Centers & Laboratories

About the CBSUA Sustainability Corner
A campus committed to sustainability for the long term — and to carbon neutrality by 2040.

Sustainability at CBSUA is not a one-time project. It is a standing commitment, measured year after year and carried forward by the CBSUA Resilience Center. This page is where we share how we track the university’s environmental footprint, what we have learned, and the steps we keep taking to shrink it.

Our commitment
As an agricultural state university, CBSUA runs classrooms, laboratories, livestock facilities, research farms, and a community of more than ten thousand people. All of that takes energy — and that energy leaves a carbon footprint. We believe a university that teaches stewardship of the land should also model it.
That belief is anchored in a clear long-term goal: to become a carbon-neutral campus by 2040, in step with the Philippines’ transition toward a low-carbon economy. Every year of measurement, every efficiency gain, and every tree planted moves us closer to it.

How we hold ourselves accountable
Each year, the Resilience Center conducts an internal energy audit — a careful accounting of the electricity, diesel, gasoline, and water the campus uses, and the greenhouse gas that results. The audit follows the Government Energy Management Program under Republic Act 11285 (the Energy Efficiency and Conservation Act) and reports against national climate guidelines.
This annual rhythm matters. A single snapshot can flatter or mislead; a record built year after year shows the real trajectory, holds us to our targets, and turns good intentions into measurable progress. You can only manage what you consistently count.

Where we stand today
Our most recent audit confirms that CBSUA is already a low-intensity emitter — a strong position to build on.

By national standards, our campus is among the most energy-efficient. Building efficiency is scored by how much electricity a building uses per square metre each year, and lower is better. The ASEAN best-practice standard sets a 3-star rating at 160 kWh per square metre. CBSUA currently uses well under a quarter of that, earning the highest possible 5-star rating: “Most Efficient.”

Our carbon footprint per person also sits far below the national average — a fraction of the typical Filipino’s per-capita emissions. The challenge ahead is to protect that record as the campus and the student population continue to grow.

Where our footprint comes from
Understanding our emissions tells us where effort pays off. They fall into two groups: the electricity we buy from the grid, and the fuel we burn directly in vehicles and equipment.

Grid electricity is by far the largest source — consistently more than nine in every ten tonnes of carbon we produce. That makes it both our biggest impact and our biggest opportunity.

Diesel comes next, burned by campus vehicles and equipment, and is the main driver of our direct, on-site emissions. Gasoline is a small and shrinking slice, with the campus steadily moving away from it.

The takeaway is steady year to year: because electricity dominates our footprint, cleaner energy is where we can make the greatest difference.

Patterns we watch
Our consumption rises and falls with the calendar, and certain patterns recur. Electricity peaks in the summer months, when air conditioning works hardest — a reminder that shading, insulation, and cooler roofs ease the load. Water and fuel tend to climb early in the year, driven by agricultural preparation and campus maintenance rather than weather. And fleet activity spikes when vehicles mobilize for major campus operations.

Recognizing these recurring patterns lets us plan ahead rather than react — scheduling smarter, maintaining systems before they strain, and targeting upgrades where they matter most.

The road to net zero
The data points consistently to a handful of priorities, and these are the directions our program pursues.

We are working to bring solar onto the rooftops. Because grid electricity drives most of our footprint, on-site solar is the most direct way to cut emissions while buffering the campus against seasonal price swings.

We are tightening fuel and fleet management — reviewing vehicle scheduling, encouraging no-idle practices, and moving toward cleaner, higher-efficiency engines.

We maintain water systems year-round, because steadier systems waste less of both water and the energy that moves it.

And we keep improving everyday efficiency through reflective roof coatings and high-efficiency LED lighting, lowering the baseline demand of every building, in every season.

Growing our carbon sink
Cutting emissions is only half of carbon neutrality. The other half is drawing carbon back out of the air — and on an agricultural campus, the most natural tool we have is trees.

Reaching neutrality by 2040 means growing and protecting a living forest of thousands of trees to offset what we cannot yet eliminate. With partnerships across government and greening programs, and a community of more than ten thousand students and staff, this is a goal well within reach. Because young trees don’t all survive, lasting offsets mean planting generously and caring for what grows over the years it takes them to mature.

Your part in it
The biggest numbers move when thousands of small choices add up, day after day. This is how the CBSUA community keeps the campus sustainable.

Use only what you need — switch off lights, fans, and air conditioning when leaving a room. Cooling is our single largest electricity demand, so small habits scale across the whole campus.

Ride together and idle less — share trips, plan routes, and avoid leaving engines running.

Plant and protect — join campus and partner tree-planting drives, and help the seedlings survive. Every tree that lives is carbon kept out of the air.

About this program
The CBSUA Sustainability Corner is maintained by the CBSUA Resilience Center as part of the university’s Energy Efficiency and Conservation Program and its long-term objective of carbon neutrality by 2040. Our annual energy audits use Department of Energy emission factors for the Luzon–Visayas grid, aligned with IPCC and U.S. EPA standards, and are reported under the National Integrated Climate Change Database and Information Exchange System (NICCDIES).