In manufacturing environments, research labs, water treatment facilities, and other buildings, having systems in place that detect flames and toxic gases is very important. From workers spending hours in confined spaces to production workers handling sensitive equipment, these detection systems are vital to keeping an area safe from these potentially catastrophic threats. But when choosing a system to use for your facility, many factors may come into play, such as work conditions, system costs, installation procedures, and more. Thus, for many companies in need of industrial flame detection systems, the smartest choice is to install a catalytic sensor.
In many types of work environments, having reliable and accurate gas detection systems for combustible gases is a must. Whether it’s confined spaces on an offshore platform or a research lab in a medical manufacturing company, having the best possible system to quickly detect high gas levels can help prevent a fire or explosion. For many companies, the best choices for combustible gas detection comes down to infrared or catalytic bead sensors. However, because there are many differences in these open path detectors, deciding between them can be difficult. To make the choice easier, here are some factors to consider before making your final decision.
When it comes time for your business to choose industrial flame and gas systems, many factors come into play. Along with a system’s accuracy and reliability, it must also stand up to adverse work conditions, be able to send real-time data to engineers and safety personnel, and fit into a company’s budget. Whether the systems are used on a pipeline in the wilderness, a refinery within an industrial park, or other manufacturing environments, choosing the best one for your needs can make all the difference in keeping everyone safe. If your facility is in need of industrial flame detectors, here are some reasons why you need a catalytic bead sensor.
Very sensitive to flammable gases such as carbon monoxide or natural gas, catalytic sensors alert nearby workers of impending danger very quickly. Because of this, they are considered very useful in almost any type of work environment. However, as with virtually all types of flammable gas detection systems, catalytic sensors do have some limitations that can alter their performance. Though considered extremely accurate and reliable, it’s best to know all you can about these sensors before installing them at your facility. Since there are many aspects of these sensors that work together to result in their accuracy and reliability, it’s important to understand what goes into making a successful catalytic sensor.
With companies always seeking better ways to protect their employees and facilities from dangerous gas leaks, catalytic combustible gas sensors have become an integral part of companies in the semiconductor, wastewater, automotive, and oil and gas industries. Known for being extremely sensitive to even the slightest of gas leaks, a catalytic sensor has many advantages that are just now becoming clear to companies everywhere. To learn how to get the most out of catalytic gas monitors, here are some important factors to keep in mind.
When it comes to keeping employees safe, companies will do whatever is necessary to ensure their facilities meet the highest safety standards. Whether it’s a petroleum refinery, a chemical processing plant, or a drilling platform located miles out at sea, having the most technologically-advanced gas detection systems installed can mean the difference between minor incident and major catastrophe. For many facilities, infrared gas sensors have proven to be the answer on a variety of levels. If you find your company is in need of infrared sensors to protect employees and equipment, here are some tips to help you decide what will work best.