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.
Detection and Analysis
When oxygen depletion sensors are installed in an area, the two main functions they perform are detection and analysis. Designed to detect changes in electrical currents within a work area, these sensors can not only quickly detect these changes, but transmit the data in real-time to engineers for analysis. As a result, equipment breakdowns and malfunctions can often be detected much faster, allowing for repairs to be made before a toxic gas buildup can happen.
24/7 Data Accumulation
While oxygen depletion monitors are relied upon to transmit real-time data to monitoring personnel, they also play a vital role in data accumulation. Since they can store large amounts of information 24/7, engineers can compile the data gathered from these sensors and analyze such things as oxidation, oxygen concentrations and fluctuations within certain areas of a building, and buildups of hazardous substances within confined spaces. In being able to examine this information, engineers can sometimes spot trends in certain areas or with particular types of equipment, letting them troubleshoot and make any changes deemed necessary.
Confined Space Inspections
To make sure confined spaces within a plant or facility are as safe as possible, it is necessary for safety personnel to conduct regular inspections of these areas. But before doing so, they are usually equipped with portable versions of oxygen depletion sensor alarms that allow them to conduct inspections while having hands-free monitoring at their disposal. Since toxic gas buildups can happen much faster in confined spaces than larger areas of a building, having portable monitors allows not only engineers and technicians to have access to data, but also have that data transmitted to on-site and off-site monitoring personnel as an added safety feature.
Since oxygen depletion can occur in many types of work environments and be caused by many different situations, it is important an oxygen depletion sensor gas heater be able to perform multi-gas detection. Since this can allow quicker detection of gas buildups that could lead to fires or explosions, having this capability will ensure workers on drilling platforms, in warehouses, and at various points along a pipeline are constantly aware of potentially dangerous changes in oxygen levels.
Due to the complexities associated with these specialized sensors, it is important to know as much as possible concerning their features and functions. For additional information, contact GDS by calling 409-927-2980 to speak with an experienced Applications Engineer.