While many types of gas buildups can happen in an industrial facility or laboratory setting, one of the most dangerous is a buildup of hydrogen sulfide. Immediately recognized due to its smell resembling rotten eggs, it is a gas that can spread over large areas in a matter of minutes, creating a dangerous situation for anyone nearby. Since these gas buildups can be potentially lethal, facilities of all types now invest in hydrogen sulfide gas detectors in an effort to keep everyone safe. But to make sure you understand how these sensors work and the factors involved in having them provide accurate readings, it is vital to know more about their features.
Various Work Environments
For H2S sensors to be most effective, they must be able to be installed in various types of work environments. As advanced technology has been used more and more in these sensors, they have gained a reputation for being accurate and reliable in even the harshest of work areas. Whether it is an area where high humidity levels and temperatures are common, or an area where dust, dirt, and vibrations are present, H2S microsensors can maintain accuracy and reliability 24/7.
When a hydrogen sulfide gas buildup occurs, it is crucial to have hydrogen sulfide sensors in place that have alarm systems capable of alerting personnel as quickly as possible. Because this is such an important part of any industrial safety program, today’s sensors are equipped with multiple alarm systems, including sirens, flashing lights, and strobes. By having these alarm systems, sensors can work well in areas where noise may limit the effectiveness of sirens, as well as in large areas where workers may be spread out and unable to see warning lights.
Mobile Device Linking
With more and more facilities moving toward using wireless networks, it has become increasingly important for H2S detectors to have electronics enabling them to be easily integrated within these wireless networks. And along with this, the electronics in these detectors must also allow for easy linking with mobile devices such as tablets and smartphones. By having these features, the detectors can not only transmit real-time data to on-site and monitoring center personnel, but also allow for data to maintain its accuracy and reliability.
In many industrial facilities and other buildings, confined spaces are some of the most difficult areas to monitor consistently for hydrogen gas buildups. However, with recent advances in technology, portable hydrogen sulfide detectors are now being used by numerous companies to keep workers in these areas much safer. By being smaller than cellphones and able to be clipped to clothing or positioned on equipment, workers can detect dangerous gas buildups very quickly. In doing so, not only can they evacuate the area before it is too late, but the data can also be transmitted to engineers and technicians, allowing for repairs to be made to equipment. As a result, gas buildups can be limited to smaller areas, keeping employees and others safe.