JBLFMU Eco-Adventure Camp 2026 Lectures: Artificial Intelligence, You, and its Cost in Water

The youth of today are universally recognized as the hope for tomorrow, standing as the ultimate heirs to our planet’s future. However, intent alone cannot protect our world; tomorrow’s leaders must be armed with the comprehensive knowledge of today to navigate the complex, unintended consequences of modern technological innovation, particularly that which was made by our own hands. Only by understanding the hidden environmental costs of the present can the next generation make informed, essential decisions necessary to preserve Earth’s fragile ecosystems and ensure sustainable progress for the future, forward.

This vital intersect of education and environmental stewardship took center stage as the Metro Iloilo Water District (MIWD) was once more was invited to be one of the environmental advocacy speakers for the John B. Lacson Foundation Maritime University (JBLFMU) Eco-Adventure Camp last May 8, 2026, in Puerto Del Mar, Guimaras.

Celebrating its milestone 10th anniversary, the five-day eco-immersive camp brought together fifty of the brightest, environmentally minded youth leaders from across Panay, Guimaras, and Negros isles. Coordinated with the DENR, LGU Nueva Valencia, and Earthling PH, the event featured a series of physical and mental activities designed to educate and inspire these young leaders to take charge of the planet’s future.

As part of the five-day activities, the youth participants were given time to hop from cottage to cottage in the venue, to listen to environmental lectures prepared by the participating agencies housed in each eco-cottage. As it stands, 2026 marks the third year that MIWD has participated in the Youth Camp, and this year’s lecture centered on the environmental impact of Artificial Intelligence on the water resources of the world. An abbreviated excerpt is presented below:

Artificial Intelligence, or AI, has been the buzzword almost everywhere. It is mentioned non-stop in both traditional and new media: from business establishments pledging a newer, more efficient system using AI, and influencers and tech gurus touting its benefits daily on their platforms, to heads of states praising its marvelous technological arrival as something that has been long overdue.

But beneath all the progress lies an underlying issue that many people are not aware of: the entire AI industry uses an alarmingly titanic amount of water resources in order to function—so massive that it threatens to strain global supplies.

This is because AI Data Centers need to cool down their thousands of computer chips working together 24 hours a day to process the AI requests of people all over the world. Those microchips generate intense heat and, without cooling, would overheat in seconds and stop working altogether. Therefore, they use liquids to absorb the heat and then dissipate it into the atmosphere. Mind you, the water they use is far cleaner and purer than any human will ever drink, as a single microbe or trace mineral could render that cooling water useless.

Now, multiply that against hundreds of millions of human users all over the world who are using AI on their phones. Scaled up, a single 100-word AI query uses up roughly 500ml of ultra-pure water—the equivalent of a standard, store-bought bottle of water. Generating just one AI image can consume up to 10 liters of purified water. Multiply that by the billions of AI requests made at any given hour, and a single data center can consume up to 300,000 gallons of water per day—the same daily water consumption as 100,000 families. And that is just one facility; there are currently more than 5,000 data centers operating globally.

To further contextualize, data centers worldwide use up to 2,273 Olympic-sized swimming pools of ultra-pure water every single day (roughly 1.5 billion gallons, or 5,678 million liters per day).

However the world chooses to proceed with the advancement of AI remains up in the air, as many find the ascension of AI technology to be inevitable. Yet, it must clearly be tempered with the careful management of the one essential resource we all need to survive: water.