Blog
Discover how Squatex explores, innovates and shares its knowledge on sustainable energies
Salt caverns: why is salt a strategic material for energy storage?
Low permeability, creep and self-healing help make rock salt suitable for underground energy storage. Learn how salt caverns work.
How Does Underground Energy Storage Work? Comparing CAES, UHS, UGS and UGSF
How is energy stored underground? Explore CAES, UHS and UGS, their operating principles and the geological formations they rely on.
BECCS: Bioenergy and Carbon Capture Explained
How can BECCS remove CO₂ from the atmosphere? Explore its principles, key steps, climate potential and role in energy transition scenarios.
Types of Geological Wells
A geological reservoir is a porous underground formation capable of storing fluids. Understand its key role in energy and the climate transition
What is CAES and how does it work?
Discover how compressed air energy storage (CAES) supports grid stability and renewable integration.
CAES: Why is this technology essential for decarbonizing electrical grids?
As solar and wind expand, CAES provides long-duration storage to enhance grid stability and reduce reliance on fossil backup.

