Engineering and inspection

Find the leak. Prove the system.

We design helium facilities, locate leaks and inspect cryogenic equipment from concept through commissioning.

Stainless steel piping, gauges and process equipment in a helium handling system
Process equipment and instrumentation in a helium handling system.
Facility engineeringConcept, layout and commissioning
Leak testingAcoustic, helium and bubble methods
NDTFluorescent penetrant and acoustic emission
AssetsDewars, tanks and tube trailers
Process equipment and stainless steel piping in a helium handling facility

A helium site starts with the operating case.

Storage, transfer, compression, recovery and distribution must be designed around real demand, package interfaces and local operating conditions.

Process basis

Consumption profile, delivery mode, operating pressure, purity and continuity requirements.

System design

Equipment selection, piping routes, control philosophy and utility interfaces.

Delivery

Procurement coordination, installation planning, testing and commissioning support.

Handover

Operating documentation, inspection records and agreed training scope.

One method does not fit every leak.

The test method follows the equipment, pressure condition, required sensitivity and whether the task is screening, localization or quantification.

Illustration of an acoustic imaging camera locating a gas leak at a pipe flange
Method illustration

Acoustic imaging

A microphone array visualizes sound sources and helps locate leaks in compressed gas and vacuum systems during a broad survey.

Illustration of a helium mass spectrometer vacuum leak test on a cryogenic vessel
Method illustration

Helium mass spectrometry

Vacuum spray and positive-pressure sniffer techniques support sensitive local testing of welds, flanges, valves and vacuum jackets.

Illustration of bubble leak detection solution applied to a stainless steel flange
Method illustration

Bubble leak testing

An approved foaming solution provides direct visual confirmation at accessible joints and suspected leak points under suitable pressure conditions.

Illustration of fluorescent penetrant inspection of a weld under UV-A light
Method illustration

Fluorescent penetrant inspection

UV-A examination of fluorescent penetrant indications helps reveal fine surface-breaking discontinuities on suitable nonporous materials.

Pressure and cryogenic assets

Inspection follows the asset and its approval regime.

We define the examination scope around construction, service history, applicable rules and the decision the inspection must support.

Dewars and vacuum-insulated vessels

Vacuum-jacket integrity, welds, flanges, valves, safety devices and supporting leak-test records.

Tube trailers and P-50 type systems

Acoustic emission examination with follow-up ultrasonic assessment where required by the applicable inspection procedure.

Tank containers

Inspection planning for the vessel, frame, valves, fittings, safety devices, markings and technical documentation.

Statutory inspection, certification and approval are performed within the applicable authorized framework agreed for each asset and jurisdiction.

Cryogenic ISO tank container undergoing technical preparation in a workshop
Cryogenic ISO tank container during technical preparation.
Control and pressure-building equipment on a stainless steel cryogenic Dewar
Cryogenic Dewar control and pressure-building equipment.

Need an engineering or inspection scope?

Send equipment data, operating conditions, drawings, location and the required decision or acceptance basis.

Discuss a project