Mechanical Integrity

Empowering clean energy operations with advanced acoustic imaging, drones, and 24/7 AI monitoring.

An innovative methodology that allows assessing the integrity of risers without pigging or subsea work, ensuring accurate data even in extreme offshore conditions.

Corrosion under insulation can progress silently when certain design and field risks are underestimated.

Technological innovations that redefine how the integrity of AST tanks is assessed without disrupting their operation.

API 626 establishes a clear framework for inspecting and evaluating cryogenic tanks in the face of the increasing use and storage of LNG.

Ensuring their safe operation requires rigorous protocols and qualified experts to detect failures in aging equipment.

Viable alternatives to the scarcity of germanium are compared to ensure the protection and accuracy of IR sensors.

It allows you to optimize resources, reduce downtime, and focus efforts on the highest-risk equipment, proactively improving safety and reliability.

They increase operating capacity, decrease dead product and increase profitability through design improvements.

Phased methodology with geophysical studies, risk management, and integrity criteria for operation and maintenance.