The development of new gas detection technologies and advances in fire and gas safety methodologies have prompted a new thinking about the role of technology diversity in system effectiveness. Like...

To develop an appropriate strategy for the implementation of a combustible gas detection system, a basic understanding of the properties of combustible materials is necessary. In our discussion we...

When designing a combustible gas safety monitoring system for oil/gas, petrochemical or other applications, how do you decide whether to use infrared or catalytic gas detector technology? Both sensing...

Continuing advances in infrared technology have resulted in fail-to-safe hydrocarbon gas point detectors that continuously monitor combustible gases and vapors within the lower explosive limit (LEL)...

Oil refineries are some of the largest producers and consumers of hydrogen gas. Hydrogen plays a pivotal role in a whole host of refining operations, from hydrocracking - the reduction of heavy gas...

Accurate and reliable industrial flame monitoring has always represented a technical challenge. The main flame monitoring concern lies in the requirement to differentiate spectral radiation emitted by...

The global importance of SIL (Safety Integrity Levels) has grown substantially in the oil/gas, petrochemical and other process industries over the last 10 years. However, for many end users, systems...

Process and plant engineers working in hazardous environments require continuous flame monitoring equipment to prevent catastrophic fires. In order to select such detection equipment, users should...