As one of the most available sources of energy, natural gas has quickly become a very popular choice for those within industrial settings. However, because natural gas is often found in remote locations, it becomes necessary to use a pipeline to transport the gas. To ensure the transport process is as safe as possible, methane gas detection systems are used to ensure employees are able to perform their jobs in a safe working environment, and also helps to keep equipment safe as well. Due to this and much more, it’s imperative to have pipelines protected by systems that are accurate and reliable. When it comes to methane gas detection, here are some key steps involved in setting up a natural gas monitoring system in pipelines.
Monitoring from a Central Location
When setting up a natural gas monitoring system in pipelines, today’s technology now allows for monitoring from a central location. Rather than installing methane gas detectors every few feet as in years past, many companies now install one monitor in a central location, which is able to provide data for the entire pipeline. Making the monitoring process much more convenient as well as accurate, central monitoring is expected to continue being the monitoring system used on most pipelines.
When installing a natural gas monitoring system on a pipeline, it’s important to use a system that relies on wireless technology to transmit data in real-time to monitoring centers located many miles away. In doing so, data can be viewed by managers and emergency personnel almost instantly, letting them make decisions regarding whether evacuations are necessary or if certain parts of the pipeline need to be shut down for repairs.
Proper Alarm Choices
Since pipelines are located in very remote surroundings, choosing methane gas meters that have the proper alarm systems can make all the difference in maintaining a safe working environment. In these areas, pipelines are spread out over long distances, meaning workers in one location may need an alarm that’s different from employees located elsewhere. Because of this, a combination of visual and audible alarms are needed to keep the work area safe. For example, if employees in one area of the pipeline are working under conditions involving high noise levels, visual alarms will be needed to alert them to danger. However, for those workers who may be on an assignment at a remote part of the pipeline, audible alarms that can be heard over long distances are necessary.
With many pipelines, weather can play a major role in the safety of workers as well as the ability of a monitoring system to provide accurate and reliable data. High humidity levels, extremes in temperatures, or dirt and dust can play havoc with some systems. To combat this, only choose systems that are self-contained and require virtually no calibration. By doing so, you’ll be able to have a methane gas detector that can monitor a pipeline and provide data that can be relied upon under any conditions.