Imaging White Papers, Case Studies, Articles, and Application Notes
-
Using Optical Gas Imaging To Comply With OOOOa Regulations: A Case Study
Natural gas compressor stations have to comply with new EPA regulations on inspection, known as Quad OA. Optical gas imaging provides an efficient, cost-effective means to meet the requirements.
-
Understanding The Mid Wave Gas Detection Camera
The gas detection camera technique has a wide range of potential uses in the petrochemical industry, all of which have positive benefits for the owner of the plant. It is an accepted Alternate Work Practice in the Method 21 leak detection procedure and has clear time and cost benefits over the conventional VOC meter or sniffer method. Although limited to a certain extent by environmental conditions, the camera has proven many times that it can identify leaks at some distance thereby reducing the cost of surveys by removing the requirement to provide access to every potential leak path.
-
Thermal Imaging Solutions For The Oil & Gas Industry
As a complement to optical gas imaging (OGI), thermal cameras provide value through improved safety and operational efficiency in a variety of non-gas imaging applications, such as electrical/mechanical, security, tank inspection, and flare stack monitoring.
-
See The Problem; Solve The Problem — Continuous Methane Monitoring Using Fixed, Uncooled LWIR Imaging
Continuous methane gas monitoring is vital to responsible corporate citizenship and, increasingly, regulatory compliance for oil and gas operators.
-
The Long Wave Gas Detection Camera
The gas detection camera technique has a wide range of potential uses in the electrical distribution and chemical industries, all of which have positive benefits for the owner of the plant. It is an accepted Alternate Work Practice in the Method 21 leak detection procedure and has clear time, safety, and cost benefits over the conventional VOC meter or sniffer method. Although limited to a certain extent by environmental conditions, the camera is proven to identify leaks at some distance. This reduces the cost of surveys by removing the requirement to provide access to every potential leak path and permitting surveys to be completed on energized electrical equipment.