The Lugo Campus switches to clean energy with its new biomass-powered heating network

  • Inauguration of a key infrastructure for the energy transition at the University of Santiago de Compostela.
  • Massive reduction of the carbon footprint by eliminating the use of oil and gas boilers.
  • Supporting the local economy through the use of forest wood chips from Galician forests.
  • Guaranteed thermal supply for nine university complexes and one high-efficiency residence.

Biomass-fueled district heating network on university campus

It's clear that things are changing in the energy management of our campuses, and the University of Santiago de Compostela has taken a bold step with an infrastructure project that's sure to make waves. With the launch of the new biomass-fueled heating network on the Lugo Campus, the institution isn't just aiming to save money, but to make a significant impact by demonstrating its genuine commitment to the environment and the local development of the region.

This initiative, which has received significant financial backing thanks to Next Generation funds, means saying goodbye to the old oil-fired boilers that were long overdue for retirement. Ultimately, it's about making use of readily available resources, such as wood from the Galician forests , to generate much cleaner and more efficient heating for students and faculty.

A technical deployment to supply nine university complexes

Biomass thermal power plant for heating

The installation next to the Higher Polytechnic School of Engineering is no small feat, as the thermal power plant boasts five state-of-the-art boilers with an impressive combined output. This energy hub distributes hot water through kilometers of buried pipes, connecting iconic locations such as the Faculty of Veterinary Medicine and the Inter-Faculty Library without users noticing any difference in their daily comfort.

To prevent the system from failing in the event of a supply disruption, silos have been installed with the capacity to ensure that everything operates at full capacity for more than fifteen days of complete autonomy. This guarantees that, even during Lugo's harshest winters, there will be no shortage of heating in the classrooms or the Bal y Gay residence hall, while also eliminating the risks associated with storing flammable fuels inside educational buildings.

Environmental impact and benefits for the Galician economy

What's most striking about this project is the drastic reduction in its carbon footprint, as it's expected to prevent the release of more than two million kilograms of CO2 into the atmosphere each year. It's a staggering figure, but it means that almost all the emissions previously generated by heating the campus will simply disappear thanks to the use of wood chips.

Beyond the environmental aspect, this initiative has a very interesting economic component because the fuel doesn't come from the other side of the world, but from the Galician forestry sector, boosting employment in the rural areas around us. This completes a very positive cycle where the university becomes an engine of sustainability that not only teaches theory, but also applies it in its own facilities to improve everyone's lives.

This transformation towards a more responsible energy model places the Lugo facilities at the forefront of renewable energy in the Spanish academic sector. With an investment of around five million euros, a climate control system is guaranteed that will serve as a benchmark for other institutions seeking to effectively decarbonize their buildings. By abandoning fossil fuels and opting for locally sourced renewable resources, a cleaner and more stable future is ensured for the next generations of university students who will pass through these classrooms.


Add as preferred source in Google