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Advanced Multi-Physics Sparse monitoring (AMPS)
Carbon Management Canada (CMC) will develop real-time and cost-effective systems for monitoring, measurement and verification (MMV) of carbon dioxide (CO2) geological storage. Next-generation geophysical techniques will be combined and integrated with geochemical and reservoir engineering methods for the Advanced Multi-Physics Sparse (AMPS) Project, with results benchmarked against established MMV technology at the Newell County Field
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Advancing Methane Emissions Management: An Open-Standard, Multi-Sensor Monitoring, Measurement, Reporting and Verification (MMRV) Platform for Enhanced Measurement-Informed Inventory
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Diversification of VL Energy PEMS in the Agricultural Sector
Transforming agriculture has always been challenging, particularly with the need for efficient and cost-effective emissions monitoring. VL Energy’s innovative project, ES-PEMS, provides a transformative solution, enabling farmers and agricultural businesses to precisely track emissions, optimize energy use, and meet environmental regulations. The project also promotes rural power independence and resilience by fostering sustainable agricultural practices.
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AI Enabled, Long-Range BVLOS Drone Surveillance for Wildfire Monitoring and Agriculture
Drones are becoming an essential tool in agriculture across Alberta. They are increasingly used for seeding and weed management, reducing the need for large, emission-heavy machinery. These drones offer environmental advantages and present significant economic opportunities for Alberta’s farmers through smart farming practices. AIRMarket is utilizing Beyond Visual Line of Sight (BVLOS) drones to detect,
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Data Management Solutions for High Frequency Methane Monitoring
Currently, methane sensors record concentration with time and location, not mass of methane released. The heart of the Arolytics innovation is techniques to simulate plumes of methane leaking from equipment in order to reconcile the data from various types of sensors (continuous on site, aerial surveys , imaging etc.) with the mass of methane released
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Emissions Intelligence Platform for O&G Operators
Highwood is developing an Emissions Intelligence Platform (EIP) to address the intricate challenges faced by the Oil and Gas (O&G) industry in reducing greenhouse gas emissions (GHG’s) because of difficulty in managing and manipulating methane emissions data. Traditional approaches to tracking methane data, termed “bottom-up calculations,” rely on equipment counts and standard emission factors, leading
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Ultrasonic detection of early-stage greenhouse gas leaks in industrial refrigerant systems
Commercial refrigeration and space cooling technologies currently account for approximately 10% of global GHG emissions, a figure expected to rise sharply over the coming decades as the climate warms and developing countries adopt cooling technologies. Ultracoustics Technologies Ltd. has developed an ultrasonic leak detection system, capable of identifying refrigerant leaks earlier than existing solutions. By
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Wildfire Monitoring and Methane Detection from Space via High-resolution Hyperspectral Satellites
Wyvern is innovating environmental monitoring through its hyperspectral imaging (HSI) satellites. The Edmonton space company currently utilizes three satellites, capturing data across various spectral bands. This capability allows Wyvern to identify distinct chemical and physical properties of the Earth’s surface, similar to performing spectroscopy from space. The captured data enables analytics for commercial and environmental
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Corrosion inspection robot and advanced analytics software for industrial applications
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Methane Imaging Solution for Continuous Leak Detection and Quantification for Tank Emissions and Facility Monitoring
Image-Based, Automatic Methane Monitoring System at Fixed Sites Approved for funding in ERA’s Natural Gas Challenge in 2020, Kuva Canada Inc. (Kuva) developed a methane monitoring camera for continuous, fast detection and quantification of methane emissions at oil and gas sites, with particular applications to reduce tank venting. By project completion in 2023, it showed
