Leak Detection and Quantification Solutions
Periodically, METEC asks all solution developers we know if they want to be listed on our website, below. Companies that responded are listed below. If you’re a leak detection solution, contact us if you want to be listed.
The content provided below (except ‘prior testing at METEC’ column) was provided by the company and not edited by CSU. This listing is provided for the convenience of the community; CSU does not endorse or recommend any solution, in any way, shape or form.
| Company Name, Description and Contact | Solution Name | Deployment Methods; Sensor Types | Applicable Facility Types | Operating Regions | Type of Solution | Prior Testing at METEC |
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 The ABB leak detection survey service combines the reliability and expertise of the ABB Measurement & Analytics service organization with mobile devices that use our industry leading comprehensive solutions which simultaneously measures both methane and ethane to eliminate false positives. Powered by ABB Ability, we leverage the ABB ecosystem of mobile leak detection technologies – the MobileGuard vehicle-based analyzer, MicroGuard handheld analyzer, and HoverGuard UAV drone-based analyzer - with cloud-based data analytics & reporting, to provide customers with comprehensive information, including location and emissions rate, about large, small and hidden leaks on-site. Website: https://global.abb/group/en Contact: ICOS.sales@ca.abb.com | - MobileGuard™: High-speed vehicle-based mobile gas leak detection system | Moving vehicle (truck, ATV, etc.); Point concentration sensors (ppm) | Well pads, compressor stations, processing plants, refineries, non-station gathering or transmission systems, gas storage, distribution infrastructure (M&R stations, city gates, etc.), LNG | USA, Canada, North America, Europe, Middle East, Asia, Other | Pipeline survey (mobile survey solution for pipelines) | Yes - Other Not Specified |
| The ABB natural gas analyzers platform build on the heritage and extensive track record of Los Gatos Research analyzers, using patented Off-Axis Integrated Cavity Output Spectroscopy (OA-ICOS) technology, the latest evolution in tunable diode laser absorption spectroscopy. ABB's leak detection solutions combine this proven technology with innovative fluid dynamics algorithms to detect, map, localize, attribute, and quantify large, small, and even hidden leaks quickly and reliably. | - MicroGuard™: Portable gas leak detection system | Handheld Survey Point concentration sensors (ppm) | Well pads, compressor stations, processing plants, refineries, non-station gathering or transmission systems, gas storage, distribution infrastructure (M&R stations, city gates, etc.), LNG | USA, Canada, North America, Europe, Middle East, Asia, Other | Pipeline survey (mobile survey solution for pipelines) | Yes - Other Not Specified |
| - HoverGuard™: UAV-based gas leak detection system | UAV (drone of any type) Point concentration sensors (ppm) | Well pads, compressor stations, processing plants, refineries, non-station gathering or transmission systems, gas storage, distribution infrastructure (M&R stations, city gates, etc.), LNG | USA, Canada, North America, Europe, Middle East, Asia, Other | Survey (mobile, periodic dispatch, typically manned) | Yes - Other Not Specified | |
 Bridger Photonics developed Gas Mapping LiDAR™, a form of aerial LiDAR that precisely images, pinpoints, and quantifies methane emissions. The solution uses sensitive state-of-the-art aerial laser technology attached to aircraft, combined with proprietary data processing and analytics techniques to detect more than 90 percent of emissions within typical production sector basins. Once a leak is detected, Bridger provides clients with actionable data to help operators achieve meaningful emissions reduction. This data can include emission rate, maximum path-integrated concentration, methane gas plume imagery, emitter location GPS coordinates, and intermittent/persistent designation of every detected emission. In addition, updated aerial photography of the sites flown is included. Gas Mapping LiDAR can be used to meet the requirements of several certification initiatives and was included in the first-ever Alternate Means to Emissions Limitations (AMEL) application under the EPA's OOOOa rule. Website: https://www.bridgerphotonics.com/ Contact: info@bridgerphotonics.com | Gas Mapping LiDAR™ | Manned Aircraft Laser Imager | Well pads; compressor stations; processing plants; refineries; non-station gathering or transmission systems; gas storage; distribution infrastructure (M&R stations, city gates, etc.); LNG | North America | Other | Yes - ARPA-E MONITOR R1&R2/Methane Round Up (2017/2018) |
