Understanding OGI leak quantification Recently, market demand is rapidly increasing for OGI quantification. Quantifying leak rates with OGI is an extremely complex and challenging to achieve. This specific task requires…
Applying OGI Technology for Long Distance Detection When discussing gas detection, there are 3 important elements we consider. Loss of revenue, Environmental (pollution) and most importantly Safety. The use of…
Discover the Influential Factors for Determining OGI Sensitivity Among the many losses encountered by the oil and gas industry, the losses due to emissions are far-flung. In 2015, the natural…
Optical Gas Imaging (OGI) technology has been proven to be a very effective tool for detecting and visualizing small gas leaks and larger fugitive emissions in petroleum refineries. The objective…
Opgal is proud to be among the world leaders in the Oil and Gas industry at the 4C Conference. The event will take place February 19-21, 2020 in Austin, Texas.…
https://youtu.be/PgcFIwK0hL8 Observing this series of photos taken every 30 seconds by OPGAL's OGI camera (EyeCGas 2.0), shows a significant volatile organic compounds emission (VOCs) event, including methane released into the…
A new Hexane and VOC leak detection technique using OGI is gaining favor among oilseed producers worldwide. This technique uses passive infrared imaging to make normally invisible gas plumes visible to the…
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 regulatory goals, but to surpass…
Optical Gas Imaging (OGI) is a proven technology for locating hydrogen leaks in nuclear and conventional power plants. OGI can improve plant safety during routine operations and reduce revenue lost to downtime…
In early 2016, the US Environmental Protection Association (EPA) published the QuadOa regulations, designed to reduce the level of greenhouse gases (GHG) released into the atmosphere by the oil and…
