Used in various work environments where natural gas or carbon monoxide buildups are possible, catalyst sensors are relied upon to keep workers safe on a daily basis. Designed to include the latest technology in terms of alarm systems, calibration methods, and ability to withstand harsh work environments, these sensors are accurate and reliable in almost any situation. But just as it is with other types of sensors, there are factors that come into play to ensure maximum efficiency once they are installed. In considering the use of a catalytic-type gas sensor for your facility, here are some key points to keep in mind.
While natural gas is popular in today’s world, it also must be carefully monitored at all times. Whether it is a pipeline located in remote wilderness or pipes, valves, and equipment located inside an industrial facility, it is crucial to have natural gas leak detectors placed in key locations. By doing so, the chances of a natural gas leak going undetected decreases dramatically. Since even a small leak can lead to a major fire or explosion, understanding the most important aspects of these detectors is necessary to keep workers and facilities as safe as possible.
When discussing volatile gases that lead to catastrophic fires or explosions, methane is at the top of the list. A gas present in many different settings within the oil and gas industry and others as well, it must be carefully monitored 24/7 to ensure the safety of employees and facilities. Whether monitoring needs to be done in confined spaces where equipment is stored or in larger areas where production operations take place, having the best methane gas detection systems in place can create a much safer work environment. But to accomplish this, it is vital you understand just how a methane gas sensor works.
In work environments such as manufacturing plants or laboratories, it is important these areas have gas detection systems that can detect even the smallest amounts of gas. In situations where combustible gas is present, even a small leak that goes undetected could result in a fire or explosion. As numerous technological advances have been made regarding combustible hydrocarbon gas monitoring, much of the emphasis has been on infrared and catalytic bead sensors. If you are wondering about the differences between these combustible gas leak detectors and which would be best for your facility, here are some key points about each type.
In many industrial and lab settings, especially those containing confined spaces, it is necessary to install gas detection systems that are capable of monitoring for volatile organic compounds, commonly known as VOC. However, due to the complexities involved in accurately monitoring for these compounds, it can be difficult to know which system will work best within a particular work environment. Whether using fixed or portable volatile organic compound detectors, having a better understanding of these detectors can be significant in helping prevent either a toxic gas buildup or even a fire or explosion.