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We’re here to make GHG monitoring easy to understand. Find answers to the most common questions below.
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Emission Eye uses AI-based optical flow and refractive distortion analysis to detect methane leaks from regular RGB video streams. No infrared sensors or specialized gas cameras are required.
In many cases, no. Emission Eye works with existing surveillance cameras, drones, or even smartphones. Deployment is primarily software-based.
The system is designed for transmission pipelines, compressor stations, gas storage facilities, biogas plants, LNG and industrial gas sites.
Detection performance depends on camera quality, background conditions, and distance. The system is optimized for early-stage leak identification and continuous monitoring, not laboratory-grade measurement.
No. Emission Eye is designed as an early-warning and monitoring layer that complements existing inspection tools and LDAR programs.
Pricing is typically based on the number of camera streams per month, the monitoring coverage (km of pipeline or site size) and based on enterprise integration requirements. Send us a message to learn more about our up-coming pilot programs.
FAQs
Got questions?
We’re here to make GHG monitoring easy to understand. Find answers to the most common questions below.
Getting started
Collaboration
Support
Emission Eye uses AI-based optical flow and refractive distortion analysis to detect methane leaks from regular RGB video streams. No infrared sensors or specialized gas cameras are required.
In many cases, no. Emission Eye works with existing surveillance cameras, drones, or even smartphones. Deployment is primarily software-based.
The system is designed for transmission pipelines, compressor stations, gas storage facilities, biogas plants, LNG and industrial gas sites.
Detection performance depends on camera quality, background conditions, and distance. The system is optimized for early-stage leak identification and continuous monitoring, not laboratory-grade measurement.
No. Emission Eye is designed as an early-warning and monitoring layer that complements existing inspection tools and LDAR programs.
Pricing is typically based on the number of camera streams per month, the monitoring coverage (km of pipeline or site size) and based on enterprise integration requirements. Send us a message to learn more about our up-coming pilot programs.
Still got questions?
FAQs
Got questions?
We’re here to make GHG monitoring easy to understand. Find answers to the most common questions below.
Getting started
Collaboration
Support
Emission Eye uses AI-based optical flow and refractive distortion analysis to detect methane leaks from regular RGB video streams. No infrared sensors or specialized gas cameras are required.
In many cases, no. Emission Eye works with existing surveillance cameras, drones, or even smartphones. Deployment is primarily software-based.
The system is designed for transmission pipelines, compressor stations, gas storage facilities, biogas plants, LNG and industrial gas sites.
Detection performance depends on camera quality, background conditions, and distance. The system is optimized for early-stage leak identification and continuous monitoring, not laboratory-grade measurement.
No. Emission Eye is designed as an early-warning and monitoring layer that complements existing inspection tools and LDAR programs.
Pricing is typically based on the number of camera streams per month, the monitoring coverage (km of pipeline or site size) and based on enterprise integration requirements. Send us a message to learn more about our up-coming pilot programs.
Still got questions?
We shape the future of methane monitoring
©Emission Eye
We shape the future of methane monitoring
©Emission Eye
We shape the future of methane monitoring
©Emission Eye