Understanding global warming vs climate change: definitions, impacts, and why precise terminology matters in climate science.

Understanding global warming: orbital cycles, solar variability, volcanic activity, and greenhouse gas emissions explained.

Discover how compressed air energy storage (CAES) supports grid stability and renewable integration.

As solar and wind expand, CAES provides long-duration storage to enhance grid stability and reduce reliance on fossil backup.

Lithium demand is surging. Learn how this critical mineral supports energy storage, renewables, aerospace and next-generation technologies.

Natural hydrogen, also known as white hydrogen, is continuously generated by geological processes. Can it truly be considered a renewable resource?

Rare earths, wind power and electric vehicles: an analysis of the critical role of critical minerals in the energy transition and supply chains.

In 2024, Canada updated its official list, now establishing 34 minerals essential to the development of a sustainable and resilient economy. These minerals are the foundation of green technologies, defense systems, digital infrastructure, and strategic supply chains.

Discover the fascinating history of geothermal energy, from Antiquity to today. How could this ancestral energy source transform our energy future?

Discover how a new enzymatic technology transforms CO₂ into sustainable building materials and why geological storage remains essential to achieving our climate goals.

Understanding the energy transition: climate challenges, clean technologies, renewable energies, and Quebec's role in building a carbon-neutral economy

Discover how geothermal energy is used in heating, agriculture, industry, and electricity, with concrete examples from around the world.

White hydrogen emerges as clean energy frontier with 96% purity wells, cutting-edge detection tech, and major investments. Discover global projects in Kansas, France, Australia, and Quebec.

How does white hydrogen compare to green, blue, and gray hydrogen? Analysis of unique advantages: reduced emissions, low water consumption, and minimal land footprint.

How are critical minerals transforming Canada's energy sector? Discover the role of lithium, rare earths, and sustainable innovations in the energy transition.

Is nuclear energy dangerous? Factual analysis of risks: accidents, radioactivity, waste. Discover the scientific data that separates myths from realities about nuclear safety.

Geological CO₂ storage is emerging as a pillar of industrial decarbonization. Discover its crucial role in the energy transition and climate goals.

Squatex and CTI look back on their first participation in SIM Senegal 2025, marked by innovation, cooperation and sustainable exploration.

Thorium vs uranium: discover why thorium could revolutionize nuclear energy with 4x more resources, 95% reduced radioactive waste, and enhanced safety features.