Optical Gas Imaging Sensitivity Study

Introduction The traditional method 21-based Leak Detection and Repair (LDAR) program quantifies leaks in volumetric concentration units (ppm v). Fugitive emission detection with Optical Gas Imaging (OGI) technology was initially considered as a non-quantifying technology, however recently capabilities of detecting leak’s mass flow rate were introduced using OGI technology. One of the major regulatory impediments […]

Optical Gas Imaging – Part 2: Effectiveness of Fugitive Emission Detection Technologies

Optical Gas Imaging

Gas Detection Technologies Landscape Over the past decade, several new technologies have been introduced to detect and measure natural gas leakage. There are optical/infrared (IR), flame ionization detectors (FID), Method 21 gas sniffers (older), and others. Devices utilizing these technologies can be fixed-position, portable/or hand-held, or drone-mounted. Some are to be used remotely, others in […]

All About Optical Gas Imaging (OGI) – Part 1: Complying with regulations

All About Optical Gas Imaging (OGI)

The pressure to process natural gas and oil quickly, safely, and cost effectively while complying with environmental LDAR legislation is constantly building, requiring a more comprehensive monitoring approach to safety and regulatory practices. Newly enforced regulations by governments around the world to reduce emission levels push companies in oil and gas and other sectors to […]

EyeCGas Multi – The new Gold standard in OGI technology!

Opgal is excited to announce the release of the new and improved EyeCGas Multi – The new Gold standard in OGI technology! This feature rich OGI camera is the only Optical Gas Imaging camera with Multi Spectral  Replaceable Filters enabling unprecedented emission detection for Methane/VOC’s & CO2 all with one camera. In addition, the EyeCGas […]

EYECGAS® Multi

EyeCGas® Multi Optical Gas Detector for Methane, Hydrocarbons, more than 400 VOCs and CO2 EyeCGas Multi is the world’s most sensitive handheld Optical Gas Imaging (OGI) camera. It quickly identifies fugitive gas emissions of over 400 hydrocarbon and VOC gases. Including Methane and CO2. EyeCGas Multi is Intrinsically Safe and complies with the EPA’s OOOOa/b/c regulations. […]

EYECGAS® CO2

EYECGAS 2.00

EYECGAS CO2 Optical Gas Detector for Quick detection of  Carbon Dioxide. EyeCGas® CO2 OGI camera allows you to safely and easily locate very small concentrations of CO2 leaks, whether as a tracer gas used to find leaks during plant and Enhanced Oil Recovery (EOR) machinery inspections, or to verify completed repairs. Save time with fast […]

EYECGAS® CO

EYECGAS 2.00

EYECGAS CO Optical Gas Detector for Quick detection of  Carbon Monoxide. EyeCGas® CO  is a handheld OGI camera for CO gas leak detection. With this OGI camera you can safely and remotely detect and locate carbon monoxide as well as other harmful gas emissions. Whether these toxic gases are part of the manufacturing process, or […]

EYECGAS® 2.0 Long Range

EyeCGas 2.0 – Long Range Optical Gas Detector for Methane, Hydrocarbons, more than 400 VOCs and CO2 Opgal’s EyeCGas 2.0 – Long Range is a ruggedized, intrinsically safe and the world’s most sensitive OGI camera with a specific design to support long range inspection and gas emission detection. Built to withstand harsh industry conditions while […]

Oil & Gas

Chemical and Petrochem

In a petrochemical facility, the process of transforming crude oil and natural gas into chemicals is very complex . Refineries, where the process of transforming crude oil into products such as gasoline for example are also a lengthy and complex. These sites usually have thousands of potential leaks paths. Using an Optical Gas Imaging Cameras, […]

Natural Gas

Natural Gas

Methane is the main focus of the “Global Methane Pledge”. Where the United States, Canada and European countries all agree to reduce emissions by 30% from 2020 – 2030. Mostly by committing to improve the technology used in their regulations. Optical Gas Imaging is the most efficient technology to be used in the natural gas […]