Sony Airpeak with Aerial Optical Gas Imaging OGI camera
Sony Airpeak with Aerial Optical Gas Imaging OGI camera

In recent years, the imperative for enhanced safety and environmental responsibility within the gas pipeline industry has led to remarkable innovations in leak detection technology. At the forefront of this advancement is our pioneering team, which has developed an ingenious solution that marries cutting-edge technology with practical usability – a versatile drone-mounted payload equipped with Optical Gas Imaging (OGI) cameras, Hydrocarbon sniffers, and Tunable Diode Laser Absorption Spectroscopy (TDLAS) specifically tuned to detect methane leaks. This innovation, coupled with a detachable handheld feature and a groundbreaking reporting software suite, is poised to revolutionize the way gas pipeline operators detect, report, and repair leaks swiftly and effectively.

I. The Technological Breakthrough

Our innovation begins with a comprehensive understanding of the demands of the gas pipeline industry and the challenges posed by leaks. Traditional methods of leak detection have often fallen short due to their limitations in accuracy, efficiency, and real-time reporting. To address these concerns, our team has developed a drone-mounted payload that combines the power of advanced leak detection technologies:

A. Optical Gas Imaging (OGI) Camera

The OGI camera, a cornerstone of our solution, employs thermal imaging technology to visualize gas leaks. This remarkable device can detect fugitive emissions, including methane, by capturing thermal radiation in the infrared spectrum. The result is a vivid and real-time visualization of gas leaks that can be easily identified from a distance.

B. Hydrocarbon Sniffer

Complementing the OGI camera, the hydrocarbon sniffer is a sensitive device that detects minute concentrations of hydrocarbon gases. By leveraging its unique capabilities, our payload provides an additional layer of accuracy in identifying potential leaks, ensuring a comprehensive and foolproof detection process.

C. Tunable Diode Laser Absorption Spectroscopy (TDLAS)

The TDLAS technology is precisely tuned to detect methane, the primary component of natural gas. This advanced laser-based technology offers unparalleled accuracy in measuring methane concentrations, enabling us to pinpoint even the smallest leaks with unmatched precision.

II. Versatility: From Drone to Handheld

Acknowledging the diversity of operational scenarios, our innovation takes adaptability to the next level. Our drone-mounted payload can be effortlessly detached, converting into a handheld device. This handheld mode is especially valuable for inspecting hard-to-reach areas or for immediate leak detection in confined spaces. This dual functionality underscores our commitment to providing seamless solutions that cater to various operational needs.

III. Real-Time Reporting Software Suite

The pinnacle of our innovation lies in the creation of a powerful reporting software suite that accompanies our drone payload. This software is designed to streamline the entire leak detection and reporting process:

A. On-Site Reporting in Real Time

Our software suite enables operators to generate comprehensive reports while using the payload on-site. This real-time functionality empowers operators to immediately assess the severity of a leak and initiate appropriate repair measures without delay.

B. Seamless Export and Sharing

The software offers a hassle-free export feature that allows users to generate and share detailed leak detection reports effortlessly. Whether for internal documentation or regulatory compliance, this capability enhances transparency and accountability in leak detection practices.

C. Direct Reporting to Utility Owners

A groundbreaking aspect of our reporting software is its ability to directly send reports to utility owners. This real-time sharing fosters collaborative efforts between pipeline operators and utility owners, expediting the decision-making process for immediate repairs.


In a rapidly evolving industry, innovation is the driving force behind meaningful change. Our drone-mounted payload equipped with OGI cameras, hydrocarbon sniffers, and TDLAS technology, coupled with its versatile handheld mode, signifies a monumental leap in gas pipeline leak detection. When paired with our state-of-the-art reporting software suite, this innovation empowers operators to not only detect leaks swiftly and accurately but also take immediate actions with real-time reporting. As our innovation takes flight, it promises to not only mitigate environmental risks but also elevate the industry’s safety standards to unprecedented levels. Please see our site at: