Teledyne FLIR is leveraging its advanced thermal imaging technology to tackle the Middle East’s pressing energy challenges.

 

From detecting hydrocarbon leaks to optimising industrial operations, its solutions are enhancing efficiency and safety across the oil, gas, and renewable sectors.

 

Teledyne FLIR was at Middle East Energy 2025, held from April 7-9 in Dubai to showcase its groundbreaking products like the Gx320 Optical Gas Imaging camera and Si2x-Pro™ acoustic imaging tool that are revolutionising predictive maintenance and emissions monitoring.

 

These technologies not only reduce downtime but also support compliance with stringent environmental regulations.

Gokhan Akca, Team Lead - Middle East & Africa, CIS, Teledyne FLIR, spoke to OGN energy magazine.

 

Teledyne FLIR has a strong presence in thermal imaging. How is this technology being adapted to meet the evolving energy challenges in the Middle East region?

 

FLIR’s thermal imaging technology is addressing the region’s energy challenges by enhancing operational efficiency and safety. For instance, the FLIR Gx320 Optical Gas Imaging (OGI) camera is designed to detect hydrocarbon and methane emissions, which are critical in oil and gas operations. This technology not only ensures compliance with environmental regulations but also minimises energy loss and operational downtime.

 

Can you share how your sensing solutions are helping improve energy efficiency and predictive maintenance in industrial settings?

 

FLIR’s sensing solutions, such as the FLIR Si2x-Pro™ acoustic imaging camera, are pivotal in predictive maintenance. These tools detect issues like gas leaks, mechanical bearing faults, and electrical discharge early, preventing costly failures. Additionally, FLIR’s advanced thermography solutions provide real-time data for monitoring critical assets, enabling industries to optimise energy use and reduce waste.

 

With sustainability becoming a top priority, how does Teledyne FLIR contribute to reducing carbon emissions or enhancing renewable energy monitoring?

 

Sustainability is at the core of FLIR’s mission. The company’s thermal imaging systems play a vital role in monitoring renewable energy infrastructure, such as solar panels and wind turbines, ensuring their optimal performance. Moreover, FLIR’s technologies help detect and mitigate greenhouse gas emissions, directly contributing to carbon footprint reduction.

 

What innovations or product launches is Teledyne FLIR showcasing at Middle East Energy this year, and how do they cater to regional market needs?

 

At Middle East Energy 2025, FLIR is showcasing groundbreaking products like the FLIR Si2x-Pro™ acoustic imaging camera and the Gx320 OGI camera. These innovations are tailored to meet regional needs by enhancing safety, reducing operational costs, and improving energy efficiency. Other highlights include the EXTECH Test & Measurement equipment and advanced thermal cameras, which cater to diverse industrial applications.

 

How does Teledyne FLIR collaborate with government bodies or energy providers in the Middle East to support smart grid and infrastructure modernisation efforts?

 

FLIR actively collaborates with government bodies and energy providers in the Middle East to modernise infrastructure. By integrating advanced thermal imaging and sensing technologies into smart grid systems, the company supports efficient energy distribution and infrastructure resilience. These partnerships are instrumental in driving the region’s transition to smarter, more sustainable energy solutions. —OGN / Trade Arabia News Service

 

— Abdulaziz Khattak