 The Field Geo Services "set it and forget it" continous emissions monitoring solutions (Methane/TVOC) is a comprehensive hardware and field service solution for measuring real time methane emissions. Utilizing Amazon Web Services technology, Field Geo Services provides an all-in-one solution for qualification and location of methane emissions. Our stand-alone solar powered unit contains LTE/Wifi technology built in, meaning no added infrastructre is required in order to deploy a sensor array in a matter of hours. A simple user interface puts emissions data and easy to understand insights at your fingertips, live and continuous, 24 hours every day. Website: fgsairguardian.com Contact: sales@fieldgeoservices.com | Air Guardian Continuous Methane Monitoring Solution | Stationary install (extended time period) Point concentration sensors (ppm) | well pads; compressor stations; processing plants; refineries; non-station gathering or transmission systems; gas storage; distribution infrastructure (M&R stations, city gates, etc.); LNG; Municipal and community monitoring | USA | Continuous monitor (permanent install, long term operation, autonomous) | Not Tested |
| Air Guardian Continuous TVOC Monitoring Solution | Stationary install (extended time period) Point concentration sensors (ppm) | well pads; compressor stations; processing plants; refineries; non-station gathering or transmission systems; gas storage; distribution infrastructure (M&R stations, city gates, etc.); LNG; Municipal and community monitoring | USA | Continuous monitor (permanent install, long term operation, autonomous) | Not Tested | |
 The Grandperspective scanfeld system provides the world's first early warning solution for hazardous gases that can cover complete industrial sites. Based on our passive optical sensor units that identify a multitude of chemicals from the distance, we visualize and locate hazardous gas clouds in real time and detect smaller leaks and fugitive emissions by time series analysis. Website: https://www.grandperspective.de/de/ Contact: behme@grandperspective.de | Scanfeld | Stationary install (extended time period) Other hyperspectral camera | chemical plants; processing plants; gas storage; compressor stations; refineries | Globally | Continuous monitor (permanent install, long term operation, autonomous) | Not Tested |
 The Hetek Flow Sampler is a portable instrument that quantifies methane or natural gas fugitive emissions in the field by capturing and sampling the leak at varying flow rates. This instrument is the replacement of the discontinued Hi Flow Sampler. Hetek has been established in 1956 and is one Canada's primary vendors of portable gas leak detection instrumentation and distribution pipeline leak inspection services to Canada's natural gas sector. Website: https://www.hetek.com/ Contact: amyn.bhimani@hetek.com | Hetek Flow Sampler | Other Point concentration sensors (ppm) | Compressor stations; processing plants; non-station gathering or transmission systems; gas storage; distribution infrastructure; LNG | Global | Other | |
 Kuva understands the increased need to continuously monitor methane and VOC emissions. We believe that continuous monitoring must be visual to be actionable because you can't fix what you can't see. We offer a cost-scalable solution consisting of a patented non-thermal infrared Continuous-OGI camera and cloud monitoring service that provides customers 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 when correlated with SCADA data. Our clients are demonstrating to their shareholders that they are going above and beyond to de-risk any unscheduled emissions by providing continuous monitoring with visual confirmations using colorized gas plume images of otherwise invisible methane emissions. Website: https://www.kuvasystems.com/ Contact: info@kuvasystems.com | Kuva Methane Camera | Stationary install (extended time period) Other hyperspectral camera | Well pads; facilities; tank batteries; compressor stations; flares; etc. | USA and Canada | Continuous monitor (permanent install, long term operation, autonomous) | Yes - ADED Continuous Monitoring Protocol Rev 1.0 (2022) |
