When natural gas leaks happen in industrial settings or laboratories, fires and possibly explosions will also happen minutes later. Due to the dangers associated with natural gas, companies install detection systems that can quickly alert monitoring personnel of even the slightest leak. However, due to the many differences in terms of size, layout, and location of various facilities, monitoring can become difficult. But thanks to numerous advances in detection technology, today’s state-of-the-art natural gas detectors are considered to be more accurate, reliable, and durable than in years past. If you want to know how these devices help save millions of lives annually, here are some facts to take into consideration.

Portable Monitoring

Since there are many different types of facilities requiring natural gas monitoring, using portable natural gas leak detectors is becoming a more popular option for many companies. Especially useful in confined spaces where technicians may be completing equipment repairs or testing, they are also useful in allowing personnel who are in many different areas of large buildings or complexes to have up-to-date monitoring with them wherever they go.

Variety of Work Environments

Since natural gas is used in many industries, the natural gas monitors installed in these locations are always subject to a wide range of environmental factors that could possibly hinder their performance. Among the most common of these factors are extremes in temperature and humidity, dust and dirt, vibrations, and more. To ensure their effectiveness, natural gas sensors are now equipped with multiple types of alarms, including sirens, strobes, and flashing lights that change colors based on the level of danger within an area. By having these features, sirens can be used in large areas where workers are spread out, while lights and strobes can be useful in situations where noise would prevent hearing a siren.

Standalone and Conventional Sensors

While many companies use portable detectors to let employees monitor confined spaces, many others also take advantage of the capabilities found in conventional and standalone sensors. Conventional sensors, which can be installed in practically any type of facility and work environment, are also extremely affordable, sometimes costing less than $100 apiece. But for those companies that prefer even more advanced technology, standalone sensors are becoming a viable option. Though costing upwards of $25,000 apiece, these sensors offer the advantage of requiring only one sensor to monitor potentially an entire facility. Along with this, they are made to be extremely reliable and long-lasting, which can over the long-term equal significant savings for a company.


Since an industrial environment can quickly change when a natural gas leak occurs, monitoring equipment being used must be able to adapt to these changes as well. To let this happen, natural gas detection systems, including portable, standalone, and conventional sensors, are designed with self-calibrating electronics. With this capability, real-time data sent to monitoring personnel is virtually guaranteed to always be accurate and reliable. In doing so, decisions regarding evacuations, repairs, and shutdowns can be made far quicker than in years past.