ETS Presents – Silver Eagle

Features:

ETS PlumeQuant Emission Quantification in Real Time
Sierra Olympia Viento LWIR OGI
EPA Appendix K Validated
EPA OOOO a, b, c Compliant
Edge Computing for Real Time Quantification
SensOR kit for Key Parameters of Distance, DeltaT, and Wind Speed
XR Glasses for Ease of Emission Detection
Visible Light RGB Camera
Field Logging and Reporting
Manual Focus for Close Up and Far Away
Accuracy Calculation Built in
EPA Operating Envelope Rating

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ETS Presents – Searching Eagle

Features:

AI Driven PlumeQuant PQ-OGI
Real Time Visualization, Source Accuracy, Quantification Accuracy
Secured Data Platform, Live Streaming, Real Time Alerts, Field Reports
High Resolution Sierra Olympia Viento LWIR or MWIR OGI Cameras
EPA Appendix K, OOOO a,b Compliant Technology
Wide Range of Emission Detections from 0.1 kg/hr up to 57 kg/hr
Hovering or Forward Flying Platforms

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ETS Presents – Scanning Eagle

Features:

AI Driven Remote, Low Cost, OGI Continuous Monitoring
High Accuracy, Component Level, Quantification via PlumeQuant PQ-OGI
High Quality and Precision Pan & Tilt from Quickset
Secured Data Platform, Live Streaming, Real Time Alerts, Daily Report
High Resolution Sierra Olympia Viento LWIR OGI Camera, Digital Zoom
EPA Appendix K Compliant Monitoring
Wide Range of Emission Detections from 0.1 kg/hr up to 57 kg/hr

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PlumeQuant emission quantification software

Real Time Detection
Automatic Detection
Video Analysis
Reporting

Real Time Detection

Emission quantification automatically detects or estimates the emission rate parameters, so values such as distance, differential temperature and wind speed are not necessarily required.
Quantification can be optimized by controlling and verifying the controlling parameters
A field calibration can be performed to measure the temperature difference between an emission and the background.

Automatic Detection

Emission quantification automatically detects or estimates the emission rate parameters, so values such as distance, differential temperature and wind speed are not required.
Quantification can be optimized by controlling and verifying the emission parameters
Camera parameters can be input, or a field calibration performed
A field calibration can be performed to measure the temperature difference between an emission and the background.

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Video Analysis

Emission quantification automatically detects or estimates the emission rate parameters, so values such as distance, differential temperature and wind speed are not required.
Quantification can be optimized by controlling and verifying the emission parameters
Camera parameters can be input, or a field calibration performed
A field calibration can be performed to measure the temperature difference between an emission and the background.

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Reporting

Emission quantification automatically detects or estimates the emission rate parameters, so values such as distance, differential temperature and wind speed are not required.
Quantification can be optimized by controlling and verifying the emission parameters
Camera parameters can be input, or a field calibration performed
A field calibration can be performed to measure the temperature difference between an emission and the background.

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PlumeQuant

OGI based emission detection and quantification software
- Desktop analysis of collected videos
- Real time monitoring and alerting of methane and hydrocarbon emissions
- Periodic report generation
- Emission size estimations

PlumeQuant (PQ) Features and Advantages

Accurate detection and quantification based upon controlled release gases by Emission Technology Solutions, application of gas physics, and human intuition.

Autonomous environmental analysis minimizing or removing input parameters for quantification, thereby simplifying operations.

Quantification using the Sierra Olympia Technologies Inc. Ventus’ Gas Enhancement Mode (GEM). The GEM mode can increase the detection sensitivity of an emission by a factor of 3 to 7, depending on the environmental conditions. This enables quantification down to a few grams/hr. with the right environmental conditions. Please reference the ETS Appendix K report for the operating window of 5 grams/hr.

Device Integration - The PlumeQuant software can be integrated with other devices to make use of the quantification capabilities in a wide range of applications.

Auto-calibration – if a camera's FOV is not known, the field operator can perform a calibration in the field using known object shapes to establish the camera’s FOV, vertically and horizontally.

Field deltaT calibration – the field operator can perform a field measurement using a Bic lighter to release butane while the PlumeQuant software captures the field data.. Once the images are captured, the temperature differential is saved and used for quantification estimates until the deltaT is measured again.

Auto polarity detection. If the gas emission temperature is greater than the background temperature , the OGI sensor will display the plume as lighter in color, rather than darker. The PlumeQuant software works with either polarity.

Option to use regionally based temperature differential – auto-estimate field temperature differential based on current and regional data

Direct video input compatible with multiple file formats; .TS, mp4, h264

Application Options

Hand-held Cameras

Analyze data in real time with plume detection, categorization, and quantification
Analyze data at your desktop

Robotically Deployed Cameras

Systems
- Ground based robots
- Unmanned aerial systems
Analyze data in real time with plume detection, categorization, and quantification
Analyze data at your desktop
- Single video analysis
- Batch process many videos

Fixed Mounted Camera

Analyze data in real time with plume detection, categorization, and quantification
User selectable or auto-acquired quantification parameters
Customized scene analysis