Aged pipes: Integrity and service life extension
Multidisciplinary engineering and asset integrity are redefining the service life of pipelines and the design of hybrid energy systems.
Bolted flange joint certification: Enhancing safety, expanding career opportunities
BFJ certification validates competency in bolted flange joint inspection and assembly to enhance safety and reliability.
ASME B31.1: Design, fabrication, and inspection of power piping
Technical guide on ASME B31.1 applied to the design, manufacture, inspection, and operation of power piping in power plants.
Oil terminal: Types, operational functions, and critical assets
Oil terminals are structures necessary for storing, transferring, and controlling hydrocarbons, ensuring logistical continuity, operational safety, and industrial integrity.
Pipeline Integrity: Smart inspection technologies
Pipeline integrity evolves with smart inspection technologies that enable accurate, predictive, and reliable diagnostics on industrial assets.
Engineering challenges in subsea pipeline projects: Methodological approaches in conceptual, basic, detailed, and construction phases
Phased methodology with geophysical studies, risk management, and integrity criteria for operation and maintenance.
Pipeline welding: A discipline of high precision and reliability
Pipeline welding combines technology, control, and precision to ensure industrial integrity and reliability.
Inline Inspection (ILI) vs. External corrosion direct assessment (ECDA): Choosing the right tool for pipeline integrity management
ILI and ECDA are key methods for monitoring external corrosion and managing pipeline integrity
Ultrasonic higher order mode cluster (HOMC) guided waves – Helping visualize hidden corrosion In piping including pipe supports and estimating the lowest remaining thickness accurately
HOMC allows accurate measurement of wall loss in pipe supports without disassembly, using short-range guided waves.
Fluid-7: the future-proof solution for new energy midstream and downstream applications
Fluid-7 combines seismic flexibility and low permeability to transport hydrogen, ammonia and CO₂, reducing operating costs and emissions.