 LongPath Technologies uses long-range laser systems to provide continuous methane emissions localization and emissions rate quantification over large areas. Our automated technology covers areas exceeding 30000 acres with a single laser, allowing simultaneous monitoring of dozens of facilities in dense oil and gas regions. Costs for other sensors expand linearly with well counts, but our costs fall exponentially - generating a disruptive cost curve in areas with dense infrastructure. Website: https://www.longpathtech.com/ Contact: caroline.alden@longpathtech.com | LongPath | Stationary install (extended time period) Line concentration sensor (ppm-m) | Well pads; production faciliites; tank batteries; SWD; in-field compressor stations; midstream compressor stations; processing plants; refineries; gas storage; LNG terminals | USA, Canada, North America | Continuous monitor (permanent install, long term operation, autonomous) | Yes - ARPA-E MONITOR R1&R2/Methane Round Up (2017/2018) |
| LongPath’s quantitative continuous monitoring is the only system to have been blind tested and published in the peer-reviewed literature, and the innovative regional-scale solution provides reliable data at the lowest cost to the customer through the oil and gas value chain. Blind testing at METEC and the field have proven LongPath’s ability to reliably quantify leaks from individual facilities to a limit of less than 0.2 kg/hr. LongPath’s data provides operators with unparalleled insight into operations, consistently leading to reduced emissions and increased efficiency of operations. The addition of a continuous and quantitative emission rate datastream to operators’ SCADA, combined with custom email and text alerts for emissions that require operator attention, make the LongPath data product an invaluable tool in the operations toolkit. | LongPath | Stationary install (extended time period) Line concentration sensor (ppm-m) | Well pads; production faciliites; tank batteries; SWD; in-field compressor stations; midstream compressor stations; processing plants; refineries; gas storage; LNG terminals | USA, Canada, North America | Regional (regionally integrated measurements, e.g. tower networks) | Yes - ARPA-E MONITOR R1&R2/Methane Round Up (2017/2018) |
 mPACT2WO solutions re-define Industrial Internet of Things (IIoT) solutions from legacy, technology-centric IIoT1.0 to new, operator-centric IIoT2.0 approach. We offer IIoT2.0 solutions for continuous emissions and corrosion monitoring. The solutions include next generation of sensors, software, analytics supported on web/mobile applications. The sensors offer a system coverage (vs spot) and are self-expressive (to report any sensor problems). The software offers a zero-manuals, zero-training simplicity for users. The hi-fidelity sensors, intelligent software and consumerized user experience makes mPACT2WO solutions easy for operator adoption and transformation. Website: https://mpact2wo.com/ Contact: roger.nounou@molex.com | AirCompliance - LDAR | Stationary install (extended time period) Point concentration sensors (ppm) | Refineries, chemical processing plants; high pressure pipelines; well pads; compressor stations; non-station gathering or transmission systems; gas storage; distribution infrastructure (M&R stations, city gates, etc.); LNG | USA, Canada, North America, Europe, Middle East, Asia, Other | Continuous monitor (permanent install, long term operation, autonomous) | Not tested |
| AirCompliance for emissions monitoring: A unified solutions with consistent user experience for all emission monitoring use cases. This includes LDAR, Fenceline, Pipeline terminals, Tank-farms, Pump stations & Waste-water treatment facilities. The solution provides real-time alerts on leaks for timely responses with highlights on potential leak sources. The user is guided via web and mobile applications to isolate the leaks and document response via systemized workflows for reporting. | AirCompliance - Fenceline monitoring | Stationary install (extended time period) Point concentration sensors (ppm) | Refineries, chemical processing plants; high pressure pipelines; well pads; compressor stations; non-station gathering or transmission systems; gas storage; distribution infrastructure (M&R stations, city gates, etc.); LNG | USA, Canada, North America, Europe, Middle East, Asia, Other | Continuous monitor (permanent install, long term operation, autonomous) | Not tested |
