Methane, a potent greenhouse gas, greatly contributes to climate change and global warming. As industries grapple with the need to reduce emissions, innovative technologies have emerged to identify, quantify, and mitigate methane. Let’s explore and highlight the current leading methane mitigation technologies based on effectiveness, impact, and cost of implementation.
LDAR Compliance Data Management Platform TARGET ONLINE™
TARGET ONLINE™ is an LDAR (leak detection and repair) Compliance Data Management Platform, that provides clients with actionable regulatory leak data. TARGET ONLINE™ helps industries reduce harmful emissions by tracking methane leaks and their repair status. This advanced technology streamlines compliance reporting processes, enhances data visibility, and provides comprehensive reporting capabilities for accurate assessment of emission performance.
Sensible EDP
Sensible EDP is a state-of-the-art real-time Environmental Data Platform. By seamlessly integrating with air, water, and soil sensors, this platform empowers companies to identify fugitive emissions and leaks and implement real-time alerting in order to mitigate methane leaks. Leveraging advanced algorithms and predictive analytics, this technology detects anomalies, enabling organizations to proactively and effortlessly monitor and analyze environmental data within a single interface.
Opgal Optronics OGI VOC Detection Cameras
The Opgal Optronics OGI VOC (Volatile Organic Compounds) Detection Cameras are an advanced solution for methane leak detection. These cameras utilize specific infrared technology to effectively visualize and pinpoint methane emissions, even in challenging environments. By swiftly identifying leak sources, companies can promptly and cost-effectively address and repair them, thereby minimizing their environmental impact. Cooled OGI VOC detection cameras are particularly suited for refiners, mid and upstream oil companies, and natural gas operators. OGI cameras and experienced camera operators deliver reliable real-time VOC leak and emissions detection.
Sensors Inc., HI-FLOW 2™
Sensors Inc. HI-FLOW 2™ sampler uses cutting-edge TDLAS technology to quantify methane. The game-changing HI-FLOW 2™ replaces and improves upon legacy Bachrach systems by more accurately measuring methane emissions. It serves both regulatory compliance (GHGR) and non-regulatory ESG-driven projects, like abandoned wells, generating defendable OGMP scope-level data sets.
The SENSIT® SPOD
The SENSIT® SPOD (Survey Portable Odorizer Detector) is a solar-powered sensor system for detecting fugitive emissions at industrial sites. It combines wind and air pollutant concentration measurements to locate VOC emission plumes in real-time, enhancing environmental monitoring.
Kuva
The Kuva Daylight camera is a fully integrated design (camera, pan stage, cellular, solar powered) that allows for the quick installation and continuous monitoring of methane and VOCs during daylight hours. The system operates on non-thermal shortwave infrared (SWIR) technology for false positive minimization. The camera has the ability to select up to six 45° field-of-view segments out of the full 360° panning potential. The scanning infrared imaging system automatically detects and measures emissions and provides operators with an annotated and animated video clip of the leak.
Mitigate Methane Emissions with Montrose Environmental
The need to mitigate methane emissions has never been higher. Mitigate greenhouse gas emissions and combat climate change by utilizing the latest methane monitoring technologies from Montrose Environmental. By leveraging these innovative solutions, industries can proactively monitor, detect, and repair methane leaks, making significant strides toward a more sustainable future.
In closing, Montrose Environmental can help you tackle even the most daunting of challenges in Methane mitigation. Get connected and start finding effective solutions to ensure a sustainable future today.
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