On 2 November 2026, ADIPEC officially opened its largest edition to date at the ADNEC Centre in Abu Dhabi, gathering over 2,200 exhibiting companies and industry leaders from across the globe. Keynotes from energy leadership emphasised a central imperative: maintaining operational resilience, protecting aging infrastructure, and eliminating unplanned downtime across energy and industrial assets.
For plant directors, operations managers, and integrity engineers across the UAE, that strategic objective translates into everyday engineering realities. How can maintenance teams inspect towering flares, complex pipe racks, storage tanks, and high-voltage substations without halting operations or erecting weeks of costly scaffolding?
The answer lies in combining targeted aerial thermal inspections with terrestrial reality capture.
Moving beyond manual scaffolding and shutdown windows
Traditional visual and ultrasonic inspections in industrial environments present significant hurdles:
- High safety exposure. Sending personnel onto rope access, scaffolding, or suspended cradles near hot lines and elevated structures creates significant work-at-height risks.
- Production downtime. Conducting close visual inspections frequently requires temporary facility shutdowns or isolated unit turnarounds.
- Disconnected inspection records. Paper inspection sheets and uncoordinated handheld snapshots make it difficult to track slow-moving corrosion or structural fatigue across consecutive years.
By deploying specialised radiometric thermal and high-resolution visual sensors mounted on industrial drones, teams can survey tall flare stacks, distillation towers, and rooftop envelopes from safe distances while plants remain fully live.
Pairing aerial thermal sweeps with ground-based 3D laser scanning
Aerial inspection identifies hot spots, insulation breakdown, refractory degradation, and electrical resistance anomalies. However, executing remediation requires accurate spatial context.
When facilities integrate aerial thermal imaging with terrestrial LiDAR laser scanning, they create an actionable engineering record:
- Corrosion and anomaly mapping. Thermal anomalies and coating failures identified from the air are tagged directly onto a registered 3D laser scan of the facility.
- Clash detection for prefabrication. When replacing valves, pipe spools, or structural supports, 3D point clouds allow engineering teams to verify clearance tolerances offsite before delivery.
- Baseline records for turnarounds. A comprehensive pre-shutdown laser scan allows contractors to fabricate replacements in advance, dramatically shortening planned maintenance turnaround times.
Plan an asset documentation brief with COENGR EYE
Whether you are preparing for a planned plant turnaround, assessing electrical switchgear, or documenting rooftop solar installations across industrial facilities in Abu Dhabi and the Western Region, COENGR EYE provides specialised aerial and ground reality capture.
Send our team your facility location, target asset types, and operational constraints. We will scope a tailored radiometric thermal sweep and 3D laser scanning plan with clear anomaly logs and CAD-ready deliverables.
ADIPEC is an independent conference and exhibition organised under its official patronage. EYE provides commercial aerial inspection and 3D laser scanning services; this article does not claim an official event endorsement or municipal certification role.