Area gas monitors are typically used to create a buffer between workers and potential hazards. They are also useful in creating a perimeter monitoring option around an area that could cause unsafe conditions and where work is being performed. While area monitoring can be used to create a buffer or as a perimeter monitoring option, adding real-time monitoring can help to improve your processes as real-time monitoring requires that monitor data is continuously collected, processed, and delivered, which ensures an uninterrupted flow of information and access to real-time, live data from any device, anytime, anywhere.
While area monitoring is a popular option for creating a buffer or perimeter monitoring solution, the most important reason to implement a real-time area monitoring solution in your gas detection program is to improve your ability to act in emergency situations. For example, you can program an area monitor so real-time data notifies safety teams instantly when an area monitor senses combustible gases in an area.
When to Use Area Monitoring
Area gas monitors are commonly used during plant shutdowns, as part of maintenance programs, and other temporary detection zones to improve overall worker safety when fixed gas monitoring solutions aren’t an option. They are also commonly found in confined space applications as well as perimeter monitoring applications, as area gas monitors can be easily moved around as the situation and work conditions change. In many situations, they are used in addition to personal gas monitoring instruments, such as the Ventis® Pro5, to create a complete and well-rounded gas detection program.
Additionally, real-time area gas monitoring can be used to detect HCl, ClO2, and many more types of gases. When looking for these specific gases, as an example, the uses for real-time area monitoring area nearly limitless, as it can be used across even more applications– spanning perimeter monitoring, general safety, emergency response, hot work, confined space entry, and more applications that require real-time information.
Setting up a Real-Time Area Monitoring Solution
Setting up a real-time area monitoring solution can vary widely depending on your application. Whether you work with a unit of an industrial plant with a known low-level gas leak that can’t be fixed until the next plant shutdown or whether you work on a site that needs to monitor specific gas hazards across every step of the process, area monitors can be strategically placed to section off areas where work is being performed. This provides advanced notice to workers that atmospheric conditions are changing. Continuous monitoring and real-time notifications also allow safety teams to react appropriately if there is a gas-related emergency.
However, when setting up an area gas monitor, you need to ensure that you place monitors at the right distance to effectively create a connected safety barrier. These distances can vary depending on the environment, as well as the maximum distance of communication between monitors, so following manufacturer recommendations can help create the most effective solution.
In addition, when placing monitors, it’s important to consider which gases you’re detecting, the behavior of each gas compared to its environment (both indoors and outdoors), where workers are and will be, where hazards are likely to occur, and additional environment factors (such as wind).
Using Real-Time Area Monitoring to See Gas Hazards from a Distance
Being able to monitor hazardous areas in real time from any connected device can be invaluable and could even mean the difference between life and death. Whether you’re monitoring pipelines for chemical leaks or spills; processing food and beverage products such as dairy items, bakery goods, corn syrup and more; manufacturing semiconductors, steel, or disinfectants; or dealing with daily hazmat transportation and storage; knowing what’s happening at any given moment with real-time monitoring can increase reaction times but can also help responders know what they are facing before heading into harm’s way.
Furthermore, by pairing your real-time area monitoring solution with a cloud-based monitoring platform, you can easily view gas readings anywhere you are. Cloud-based monitoring also enables safety leaders to view area monitoring status summaries, live-monitoring maps, and receive detailed, subscription-based alerts via text or e-mail.
Overall, real-time area monitoring allows safety teams to gather a more holistic view of the environmental conditions affecting workers with advanced warnings and the ability to react quickly with all the information. Additionally, with constant access to data, both workers and employers can gain deeper insights into potential hazards–empowering management to make decisions that will improve on-site safety for everyone.
Real-Time Area Gas Monitoring from Industrial Scientific
Industrial Scientific’s Radius BZ1 Area Monitor is a rugged, portable area gas monitor that can be deployed in seconds to monitor up to seven gases simultaneously. With local and remote monitoring options, everyone from the teams working nearby to safety managers off site will know there’s a hazard and how to respond. The Radius BZ1 also now supports sensor options for detecting Hydrogen Chloride (HCl), Chlorine Dioxide (ClO2), and infrared (IR) sensors for hydrocarbon (propane) and Methane (CH4).
With these new sensor offerings, the Radius BZ1 can be used more extensively to detect hazardous gases in common applications–including fence line and perimeter monitoring, hot work, confined space entry, emergency response, and more–across industries spanning paper and pulp, water and wastewater, and food production, among others.
The Radius BZ1 Area Monitor also communicates with the RGX Gateway, an intrinsically safe transfer point of real-time information. Data is easily transferred from the instruments via the RGX to iNet® Now, which provides real-time text and email alerts for gas hazards, panic, and man-down situations on a computer or mobile device using a cellular, wi-fi or Ethernet connection—allowing safety personnel to see and respond to incidents as they happen. Plus, this entire wireless solution can be set up in minutes without the need for additional infrastructure or IT support.