
Key transformations in offshore oil exploration
Deepwater drilling is evolving with artificial intelligence, energy efficiency, and updated environmental regulations.
Deepwater drilling is evolving with artificial intelligence, energy efficiency, and updated environmental regulations.
The correct implementation of preventive maintenance reduces operational risks and improves performance in industrial environments.
Circularity requires redesigning processes to reduce waste and maximize value at each stage of the product life cycle.
The circular economy redefines how the energy sector manages waste and leverages resources, aiming for greater operational efficiency.
The mining industry advances with innovation in all its processes, from exploration to mine closure.
Intelligent maintenance systems can be used to improve existing predictive, preventive and corrective maintenance programs, which provide functional, optimal and efficient support, allowing the implementation of intelligent maintenance systems.
Green hydrogen, as a sustainable alternative, promises to reduce transportation emissions and move towards a cleaner, more sustainable future.
Technical analysis of how non-destructive testing detects discontinuities without affecting the integrity of industrial components.
Application of AI, smart sensors and digital twins to optimize performance and asset availability in energy systems.
Industrial maintenance and inspection best practices on platforms and equipment are necessary to ensure asset safety and efficiency, as well as reduce downtime and repair costs.
Lack of proper maintenance and inspection can result in catastrophic failure and safety hazards, which can lead to serious and costly accidents.