The University of Navarra has begun geothermal tests on the site where the Science extension building will be located, which includes spaces for the teaching and the research, and exhibition areas for the Science Museum.

The geothermal probe, which has been carried out in a location near the car park exterior of the Cima University of Navarra, is executed in two phases. First, a 125-meter deep borehole has been drilled and the geothermal probe has been introduced. This test has been developed during a workshop of work and has been materialized by business Atlántico Perforaciones.

The second part of the work consists of a thermal response test of the ground and will last approximately 48 hours. According to business manager - Ingeo - the test consists of recirculating water at a certain temperature through the probe in order to measure the thermal conductivity in the different strata of the ground.

Tests are carried out on buildings to evaluate the thermal capacity of the ground and to study the feasibility and sizing of a geothermal installation. The information obtained is also used to calculate how the installation will perform over its lifetime without running out of thermal capacity.

Geothermal energy is one of the most sustainable and efficient energy systems because it uses the constant temperature of the subsoil to provide heat or cold to a building, significantly reducing energy consumption.

The construction of the Science extension building, which will house the Science Museum, is one of the main objectives of the University of Navarra's Strategy 2025. Under the slogan "University and sustainability", this roadmap for the coming years has sustainability as its axis, in its triple environmental, economic and social dimension. The Museum has a mission statement professor , research and scientific communication, with the participation of students, professors and researchers from very different areas of knowledge, united by a common interest in nature.