| AirCompliance - Pipeline-Terminals monitoring | Stationary install (extended time period) Point concentration sensors (ppm) | Refineries, chemical processing plants; high pressure pipelines; well pads; compressor stations; non-station gathering or transmission systems; gas storage; distribution infrastructure (M&R stations, city gates, etc.); LNG | USA, Canada, North America, Europe, Middle East, Asia, Other | Pipeline continuous (stationary continuous monitor for pipelines) | Not tested | |
 Oiler provides economically viable and easily scalable solutions for the detection and quantification of methane emissions. We aim to offer the best $/(unit area x unit time) for monitoring gas leaks. Our solution, consisting of proprietary sensor hardware design, onboard analytics, and cloud software, is economically viable and easily scalable. We aim to offer a continuous monitoring solution for gas leak detection and quantification with the lowest cost/(unit area x unit time) ratio. Website: https://www.oilerequation.com/ Contact: connect@oilerequation.com | Methane Pro | Continuous monitor (permanent install, long term operation, autonomous) 2D imager (camera or multi-spectal) | Well pads, compressor stations, processing plants, refineries, non-station gathering or transmission systems, gas storage, distribution infrastructure (M&R stations, city gates, etc.), LNG compression or delivery, gas stations, tank batteries, high pressure transmission, biogas plants, landfills, chemical industries, oil storage depots | USA, Canada, North America, Europe, Middle East, Asia | Continuous monitor (permanent install, long term operation, autonomous) | Yes - Ad Hoc |
 OSK offers persistent collection and timely analysis of targeted, satellite-based high-resolution hyperspectral data with revisit rates up to daily. Full-spectrum, high fidelity data enables correlation with client priorities, including methane vapors, liquid hydrocarbon leaks or contamination, soil disturbances, erosion or landslides, vegetative distress, vehicles and change detection, among others. OSK's spectral intelligence platform utilizes high resolution hyperspectral data from the company's proprietary satellite sensors. With over 400 bands of data from the visible into shortwave infrared spectrum (400-2500 nm), automated analytical services can identify methane emissions and oil spills, construction activity and mechanical encroachment, vegetative distress and erosion at specific sites and along rights of way. Objective results are delivered in near-real-time through OSK's web-enabled SIGMA platform or exported by API. OSK's spectral intelligence delivers PHMSA compliance with increased objectivity, frequency, and so much more. Website: www.orbitalsidekick.com Contact: info@orbitalsidekick.com | Satellite Survey Solution for Pipelines | Custom proprietary satellite tasking Other hyperspectral camera - Pushbroom type, facility and equipment specific | Ideally suited for all oilfield facilities, including long distance pipelines, well pads, compressor stations, processing plants, refineries, non-station gathering or transmission systems, gas storage, distribution infrastructure (M&R stations, city gates, etc.), LNG, as well as liquid commodities such as crude oil, refined products and chemicals | Global Operations, including North America, Latin America, Europe, Middle East, Asia Pacific and polar regions | Pipeline survey (mobile survey solution for pipelines) | Not Tested |
| Wide area satellite (push-broom type, not facility specific) | Other Other hyperspectral camera | Ideally suited for all oilfield facilities, including long distance pipelines, well pads, compressor stations, processing plants, refineries, non-station gathering or transmission systems, gas storage, distribution infrastructure (M&R stations, city gates, etc.), LNG, as well as liquid commodities such as crude oil, refined products and chemicals | Global Operations, including North America, Latin America, Europe, Middle East, Asia Pacific and polar regions | Wide area satellite (push-broom type, not facility specific) | Not Tested | |
