While difficult to accurately and reliably monitor for dangerous buildups of toxic and combustible gases, confined spaces must have systems in place allowing workers to know what to expect when entering these areas. Whether it would be a low oxygen level, a buildup of methane or benzene, or an equipment malfunction resulting in a gas leak, these and other possibilities make confined spaces some of the most dangerous areas within any facility. However, as increasing levels of technology have been introduced in modern confined space gas detectors, they are now able to provide accurate measurements on many fronts.
With substances such as hydrogen sulfide, benzene, methane, and various hydrocarbons common in almost all industrial settings, it has become important to have technology allowing for careful monitoring of volatile organic compounds. This is particularly important in facilities containing confined spaces, since VOC buildups can occur quickly and lead to eye and throat irritation, headaches, mental confusion, and damage to kidneys and the nervous system if exposure is prolonged. To keep these situations from developing, companies rely on detection systems designed to monitor VOC substances.
When employees at a manufacturing plant, laboratory, water treatment plant, or even an offshore drilling platform are working in confined spaces, they are at risk of a dangerous gas buildup or other serious situation. In many cases, low oxygen levels, buildups of methane, benzene, or carbon monoxide, or equipment malfunctions that lead to undetected hazards occurring can all result in injuries or deaths. As a result, the use of confined space monitors has become a much higher priority for companies. But to make sure these monitors are used in the best possible way, it is important to know exactly what they measure.
When it comes to areas of a facility that are very difficult to monitor, confined spaces are at the top of the list for many industrial buildings, research laboratories, manufacturing plants, and other similar settings. From measuring for buildups of methane and benzene to detecting low oxygen levels that can lead to dangerous situations for employees in these areas, using confined space monitors to keep employees safe is of the utmost importance. However, since these spaces present so many different dangers, it is important to know how to properly monitor them for a variety of situations. Thus, here is additional information you can use in your facility.
In manufacturing plants, offshore drilling platforms, water treatment facilities, and other sites, maintenance technicians and other workers spend much of their time in confined spaces. Often areas where equipment repairs, installations, and troubleshooting take place, confined spaces are usually some of the most difficult areas to monitor for dangerous gas buildups. However, as monitoring systems have become more advanced over the years, this task has become much easier. Since there are guidelines set forth by OSHA regarding safe oxygen levels within confined spaces, facilities are required to have systems in place that can keep workers as safe as possible. To learn more about how oxygen gas detection systems accomplish this, here are some important details to consider.