FASTER GAS DETECTION WITH LATEST GENERATION SOLUTIONS
Discover proven infrared technologies and real-world applications
to improve safety, compliance, and environmental performance.
Methane and other greenhouse gas emissions pose growing challenges, from environmental regulations to operational safety.
This comprehensive guide explains how advanced infrared imaging technologies are transforming emission detection, helping organizations reduce costs, improve compliance, and strengthen environmental performance.
What you’ll learn in this guide
Explore real-world applications and proven results from Telops / Exosens technologies in diverse operational environments:
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Industrial & Energy: Detect fugitive emissions, optimize flare efficiency, and monitor pipelines with airborne infrared solutions.
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Environmental Monitoring: Profile atmospheric gases, track volcanic plumes, and measure greenhouse gases remotely.
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Defense & Aerospace: Ensure safety in hazardous environments through advanced hyperspectral imaging.
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Agriculture: Monitor ammonia and nitrogen emissions to enhance soil and air quality.
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Methane Airborne Detection Solution: Learn about our validated Canadian solution and its recognition by regulatory authorities, with U.S. EPA approval underway.
Key benefits
COMPREHENSIVE DETECTION
Identify multiple gases, including methane, CO₂, and VOCs, in a single infrared capture.
OPERATIONAL EFFICIENCY
Reduce inspection costs and time with rapid airborne and remote sensing capabilities.
REGULATORY CONFIDENCE
Rely on technologies recognized by the Alberta Methane Emissions Program and designed for U.S. EPA compliance.
PROVEN FIELD PERFORMANCE
Achieve over 90% detection probability even in complex industrial and environmental conditions.
Why trust Telops / Exosens
✅ Over 20 years of innovation in infrared and hyperspectral imaging.
✅ Trusted by defense, research, and industrial leaders worldwide.
✅ Solutions deployed across Canada, the U.S., and Europe for emissions detection, atmospheric profiling, and combustion analysis.
✅ Backed by the scientific excellence of a multidisciplinary team of engineers and physicists.