 Pergam Technical Services — is a subsidiary of Pergam-Suisse AG international manufacturing company with headquarters in Zurich. We invent equipment and provide services for natural gas (methane) leak detection. Website: https://pergamusa.com/ Contact: info@pergamusa.com | ALMA is a system of airborne surveying of natural gas pipelines and storage facilities. The detector operation principle is based on diode-laser spectroscopy, which provides high reliability, accuracy and selectivity. The device is fully automated and can continuously work without an operator, while storing the results in computer memory. The detector includes a GPS system that determines the flight route coordinates and leak points. Upon leak detection, the operator receives a light and sound signal, and the monitor displays a photo and a Google map of the leak site. The detectors are designed for operation in temperate and cold climates; they comprise an optical unit and an electronics case. | Manned Aircraft Laser based remote detector. Line concentration sensor (ppm-m) | Underground pipeline; well pads; compressor stations; processing plants; refineries; non-station gathering or transmission systems; gas storage; distribution infrastructure (M&R stations, city gates, etc.); LNG | USA, Canada, North America, Europe, Middle East, Asia. | Screening (periodic mobile method, detection, localization and quantification) | Not Tested at METEC; Tested at RMOTC 2006 |
| The LMS (Laser Methane Scanner) system is installed at the gas infrastructure facilities and determines lowest gas concentrations at a distance of up to 1093 yards (1 km). The LMS system is designed to provide continuous monitoring of the methane level in the surrounding atmosphere. It can control any territory in a fully autonomous mode. With LMS, you can pre-program the scan route by key points at the facility. This completely eliminates the situation where important infrastructure facilities do not fall into the control zone. | Stationary install (extended time period) Laser based remote detector. Line concentration sensor (ppm-m) | Well pads; compressor stations; processing plants; refineries; non-station gathering or transmission systems; gas storage; distribution infrastructure (M&R stations, city gates, etc.); LNG | USA, Canada, North America, Europe, Middle East, Asia. | Continuous monitor (permanent install, long term operation, autonomous) | ADED Continuous Montoring Protocol 2022 |
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| The LM Smart is designed to remotely detect methane, as well as other gas mixtures containing methane (natural gas or similar gases). It allows to quickly and safely find the point of gas leakage by pointing the laser beam at the studied area. The measurement principle of this equipment uses the characteristics of methane, which absorbs the laser beam (infrared rays) of a specific wavelength (infrared absorption technology). The laser beam directed at targets such as gas piping, the ground, overhead pipe, etc., will reflect back a diffused beam from the target. The device will receive the reflected beam and will measure the absorptivity of the beam, which will then be calculated into methane column density (ppm-m). | Handheld Survey Laser based remote detector. Line concentration sensor (ppm-m) | Well pads; compressor stations; processing plants; refineries; non-station gathering or transmission systems; gas storage; distribution infrastructure (M&R stations, city gates, etc.); LNG | USA, Canada, North America, Europe, Middle East, Asia. | Screening (periodic mobile method, detection, localization and quantification) | Not Tested at METEC; Tested at RMOTC 2006 |
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 Project Canary is a public-benefit corporation based on Colorado. We accelerate progress to net-zero with continuous monitoring and uncompromising certification technology. We are a team of scientists, technologists, and seasoned industry operators committed to truth and transparency in everything we do. Our Canary sensor models S and X provide 24/7 continuous monitoring capability. Paired with our TrustWell certification and ESG software analytics, we help our customers stay poised at all times to to deliver on their ESG commitments with trusted, independent data. Leading oil and gas producers and utilities need independent data to demonstrate their work to mitigate emissions and reduce the impact of energy development on climate change. Until now, most environmental reporting was based on estimates instead of actual, real-time trusted data. Website: https://www.projectcanary.com/ Contact: will.foiles@projectcanary.com | Emission Monitoring Solution | Stationary install (extended time period) Point concentration sensors (ppm) | Well pads; compressor stations; processing plants; refineries; non-station gathering or transmission systems; gas storage; distribution infrastructure (M&R stations, city gates, etc.); LNG | USA, Canada, Europe | Continuous monitor (permanent install, long term operation, autonomous) | Yes - ADED Continuous Monitoring Protocol Rev 1.0 (2022) |
