Due to the various safety concerns at oil and gas facilities, it is important to have detection systems in place for numerous situations, one of which is ammonia gas detection. Since an undetected ammonia leak can lead to catastrophic results, having an ammonia leak detection system that utilizes state-of-the-art technology is vital to ensuring employees remain safe on the job. However, due to the complexities of many oil and gas industrial settings, having the ability to monitor all areas for ammonia leaks can be difficult at best. To learn how advances in detection technology have made this task easier, here are some important details about ammonia gas detection in the oil and gas industry.

Advanced Detection Capabilities

With ammonia gas detectors now possessing advanced electronics, their detection capabilities far exceed detectors of only a decade ago. In fact, today’s detectors can be as much as 10,000 times more sensitive than previous detectors and sensors, enabling them to find even the smallest ammonia gas leaks much quicker. Because of this, they are regularly installed in isolated areas of oil and gas facilities, such as confined spaces, storage areas, and warehouses.

Various Applications

Since not all oil and gas industry facilities are alike, modern ammonia detection alarm systems can be used in more and more applications. As an example, many companies now rely on portable ammonia detectors, which can be used by engineers and maintenance technicians who find themselves working in isolated areas that may be difficult to otherwise monitor. Because these detectors are small and can be clipped to clothing, they allow for easy completion of repairs and installations of equipment, all the while recording environmental conditions and relaying the information in real-time to monitoring centers.

Increased Durability

With many previous ammonia detector sensors, one of the biggest hurdles involved them having to be replaced every few years. Because of this, many companies found themselves spending far more on these detection systems than their budgets allowed, often leading to many facilities not being properly monitored for ammonia gas leaks. However, with improved technology, today’s ammonia detection systems can now be expected to last a decade or more if necessary. Built with electronics that allow for self-calibration and protective shields that keep the detector working properly during emergencies, companies can now purchase these detectors as a long-term investment in facility safety.

Harsh Work Environments

Since many oil and gas industry facilities have work environments where high humidity levels, temperature extremes, dust and dirt, and shocks and vibrations may be common, it can be difficult to find ammonia detection systems that can work well in these conditions. However, as technological advancements have taken these factors into account, today’s detectors are made to withstand these and other situations where harsh conditions could play a role in preventing data from being accurate and reliable. As a result, ammonia detection systems now have an excellent reputation for performing well on offshore drilling platforms, at manufacturing facilities, and other areas common in the oil and gas industry.