Oil & gas asset integrity
AIN UAE supports oil and gas asset-integrity teams with visual drone inspection, thermal and infrared surveys, and digital twin condition records. Methane and gas-leak detection is delivered with a specialist partner using an agreed sensor and inspection method.
Illustrative AIN digital twin view: tagged industrial assets linked to inspection photographs. The video is hosted on Vimeo.
Open the video on Vimeo. If playback is unavailable, contact us for an accessible viewing option.
The video is an explanatory walkthrough. The methods below are inspection-scoping options, not a list of confirmed gas leaks, pipe cracks, measured temperatures or repairs from this project. No client, location, inspection date or quantified result is asserted here.
Recurring call-outs, repeated access arrangements and disconnected photographs can leave a maintenance backlog without a clear history of each finding. A dated inspection baseline helps reliability, inspection and maintenance teams decide what needs closer investigation and what should be compared at the next survey.
Use the record to support asset-integrity review, reliability planning, risk-based inspection and leak detection and repair (LDAR) programmes where a specialist gas survey is commissioned. No prediction of every failure or fixed maintenance saving is promised.
External examples and published estimates, not measured AIN project results or guaranteed savings. Assets, systems and scopes differ; the named organisations are not presented as AIN clients or partners.
Assess your project against access arrangements, shutdown windows, capture coverage, analysis and reporting, alongside the value of a digital record for repeat review. Actual savings need a site-specific baseline and scope.
Document external corrosion, coating breakdown, damaged cladding and visible surface-crack indications on refinery façades, structures and accessible pipework. Scope may include pipe racks, vessel exteriors, columns, stacks, valves and flanges. Visibility, resolution and access determine what can be assessed.
Thermal imaging is also called infrared thermography. Review heat-loss patterns, insulation defects, hot spots and suspected steam leaks on agreed equipment. Thermal imagery indicates surface temperature patterns, not a confirmed diagnosis or the identity of a gas.
AIN delivers gas and methane leak detection with a specialist partner, including fugitive-emissions investigations where scoped. The target gas, suitable OGI camera or dedicated gas sensor, survey conditions and reporting method are confirmed for the assignment. Standard RGB or general-purpose thermal cameras do not directly identify methane.
Visible pipe-crack indications can be flagged for closer review. Internal cracks, crack depth, wall thickness and corrosion under insulation (CUI) require suitable follow-up, which may include access, insulation removal or non-destructive testing (NDT). An aerial image alone cannot confirm them.
This work supports asset integrity, mechanical-integrity review, risk-based inspection planning and maintenance decisions. It does not replace fixed gas alarms, emergency response, statutory inspection, pressure testing, NDT or engineering fitness-for-service assessment. A digital twin is a record updated through capture; it is not live process monitoring or SCADA unless that separate capability is explicitly specified. No ATEX/IECEx equipment rating, unrestricted live-plant access or guaranteed avoidance of shutdown is implied.
No. General-purpose thermal imagery does not directly identify methane. AIN carries out methane and gas-leak detection with a specialist partner, using a suitable OGI camera or dedicated gas sensor and an agreed field method. Target gases and detection conditions must be specified.
RGB capture can document visible surface-crack indications where access and image resolution allow. Thermal patterns may flag areas needing investigation, but internal cracks, wall thickness and crack depth need suitable follow-up or NDT. No single image establishes pipe integrity.
Thermal and infrared surveys may reveal abnormal heat-loss patterns around steam lines, valves and insulation. Plant conditions, surface emissivity, reflections and viewing geometry affect interpretation. Suspected steam leaks or insulation defects require technical verification.
A digital twin can link captured imagery and observations to an asset location and inspection date. Maintenance teams can review evidence, plan follow-up and compare suitable repeat surveys instead of relying on disconnected photographs. It does not automatically predict failure or certify a repair.
Share the UAE project location, asset types or asset list, known issues, required dates, operating restrictions, permit-to-work requirements and desired deliverables. For gas or methane work, include the target gas and the required detection or reporting objective.
These references explain sensor principles, not AIN project results or a claim that one camera detects every fault.
Send the location, asset list, known maintenance concerns, dates, operating restrictions and required outputs. Tell us whether you need RGB condition documentation, thermal/infrared inspection, a digital twin or specialist gas/methane leak detection.