 QLM (2021 BNEF Pioneer) helps to enable organisations to achieve net zero and beyond via mitigation of greenhouse gas emissions. Our revolutionary technology provides a true understanding of your emissions in an affordable, accurate, scalable way, in the form of quantum-enabled gas cameras that continuously and simultaneously visualize and quantify plumes of methane and other greenhouse gases. QLM is collaborating with Schlumberger and QLM’s technology will be part of the Schlumberger End-to-end Emissions Solutions (SEES) business offering for the oil and gas industry. SEES’s methane monitoring offering combines satellite-, airplane-, and drone-mounted sensors, along with additional sensors. QLM’s differentiated LiDAR technology complements those mobile monitors by providing accurate and sensitive measurements where continuous monitoring is required. The ability to quantify flare efficiency will ensure optimal efficiency for flares that cannot yet be eliminated. Website: https://qlmtec.com/ Contact: marketing@qlmtec.com | QLM Quantum TDLidar Gas Camera | Stationary install (extended time period) Laser imager | Well Pads; Compressor Stations; Processing Plants; Gas Storage Facilities; Anaerobic Digestion Facilities; Biogas Processing and Storage; Refineries; Waste Water Treatment Plants; LNG Processing Facilities; Transmission Systems; M&R stations; City Gates, Offshore Platforms | USA, Canada, North America, Europe, Middle East, Asia | Continuous monitor (permanent install, long term operation, autonomous) | Yes - ADED Continuous Monitoring Protocol Rev 1.0 (2022) |
 Qube, founded in 2018, provides customers with internet-of-things (“IoT”) devices to continuously monitor for a host of gases including methane, carbon monoxide and hydrogen sulfide. Qube combines gas concentration and meteorological data from each device to locate, quantify and classify emissions by source and severity. Without continuous monitoring, emissions can continue undetected for months, undermining emissions reduction efforts with an associated cost of lost production to operators. Qube’s mission is to provide the lowest cost, most reliable continuous emissions data that operators can use to make efficient and meaningful reductions. Website: https://www.qubeiot.com/ Contact: eric.wen@qubeiot.com | Qube Continuous Emissions Monitoring | Stationary install (extended time period) Point concentration sensors (ppm) | Well pads; compressor stations; processing plants; refineries; non-station gathering or transmission systems; gas storage; distribution infrastructure; LNG; | USA, Canada, North America, South America, Europe, Middle East, South East Asia, Oceania | Continuous monitor (permanent install, long term operation, autonomous) | Yes - ADED Continuous Monitoring Protocol Rev 1.0 (2022) |
 Leak detection, localization and quantification of methane via TDLAS system mounted on drone. High sensitivity (PPB concentration) with no false positives. SeekOps globally deploys its industry-leading sensor technology with enterprise-grade drones to provide field-proven measurement systems for methane Leak Detection and Quantification (LDAQTM), through repeatable, consistent and cost-effective automated workflows. Website: https://seekops.com/ Contact: info@seekops.com | SeekOps SeekIR Methane Leak Detection and Quantification Sensor | UAV (drone of any type) Point concentration sensors (ppm) | Well pads; compressor stations; processing plants; non-station gathering or transmission systems; gas storage; distribution infrastructure (M&R stations, city gates, etc.); LNG; offshore platforms; RNG facilities; landfills | US; Canada; Latin America; Europe; Africa; Middle East; Asia/Pacific; on and offshore | Survey (mobile, periodic dispatch, typically manned) | Yes - EDF Mobile Monitoring Challenge (2018) |
