CONVERTING WASTE PLASTIC INTO HYDROGEN FUEL: A GAME CHANGER FOR THE PHILIPPINES
CONVERTING WASTE PLASTIC INTO HYDROGEN FUEL: A GAME CHANGER FOR THE PHILIPPINES
Plastic waste is one of the biggest
environmental challenges in the Philippines. With less than 30% of plastic
waste being recycled or upcycled, the rest ends up clogging rivers, polluting
our oceans, or being burned—releasing toxic chemicals into the air. This has
led to alarming levels of microplastic contamination in marine life, which
eventually enters our food chain.
Who is
Responsible for Plastic Waste Management?
Despite existing regulations, plastic waste
continues to accumulate in our waterways. The question is: which agency
should be accountable for controlling the entry of plastic into our rivers,
lakes, and seas?
- Is it the Department of Environment and Natural Resources (DENR)?
- The Bureau of Fisheries and Aquatic Resources (BFAR)?
- The Department of the Interior and Local Government (DILG)?
- Should the PNP Maritime Command or Philippine Coast Guard
step in?
- Does the Department of Trade and Industry (DTI) monitor
microplastics in fish and seafood?
- Does the Department of Health (DOH) have a fish inspection
service, like the National Meat Inspection Service?
This issue requires stronger coordination
among agencies, not just in monitoring waste, but also in finding sustainable
solutions.
Turning
Plastic Waste into Hydrogen Fuel
One promising solution is converting waste
plastic into hydrogen fuel. Scientists in Japan, the US, the UK, and
South Korea have already developed technologies to break down plastic and
extract hydrogen—a clean energy source.
Recently, researchers at Kyushu University
in Japan developed a new photocatalyst that can break down plastic and
produce hydrogen more efficiently. Other methods include pyrolysis,
gasification, and catalytic reforming, all of which have been tested in
different countries.
If the Philippines adopts this technology, we
can:
1.
Reduce the volume of plastic waste polluting
our environment.
2.
Cut down our dependence on imported fuel.
3.
Create a new industry for clean energy
production.
4.
Create new livelihood for waste recyclers.
What Should
the Philippines Do?
The government must act now. We already have
the science and technology available—what we need is a strategic plan. Here’s
what we can do:
1.
Contact the Japanese
scientists who have developed this technology.
2.
Create a Technical Working
Group (TWG) composed of DFA, DTI, DOST, DOE, and DENR
to study its feasibility.
3.
Instruct our Embassy in
Tokyo to engage directly with the inventors, as
part of our economic diplomacy efforts.
4.
Invest in Filipino
scientists and engineers to develop our own version
of this technology.
5.
Integrate waste-to-hydrogen
projects into our national energy strategy.
The Future
of Hydrogen in the Philippines
Hydrogen fuel is gaining global attention.
Even Tesla Motors, under Elon Musk, has been exploring hydrogen energy
innovations. If we can develop a local supply of hydrogen fuel, it will
significantly impact our fuel imports, energy security, and environmental
sustainability.
By acting now, the Philippines can lead
Southeast Asia in plastic-to-hydrogen conversion, tackling two critical issues
at once: plastic pollution and energy security. This is not just an
environmental concern—it’s an economic opportunity we cannot afford to ignore.
Would you support a government initiative to turn plastic waste into fuel? Let’s push for innovation and sustainability in the Philippines.
Ramon Ike V. Seneres,
www.facebook.com/ike.seneres
iseneres@yahoo.com, 09088877282, senseneres.blogspot.com
02-26-2025
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