Emissions Monitoring Solutions

Project Canary’s Digital Canopy of Monitoring Devices

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Using a SaaS business model, we deploy continuous environmental monitoring IoT devices that record emissions in real time via the cloud. Whether you are concerned about your methane emissions, total volatile organic compound (TVOC) levels, ozone issues, or fugitive emissions, our devices can provide you with actionable data. Our rugged, all-weather sensors transmit your data to the Canary Real-Time Dashboard every minute.

By sampling the air every second instead of every 12 hours, we deliver on the true promise of continuous monitoring, giving our customers complete visibility into their operations. In doing so, we ensure that our customers can catch even intermittent leaks and get credit for environmental performance.

Canary Technology

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Ultrasonic Anemometer: Calculates precise wind speed and direction. Required for mass quantification and source attribution.

Canary Environmental Monitor: Modular and affordable, our monitor can use up to 12 pollutant sensors. It features cellular connection, 6+ days of backup battery power, and 1 year of data storage.

Summa Canister “Grab” Sample: Our patented approach to taking “grab” air samples triggered by sensor readings, allowing for parts per trillion clarity about a plume’s composition.

Solar Power: 30W – 60W Solar Power.

Project Canary’s Digital Canopy of Monitoring Devices

Canary X

project canary model x 1The Canary X is specifically designed to track methane emissions. With industry leading sensitivity, measurement frequency, and accuracy, the Canary X allows for the localization and quantification of emission sources, enabling our partners to catch and remediate leaks faster than ever.

Canary S

canary s high2 new logo 1Designed to track TVOCs, Canary S is a continuous solar powered air quality and meteorological monitoring system designed to be class leading in size, reliability and flexibility. With cellular communication, these systems can be placed nearly anywhere to provide measurements on particulate matter, targeted gases and meteorological data.

Summa Canister

Summa Canister
Every Canary S unit comes with the capability to add an auto-triggered summa canister. Operators can pull high-quality samples and receive lab-grade analysis and speciated VOC at PPB levels for a fraction of the price of utilizing an expensive GC unit.

Sensirion Nubo Sphere

Nubo Sphere Mounted FrontWith next-generation metal oxide technology, the Sensiron Nubo Sphere is an affordable, reliable, scalable, low-fidelity sensor. Designed for versatility and ease of maintenance, Nubo Sphere features an exchangeable cartridge system and performs well across tougher operating environments and climates. Data collected from the Nubo Sphere integrates seamlessly with Project Canary’s innovative emissions dashboard.

Emissions Sensor Data Comparison

Measurement Principle  Readings Per Week  Lowest Detection Limit  Target Gas  Data Fidelity  Limitations 
Canary X  Tunable Diode Laser Absorption Spectroscopy (TDLAS), Photolonization Device 6,000 / Week <1 ppm Methane (CH4) High Low temperature
Canary S  Tunable Diode Laser Absorption Spectroscopy (TDLAS), Photolonization Device 6,000 / Week <1 ppm VOC High Low temperature
Canary X + VOC  Tunable Diode Laser Absorption Spectroscopy (TDLAS), Photolonization Device 6,000 / Week <1 ppm Methane (CH4), VOC High Low temperature
Sensirion Nubo  Metal Oxide 672 / Week <10 ppm Methane (CH4) Medium Low temperature, absolute humidity
Satellites Absorption Spectroscopy 2 / Month Threshold: 100 kg/hour Methane (CH4) Low Weather interference
Planes LiDar Infrared absorption spectroscopy, Direct Plume Measurement, & Other 1 / Month Threshold range: 100-10kg/hour Methane (CH4) Low Weather interference

Real-Time Dashboard

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Our SaaS data platform provides you with the insights you need to monitor emissions and make informed decisions around your HSE, Operational, and sustainability goals. Trusted data is visualized on the Project Canary dashboard and accessed online via the Cloud. The dashboard provides quick access and rapid interpretation of events at individual facility locations, and at the corporate level. It’s your data, your insights, accessed any time.

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Greenhouse Gas Pollution Readings

Chart greenhouse gas emissions over time to identify leaks and emission intensive equipment. Demonstrate and improve the success of your emission reduction programs through real time data.

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Drone Imagery of Facility

View the physical attributes of your site alongside other data sources to catch and stop leaks.

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Wind Speed and Direction

Correlate wind and pollutant data with asset location, allowing you to pinpoint the exact site of a leak. Identify when you are responsible for an emission or odor complaint, or when it’s your neighbor.

Pad-Level Emission Attribution

Use your monitoring to understand what pieces of equipment are responsible for the majority of emissions at the pad level. Work alongside Project Canary to formulate a cost-sensitive approach to reducing emissions by going after the largest sources first.

Pad-Level Emission Source Heatmap

Make your LDAR teams more effective and give your ops team the ability to see the location and severity of emissions in near real-time.

Pad-Level Methane Emissions Quantification

Leverage artificial intelligence to accurately quantify emissions with fluxes far below 0.1 grams per second and identify emission source attribution at the equipment group level.

Pad-Level Emission Source Attribution

Localize emission sources in Project Canary's Dashboard. The Source Attribution feature uses smart technology to determine the most likely emission source for a given completed alert.

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