Aboveground storage tanks
A vast steel shell protects the product inside. Explore the floor, roof and shell—and the hidden corrosion that threatens containment.
Read the guide →
How it works. Where it fails. How we inspect it.
Practical equipment guides for inspection, reliability, and maintenance teams.
Inside the shell, trays and packing drive separation. Damage can affect performance long before a leak appears.
Choose an asset to look inside
Understand the components, recognize common damage, and explore inspection options.
A vast steel shell protects the product inside. Explore the floor, roof and shell—and the hidden corrosion that threatens containment.
Read the guide →Pressure containment depends on shells, heads and connections. Look inside the vessel and see where inspection needs to focus.
Read the guide →High above the plant, tips and pilots stand ready for relief gas. Discover the challenges of heat, corrosion and elevated access.
Read the guide →Inside the shell, trays and packing drive separation. Damage can affect performance long before a leak appears.
Read the guide →Follow the connections between assets. Elbows, flanges and insulated runs each bring different inspection challenges.
Read the guide →Two fluid streams, one heat-transfer surface. Look inside the tube bundle and explore corrosion, fouling, vibration, and inspection options.
Read the guide →Follow the power path through transformers, breakers and protection systems, and connect visible findings to targeted electrical testing.
Read the guide →Follow the steam path, rotating assembly and supporting oil system to understand where turbine inspection starts and where specialist assessment is needed.
Read the guide →Connect the gas path, pressure parts and supporting structure to the locations where cycling, chemistry and restricted access shape the inspection plan.
Read the guide →Follow the liquid path from suction to discharge, then connect hydraulic behavior to the seal, bearings, coupling and supporting base.
Read the guide →Locate the cylinder, valves, rod packing and running gear, then separate gas-path performance from the condition of the mechanical drive and supporting piping.
Read the guide →Connect gear teeth, shafts, bearings and lubrication to a practical diagnostic sequence, including where acoustic imaging can add useful information.
Read the guide →Qualifying the job, planning each flight, interpreting UT readings, and caring for the aircraft.
Read Mike’s interview →Practical lessons on weld inspection, image quality, access, documentation, and taking care of the instrument.
Read the interview →