has taken the first bold step. Singapore, China, Italy, and even New York have shown that forest-driven urban planning is not just possible—it is sustainable.

The question is no longer: “Is a forest within a city possible?”
It is now:
“Are we brave enough to build one before nature forces us to?”

RAMON IKE V. SENERES

www.facebook.com/ike.seneres iseneres@yahoo.com senseneres.blogspot.com 09088877282/08-23-2026