The energy transition continues to depend on fossil infrastructure to maintain stability and continuity in key industrial operations.
Companies are adopting circular models to reduce costs, reuse materials, and respond to regulatory demands in global industrial environments.
Reducing greenhouse gas emissions is crucial to avoid catastrophic consequences such as sea level rise and biodiversity loss.
Innovative technological solutions for more sustainable automation in modern industry.
Renewable energy sources represent an energy vector with great potential capable of satisfying the global demand for electricity
The future of hydrogen requires renewable energy, such as solar, to produce it cleanly and sustainably as an alternative fuel.
Hydrogen represents the most innovative energy proposal of alternative fuels, with respect to fossils and emitters of polluting gases, greenhouse gases and with great potential as an energy vector. However, it is a difficult fuel to obtain, and its processing from an economic point of view is not economically profitable, entails exorbitant costs because it is not found in isolation in nature.
Antarctica began to disappear between about 30 and 40 years ago.
Under the ice of Antarctica there is solid land, an entire continent that we can barely glimpse from scientific bases. However, what is under that white layer and how vulnerable it is to climate change is now known with greater precision.
Advances in biotechnology increase the possibilities of going beyond current alternatives for energy supply by introducing more efficient and environmentally sound technologies.
Geothermal energy, although known since ancient times, is now a key energy trend in the fight against climate change.
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