The future of offshore engineering: Structural solutions for seismic zones and deep waters
Discover how offshore engineering is evolving with floating platforms, earthquake-resistant design, and digital twins for extreme environments.
Discover how offshore engineering is evolving with floating platforms, earthquake-resistant design, and digital twins for extreme environments.
Discover with Inspenet how to protect critical infrastructures exposed to humidity, salinity and aggressive soils. Real applications and reliable solutions.
The choice of ferrous and non-ferrous metals for corrosive and marine environments is key to optimize design, maintenance and safety in industrial assets.
Explore with Inspenet how AWS D17.1 ensures precision, traceability, and safety in the fusion welding of critical aerospace structures and components.
With AI and autonomous systems, intelligent offshore oil platforms maximize their production and integrity, generating better hydrocarbon extraction.
Inspenet reveals how VR simulators and digital platforms are reshaping welding training education through safety, efficiency, and next-gen certification pathways.
Explore with Inspenet the steps for effective internal inspection in distillation towers. Learn key methods and enhance operational reliability.
INSPENET presents a technical analysis of the Pulsed Eddy Current method, an innovative solution to detect Corrosion Under Insulation (CUI) in height and critical pipelines.
ASME B31.3 guides the design and operation of industrial piping, ensuring safety and reliability in critical systems within demanding environments.
Technical analysis of advanced Risk-Based Inspection (RBI) technologies for atmospheric tanks, focused on safety, frequency, and prioritization.
Learn how NDT certifications can open doors to high-paying and in-demand careers worldwide, ensuring safety and innovation.
Settlement in a storage tank compromises its structural integrity, affecting the safety, operation and life of the system.