 Nubo Sphere is an innovative end-to-end solution that provides high-performance emissions detection, localization and quantification at a low total cost of ownership. The compact and robust design ensures reliable operation and high-fidelity data from any oil or natural gas infrastructure at all times. Following the concept of plug & play the compact sensor nodes can be mounted within minutes and start measuring. The system is designed to be future-proof using two exchangeable, factory calibrated sensor cartridges that enable easy maintenance and sustainable upgrades to the latest sensing technology. Website: https://sensirion-connected.com/ Contact: nubo@sensirion.com | Nubo Sphere | Stationary install (extended time period) Point concentration sensors (ppm) | Wellpads; processing plants; refineries; compressor stations; storage facilities; LNG; LPG; pipelines | USA, North America, Canada, Europe, UK, Middle East, Asia | Continuous monitor (permanent install, long term operation, autonomous) | Yes - ADED Continuous Monitoring Protocol Rev 1.0 (2022) |
 For over 50 years, Sensors has built a reputation for gas emission and particulate measurement products with our SEMTECH® brand in the automotive industry. By utilizing Tunable Laser Absorption Spectroscopy (TDLAS) for the accurate measurement of the fugitive methane, the dynamic range for concentrations can accurately span 4 to 5 orders of magnitude and moreover without any cross-interference from other gases present in the captured leak. Coupled with an accurate measurement of the extracted flow (methane leak and ambient air) the volume- and mass-based leak rate of the fugitive methane can be determined with high accuracy over a wide range (for example 0.0005 to 25 CFM). Website: https://sensors-inc.com/ Contact: rwilson@sensors-inc.com | Well pads, compressor stations, processing plants, gathering or transmission systems, gas storage, distribution infrastructure. | USA, Canada, North America, Europe, Middle East, | Not Tested |
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 The Ventus OGI by Sierra-Olympic Technologies, Inc. is an industry-leading mid-wave infrared camera designed for the visualization of more than 20 hydrocarbon gasses, including methane and propane. With a 640 x 512, 15μm pixel pitch “Hot MWIR” detector, the Ventus OGI is the smallest, lightest and lowest-powered, OGI camera core in the market today. The Ventus OGI is capable of visually detecting even small gas leaks, at hundreds of meters away, and can be integrated into a variety of manned and unmanned platforms. The Ventus OGI is an industry-leading 640 x 512 HOT (high operating temperature) mid-wave infrared camera core designed to detect and visualize hydrocarbon gasses, including methane, propane and butane. The high-performance, low SWaP package is an invaluable tool for the oil and gas industry’s efforts to save time and money, increase efficiency, limit product loss, protect lives and reduce harm to the environment. The camera is available with a choice of digital and analog inputs/outputs and serial or Ethernet camera control. Advanced image processing features include Gas Enhancement Mode, local area processing, dynamic contrast enhancement, noise reduction filter, foreground and background boost contrast, automatic gain and level control, 2x, 4X and 8x digital zoom, multiple color palettes and up to six calibration tables for different scene conditions. Website: https://sierraolympic.com/ Contact: Sales@sierraolympic.com | Ventus OGI | Stationary intall (extended time period) 2D imager (camera or multi-spectral) | Well Pads; Compressor Stations; Processing Plants; Refineries; Non-station gathers or Transmission Systems; Gas Storage; LNG Compression or Delivery; On Shore and Off Shore Gas Extraction Sites | USA, Canada, North America, Europe, Middle East, Asia, Central and South America, Africa, Australia, Oceania | Components used for: Continuous Monitor (permanent install, long term operation, autonomous) | Yes - OGI Efficacy Study 2019 |
| Ventus OGI | Moving vehicle (truck, ATV, etc.) UAV (drone of any type) 2D imager (camera or multi-spectral) | Well Pads; Compressor Stations; Processing Plants; Refineries; Non-station gathers or Transmission Systems; Gas Storage; LNG Compression or Delivery; On Shore and Off Shore Gas Extraction Sites | USA, Canada, North America, Europe, Middle East, Asia, Central and South America, Africa, Australia, Oceania | Components used for: Survey (mobile, periodic dispatch, typically manned) Screening (periodic mobile method) | Yes - OGI Efficacy Study 2019 |
