When people are exposed to ammonia, many problems occur. Along with severe respiratory distress, workers can also suffer eye and skin irritation, confusion, and other issues that can turn life-threatening if exposure is allowed to continue for a prolonged period of time. To prevent these situations and keep employees safe from these hazards, many industrial facilities and laboratories now rely on advanced ammonia detection systems that are equipped with numerous features. To learn more about the various aspects of ammonia detection, here are five things you should know.
Whether it is a confined space inside a chemical processing plant or an isolated area on a natural gas pipeline or offshore drilling platform, the threat of a toxic or combustible gas buildup is always possible. In these and other work environments, engineers often recommend installing infrared LEL gas leak detectors so that potentially dangerous gas buildups can be quickly detected and stopped before a catastrophic event occurs. While offering many benefits, these detectors also come with many aspects of advanced technology that must be well-understood to ensure maximum effectiveness. To learn if LEL gas detectors are right for you, here is additional information regarding their risks and rewards.
When choosing the right gas detection system for an industrial complex, laboratory, manufacturing plant, or other work setting, many factors must be considered. While cost and reliability are always important, so are such factors as work environments, system maintenance, and ease of use. For many companies, once these factors are closely examined, they often select catalytic bead sensors to keep their employees and facilities safe. If you are wondering what is a catalytic sensor and why you would need one, here are some facts to help in your decision-making process.
If oxygen levels reach a point of severe depletion within a chemical plant, laboratory, or other work environment, it can lead to a significant and quick toxic gas buildup that culminates in a fire or explosion. To keep this from happening, oxygen depletion systems are used to alert workers if these situations develop. A requirement in most facilities due to new government regulations, it is important to not only have these systems installed in buildings, but also understand their features. If you need to know how oxygen sensors work, here are some facts to keep in mind.
Due to the possibility of fires or explosions occurring in various work settings, companies install advanced industrial flame and gas systems to ensure the safety of their employees. This is especially important where chemicals are used or transported, oil drilling takes place, or where equipment is being installed or repaired. By relying on detection systems that utilize high-tech features, it is possible to keep many work environments much safer around-the-clock.