Fugitive Emissions Monitoring

Articles & Whitepapers

Mining Emissions Effectively Monitored with Micro Pulse LiDAR Technology

Mining operations include blasting, excavating, scraping, and sifting large amounts of dirt. These activities create dust and other emissions that are transported by air currents to surrounding areas. It is easy to say that dangerous particulate matter (PM) generated by mining should be monitored and kept to a minimum; however, it is very challenging to measure the levels of contaminants in the ...

OGI Cameras for Regulatory Compliance & Leak Detection - Case Study

Natural gas companies like Summit Midstream are using optical gas imaging (OGI) technology to monitor & reduce emissions across operations, making it their mission to not just meet government ...

Companies join global effort to set science-based emission targets for their operations

Nearly 700 companies around the world are moving to adopt “science-based targets” for reducing their greenhouse gas emissions with 40 percent already having plans in place, according to the non-profit and governmental groups sponsoring ...

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Handheld Optical Gas Imaging Camera

EyeCGas 2.0 is the world’s most sensitive handheld OGI camera. It quickly identifies fugitive gas emissions for over 400 hydrocarbon and VOC gasses. Including Methane and CO2. EyeCGas 2.0 complies with the EPA’s “Quad Oa” (OOOOa) regulations and is used globally across the industry for LDAR compliance. It is certified for ATEX zone 2 and UL class I Div II, hazardous ...