A dangerous gas that can inflict harm in a matter of minutes, carbon monoxide is taken very seriously at manufacturing plants, laboratories, wastewater treatment plants, and chemical processing plants. Due to its ability to spread quickly and without warning to those nearby, facilities require carbon monoxide monitoring systems be installed in key areas of a building, including warehouses, storage areas, and near areas where equipment, pipes, and valves are present. To learn how carbon monoxide monitors detect gas leaks, here is some additional information regarding their features and capabilities.
Advanced Warning Systems
Due to the quickness in which carbon monoxide can spread, facilities rely on carbon monoxide detectors that are equipped with advanced warning systems and electronics. Whether installed in areas where temperature extremes are common or in areas where equipment vibrations occur, these detectors can use a variety of warning alarms to alert nearby personnel of a carbon monoxide leak. For example, if equipment vibrations make an area very noisy, the detectors are equipped with flashing lights and strobes to indicate a leak has occurred. However, in areas where workers may be performing tasks over a large area, sirens are very effective in signaling an area needs to be evacuated.
As companies look for ways to perform carbon monoxide monitoring within their buildings, one of the most accurate and cost-effective methods has proven to be the use of multi-location monitors. Due to their ability to monitor multiple locations of an industrial complex or laboratory simultaneously, these carbon monoxide sensors allow a company to need far fewer detectors than in years past. Along with this advantage, they can also be linked to wireless networks, enabling the transmission of real-time data to smartphones, laptops, and tablets.
Since many carbon monoxide leaks happen near equipment, pipes, and valves, the leaks often take place in confined spaces. Generally viewed as the hardest areas to monitor for leaks such as these, confined spaces require special consideration when installing CO alarms within a building. While installing a multi-location monitor nearby will make the area much safer, many companies also opt to purchase portable carbon monoxide alarms for use by personnel working in these spaces. Whether it is instrumentation technicians installing or repairing equipment, engineers performing advanced troubleshooting to correct a malfunction, or security personnel monitoring these areas while on patrol, portable detectors allow for hands-free monitoring. In addition, they are small enough to be clipped to belts, and can transmit data in real-time the same as fixed position detectors.
In many industrial settings, harsh work environments that included temperature extremes and other factors often hindered the ability of detectors and monitors to transmit data that was as accurate and reliable as needed. But as technological advances have been made, infrared technology is now used in many detectors to create multi-path monitoring. By scanning multiple paths simultaneously for carbon monoxide and other gases, these detectors can quickly pick up small leaks and transmit the data to engineers for further analysis.