We provide a cost-scalable turnkey solution consisting of a patented non-thermal infrared camera and a cloud monitoring service that provides oil and gas companies with timely and visual notifications of methane and VOC emissions, enabling oil and gas operators to quickly and visually identify leaks so they can be repaired, helping meet ESG and methane intensity goals while optimizing operational processes.
Actual imagery from field measurements - not a rendering
Our turnkey industrial IoT solution offers continuous monitoring and quantifies the intensity of methane and VOC emissions. The scanning infrared imaging system automatically detects and measures emissions and provides operators with an annotated and animated clip of the leak. With this information, operators can take action to implement repairs without the need for secondary manual inspections. With Kuva you will receive:
Video clip shows prototype with actual field measurement data - not a rendering. Final user interface may differ from the concept shown above.
80% of methane emissions are caused by a small number of very large leak events, often due to equipment malfunctions. Our area imaging system automatically and continuously monitors high-risk sites to identify leaks as they appear, without human intervention. The solution equips the oil and gas industry to improve operations and meet ESG and methane intensity goals by mitigating leaks. It also documents the absence of leaks to assure ESG investors, regulators, and the public.
Visual dashboard is under development. Final user interface may differ from the concept shown above.
Each installed camera pinpoints the leak location, then quantifies and visualizes its volume and release rate. The imagery is annotated with color overlay measurements of gas density at each pixel, embedded in a short image sequence captured by the Kuva camera, and relayed to the Kuva cloud. Images are validated with visualization tools prior to their transfer, eliminating false alarms. Custom alarms and analytics can be configured by the operator in the Kuva cloud to support reporting preferences.
Video clip shows prototype with actual field measurement data - not a rendering. Final user interface may differ from the concept shown above.
Our shortwave infrared (SWIR) camera uses proprietary spectroscopic imaging to provide actionable insight with colorized images of gas plumes, along with the process equipment for root cause determination, leading to expedient elimination of emissions. The proprietary SWIR implementation combined with Kuva’s Azure IoT Edge, and no-false alarm cloud component provides assurance of actionable image notifications. The Kuva camera provides oversight from 30-40ft above with a 50 ̊ vertical field of view (FoV). Using the integrated pan-stage, the user can opt to monitor up to 6 user-selected FoV’s, of up to 45 ̊ each, for a combined 135 ̊ out of the possible 360 ̊ and has a 100m (328ft) diameter range. For image delivery and device management, the camera is connected to the Azure Cloud via integrated LTE or Ethernet. Designated users are notified by email or text that an event has occurred with a link to the event image series. We do not leave much to the imagination when it comes to interpreting results. The dashboard presents a series of images as an animated gif, as well as wind speed and direction. As a picture is worth a thousand words, the relative plume size, and source provide certainty to operators, aiding their diagnostic efforts.
Visual dashboard is under development. Final user interface may differ from the concept shown above.
Gas cloud visual documentation — time-stamped and annotated — is relayed to the work order management system or directly to field operators for leak mitigation. Visual evidence replaces costly and potentially dangerous secondary inspections by on-site gas detection teams. By finding and fixing large leaks fast — before they become super-emitters — Kuva accelerates mitigation response times, increases gas recovery, and improves overall economic performance.
