LET US BUILD MORE BIO-HOMES
LET US BUILD MORE BIO-HOMES
What idea could build more affordable
housing, create a market for recycled materials, and enable sustainable living?
The answer lies in the rise of Bio-Homes—an innovative solution that merges
affordability, sustainability, and smart design.
About forty years ago, the buzzword in
development circles was "appropriate technologies." Today, that has
evolved into the more powerful and comprehensive term "sustainable
technologies." While the older term focused on local adaptation, the newer
one is part of the broader vision of "sustainable development."
Personally, I favor the new term. After all, what’s the use of being
"appropriate" if it’s not "sustainable"? A technology that
works today but fails tomorrow does little for our future.
To start small, I'd already be pleased if we
could incorporate recycled materials into housing—even just in part. But I
would be even more thrilled if we could go further and integrate renewable,
organic materials like bamboo. Fortunately, we’re planting more bamboo than
ever. But if we don’t build a market for it, our bamboo bounty may become a
burden, disappointing the very farmers we encouraged.
But wait, there's more! Bio-Homes don’t just
stop at green construction materials. They also include other
environment-friendly technologies like solar panels, wind turbines, and biogas
digesters. They even integrate systems like aquaponics, aeroponics, and classic
agriculture, bringing food security right into our homes.
Design-wise, these homes support energy
efficiency—not only through technology but through architecture itself. With
natural ventilation and smart orientation, they reduce dependence on air
conditioning. This means energy security, food security, and even climate
security—all in one home.
Take the issue of glass waste. Previously,
glass bottles posed a recycling dilemma—especially non-uniform, single-use
ones. Now, with Bio-Homes, bottles of any size or color can be used in
"glass walls." Even broken glass can be ground into sand and mixed
with concrete or hollow blocks.
So, what do we get? People who build these
homes not only save on construction by using recycled materials, but they also
slash water and energy bills. Rainwater can be collected from rooftops. Water
from nearby sources can be boiled or filtered using low-cost energy. Cooking
can be powered by biogas or solar stoves. Residents can raise poultry and
livestock to produce the manure needed for their digesters.
To bring this to life in the Philippines, a
Technical Working Group (TWG) should be formed. It could include the DHSUD,
DPWH, DOST, FPRDI, DTI, and the United Architects of the Philippines (UAP). Top
architecture schools should also be involved. Companies like Envirotech Waste
Recycling, Restore Company, and Trident are already creating building materials
from waste. Others like Vantastic, Smarthouse Philippines, and Vazbuilt are
repurposing container vans for prefab homes—ideal foundations for Bio-Homes.
A bio-home minimizes environmental impact and
promotes eco-living. These houses use biodegradable or recyclable materials
such as wood, clay, cork, and natural stone. They emphasize energy efficiency
(via solar panels and insulation), local sourcing, and eco-friendly design.
Worldwide, the movement is gaining momentum:
· Sweden is building a "Wood City" using
timber.
· In Africa, the Burj Zanzibar is rising as the tallest
timber building.
· The UN Environment Programme is pushing for bio-based
construction.
The Philippines is ripe for this. With our
tropical climate and natural resources, bamboo construction is a no-brainer.
Bamboo grows quickly, is earthquake-resistant, and blends beautifully with
nature. It can be used for frames, floors, furniture, and even insulation.
Plus, community collaboration around bamboo construction could spark jobs and
pride.
Old rubber tires? They can be turned into
crumb rubber concrete, waterproofing materials, or mixed into earthworks. They
improve insulation and make homes more resilient.
Used glass bottles? Perfect for decorative,
insulating bottle walls. Benefits include sustainability, thermal insulation,
natural lighting, and affordability. Local projects can teach people how to
safely and creatively use bottles in construction.
There are global precedents:
· Earthships, started by Michael Reynolds, use recycled
materials in tropical climates.
· The Bottle School Project in Guatemala builds
classrooms with waste.
· In Canada, a glass bottle house became a tourist
attraction.
How do we make this happen? We need:
· Crowdfunding to rally public support.
· Partnerships with NGOs and eco-conscious companies.
· Government incentives for environmental construction.
· Community engagement through workshops and volunteer
build-days.
Top architecture schools like UST, Enderun,
UE, Adamson, and UP should be engaged to innovate and educate.
In sum, Bio-Homes aren’t just homes—they’re a
lifestyle revolution. They’re affordable, beautiful, eco-friendly, and
practical. Let's lead the way in building a future that’s not just appropriate,
but truly sustainable.
Let us build more Bio-Homes—because the
future of housing should be as green as the land it stands on.
Ramon Ike V. Seneres, www.facebook.com/ike.seneres
iseneres@yahoo.com, 09088877282,
senseneres.blogspot.com
06-01-2025
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