Which Optical Gas Imaging (OGI) Camera Should I Use? Cooled vs. Uncooled OGI Technology
Opgal offers two types of Gas Leak Detection cameras; cooled (EyeCGas 2.0 & EyeCGas 24/7 PRO) and uncooled (EyeCGas Mini & EyeCGas 24/7). This article will help you better understand the difference between the two technologies, including the benefits and limitations of each. What is the difference between them? The answer is not complicated; however, […]
Thermal Sensitivity in OGI (Optical Gas Imaging) Cameras
Optical Gas Imaging (OGI) cameras use pixel detectors that sense tiny infrared energy changes, thus allowing for easy visualization of gas plumes. That’s why OGI cameras like Opgal’s EyeCGas 2.0 are an excellent way to detect small to large gas leaks. Even as far as 10 miles (16Km) away. Why do we need to understand […]
Abandoned Gas Wells from an Optical Gas Imaging (OGI) Angle
Using Opgal Gas Imaging (OGI) to Monitor Abandoned Gas Wells Recently, there’s been lots of discussions regarding abandoned oil and gas wells. Before we get into details, let’s first understand what is an abandoned well? Oil and gas wells are considered defunct natural gas wells once they are no longer used for production purposes. Meaning […]
4C Environmental Conference Podcast – Part 2 – Differences between Cooled and Uncooled OGI Technology
In the second part of a podcast recorded by Steve Probst, Founder & CEO of 4C Marketplace and Conference, Opgal’s Ram Hashmonay (Chief Innovation Scientist) and Ilan Waldman (Industrial Sales Director) they discussed differences between Cooled and Uncooled Optical Gas Imaging (OGI) Technology. The following is a summary of this podcast. What are the differences […]
4C Environmental Conference Podcast – Part 1 – Fenceline Monitoring, OGI Technology, and Regulatory Barriers
In the first part of a podcast recorded by Steve Probst, Founder & CEO of 4C Marketplace and Conference, Opgal’s Ram Hashmonay (Chief Innovation Scientist) and Ilan Waldman (Industrial Sales Director) discuss Optical Gas Imaging (OGI) and regulatory barriers to full adoption of the OGI technology. The following summarizes the first part of the podcast […]
EyeCGas Mini Launch and Giveaway – Win an EyeCGas Mini Video
This week Opgal is launching the new EyeCGas Mini, its first uncooled Optical Gas Imaging (OGI) camera designed to detect medium to large leaks. Available for Methane, SF6, Ammonia, HFCs, and more. As part of the launch, Opgal will give away one free EyeCGas Mini; see more details below. The campaign will run from April […]
Gas Emission Monitoring at Tank Farms and Terminals
Optical Gas Imaging (OGI) is currently the preferred technology for detecting leaks and fugitive emissions of hydrocarbon compounds worldwide. This thermal camera-based technology uses an infrared bandwidth filter in the spectral absorption range of all volatile organic compounds (VOCs). American regulations, both state and federal, are transitioning from conventional methods, such as gas sniffers, to […]
2020 4C CONFERENCE, Austin, TX
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. The 4C Conference promotes the latest emission reduction technology and best management practices to drive better environmental outcomes. Opgal’s Chief Innovation Scientist, Dr. Ram Hashmonay […]
The Ability to Detect From a Distance
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 air. The gas flows through a cold pipe (the black flare structure), and its temperature evens out with the ambient air temperature upon release to […]
Hexane Detection in Oil Seed Operation
A new Hexane and VOC leak detection technique using Optical Gas Imaging (OGI) is gaining favor among oilseed producers worldwide. This technique uses passive infrared imaging to make normally invisible gas plumes visible to the camera operator. The EyeCGas OGI camera has a minimum detectable leak rate for Hexane of approximately 0.3 grams/hour (1 gallon/year […]