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| Ventus OGI | UAV (drone or any type) Gimble mount sensor 2D imager (camera or multi-spectral) | Well Pads; Compressor Stations; Processing Plants; Refineries; Non-station gathers or Transmission Systems; Gas Storage; LNG Compression or Delivery; On Shore and Off Shore Gas Extraction Sites | USA, Canada, North America, Europe, Middle East, Asia, Central and South America, Africa, Australia, Oceania | Components used for: Pipeline survey (mobile survey solution for pipelines) Pipeline continuous (stationary continuous monitor for pipelines) | Yes - OGI Efficacy Study 2019 |
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 Teledyne FLIR has been the leader in Optical Gas Imaging (OGI) technology since the release of their GasFindIR in 2005, the first commercial optical gas imaging camera. They have changed the landscape of LDAR with a more efficient and effective technology to reduce methane and hydrocarbon emissions that is the standard for many industries. Website: www.flir.com/ogi Contact: craig.oneill@teledyneflir.com | FLIR GFx320 & GF77 | Handheld survey 2D imager (camera or multi-spectal) | well pads; tanks; batteries; compressor stations; processing plants; refineries; non-station gathering or transmission systems; gas storage; LNG compression; LNG delivery | USA, Canada, North America, Europe, Middle East, Asia, Other | Survey (mobile, periodic dispatch, typically manned) | Yes - Ad Hoc |
| The FLIR GFx320 is Teledyne FLIR’s flagship cooled OGI camera with a Class 1; Division 2 ATEX rating and the latest in FLIR OGI cameras. This camera meets U.S. EPA OOOOa specifications. Our cooled cameras work with the FLIR QL320 to provide in-field and post processed quantification of gas emissions. More recently, Teledyne FLIR launched the most versatile uncooled, low-cost OGI camera, the FLIR GF77 and GF77a, that utilizes unique filtering capabilities to visualize methane and many other gases in one solution simply be exchanging specialized engineered lenses. | FLIR G300a & GF77a | Stationary install (extended time period) 2D imager (camera or multi-spectal) | well pads; tanks; batteries; compressor stations; processing plants; non-station gathering or transmission systems; gas storage; LNG compression; LNG delivery | USA, Canada, North America, Europe, Middle East, Asia, Other | Continuous monitor (permanent install, long term operation, autonomous) | Yes - Ad Hoc |
| FLIR QL320 | Handheld survey 2D imager (camera or multi-spectal) | well pads; tanks; batteries; compressor stations; processing plants; refineries; non-station gathering or transmission systems; gas storage; LNG compression; LNG delivery | USA, Canada, North America, Europe, Middle East, Asia, Other | Survey (mobile, periodic dispatch, typically manned) | Yes - Ad Hoc |
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 Telops now offers a new Methane Airborne Detection Solution for the Oil & Gas Industry. Our light and compact sensor detects and visualizes methane in real time, and is easily integrated in different types of small aircrafts. It adapts to the ever-changing flight conditions in order to ensure optimal data collection. Fully flexible, it can be used in two different survey modes tailored to your needs: pipeline tracking mode, and wide swath mapping mode, which is ideal when surveying your production sector. Reports include high-resolution visible and geo-referenced infrared imagery for the complete flight. Full detection reports include plume imagery, size and location, with accurate gas concentration results you can trust. Plan your maintenance easily, avoid costly ground deployments, fly faster and increase your coverage with Telops’ new Methane Airborne Detection Service. Website: https://www.telops.com/ Contact: frederick.marcotte@telops.com | Hyper-Cam Airborne Mini Methane | Manned Aircraft Other hyperspectral camera | upstream; downstream; well pads; compressor stations; processing plants; refineries; non-station gathering or transmission systems; gas storage; distribution infrastructure (M&R stations, city gates, etc.); LNG compression or delivery | USA, Canada | Survey (mobile, periodic dispatch, typically manned) | Not Tested |