In many industries, an undetected buildup of carbon dioxide can spell doom for the workers who are nearby. In confined spaces, offshore drilling platforms, or wastewater treatment facilities, buildups of these gases can happen quickly and with little or no warning. Due to the possibility of this happening, companies in various industries have placed a greater importance on installing carbon dioxide CO2 meters in their facilities. However, because there are so many factors to take into consideration when choosing CO2 meters, it’s crucial to know the most important points to keep in mind when making the best choices for your work environment.
When choosing carbon dioxide detectors, perhaps the most important factor is calibration. Because the results provided by the meters need to be as accurate and reliable as possible, being able to easily calibrate the carbon dioxide meter is extremely important. In situations where an emergency may exist, monitoring personnel in nearby locations can assess the data and calibrate the meters from these locations. By doing so, not only is the calibration process made much easier, but safer as well.
With many companies looking for cost-effective ways to monitor their facilities and keep workers safe, monitoring software has become a viable solution. Able to focus on automatic baseline calibration, the software takes advantage of the latest state-of-the-art technology found in the CO2 monitor to create reference points. By having these, safety personnel can use them to note any changes in the work area that may lead to dangerous levels of carbon dioxide. In addition to this, the data collected through the software can be analyzed over weeks and months, letting management and emergency personnel note any areas that may be potential problems that need to be more closely examined.
State and Federal Regulations
As environmental concerns become more prevalent within the oil and gas as well as many other industries, companies have had to make many changes to meet increasingly strict requirements. For most industries, it’s now a requirement to not only collect CO2 levels in the workplace, but also update their monitoring equipment to include the latest detectors and monitors. Along with making these required changes, companies now provide workers with handheld CO2 detectors, enabling the workers to be much safer when working in confined spaces or other locations where CO2 levels may reach dangerously high levels very quickly.
As engineers have created new technology and experimented with multiple uses for it, the result has been sensors that are more accurate and reliable than ever before. In addition to this, these breakthroughs have led to numerous types of low-cost technology such as optical sensing. A fast and accurate way to detect buildups of CO2 as well as other related gases, it’s being used in many different work environments such as underground pumping stations, where high levels of gas can quickly accumulate and put workers at risk of being caught in very hazardous situations. To learn more about these technological developments, contact GDS.