With MSA’s TruCal® technology, available on XCell® hydrogen sulfide (H₂S) and carbon monoxide (CO) gas sensors, you get a smarter, more proactive approach to gas detection. TruCal helps monitor sensor health automatically, so you don’t have to wait until the next scheduled calibration to find out something’s wrong. Whether you’re running critical infrastructure or a high-demand industrial facility, TruCal helps give you added peace of mind, right where it counts: between calibrations.

Flame detectors are critical for ensuring the safety of personnel, equipment, and operations in facilities where fire hazards exist. However, selecting the right flame detector—and installing it properly—can make a significant difference in the effectiveness of your fire protection system. In this post, we’ll guide you through key considerations when choosing and installing flame detectors to help improve safety at your facility.

In today's volatile economic landscape, where fluctuating commodity prices and supply chain disruptions will affect process costs, decision-makers in the industrial sector face unprecedented pressure to optimize operations and maximize return on investment (ROI). With prices expected to rise for raw materials and energy, every efficiency gained translates directly to the bottom line. In this environment, the often-overlooked area of flow measurement presents a powerful opportunity to secure significant ROI, particularly in industries like manufacturing, oil & gas, and wastewater management.

Gas monitoring at any facility is an important task, but despite best efforts, refrigerant leaks may still occur. Prompt detection can allow users to deal effectively with leaks. This blog explores key considerations for successful gas detection installation to help promote safety of your facility.

As a safety professional, selecting flame detectors that align with your facility’s requirements is essential. Discover the key factors to consider when choosing a flame detection system.

In industrial settings where flammable materials are handled, flame detection systems are an important layer of safety programs. False alarms in these systems disrupt operations and can risk desensitizing personnel to alerts. Different flame detection methods have different false alarm profiles in different applications. Advanced flame diagnostic technologies have been and are being developed to enhance these systems, including to reduce false alarms. Among these technologies, artificial neural networks (ANNs) stand out as a promising option, offering false alarm reduction.

The potential dangers associated with ammonia gas leaks necessitate a thorough understanding of the risks and implementation of stringent safety measures. Ammonia is a commonly used industrial chemical, serving various purposes across different sectors. The potential dangers associated with ammonia gas leaks necessitate a thorough understanding of the risks and implementation of stringent safety measures. In this post, we explore the general dangers of ammonia gas leaks and critical safety precautions to help protect people, property, and the environment.

This month we explore the concept of flashpoints and their significance in fire safety. A flashpoint refers to the temperature at which a flammable substance releases sufficient vapor to ignite when exposed to an external source of ignition, such as a spark. It serves as a crucial factor in determining the fire hazard potential of various liquids.

Originally posted by MSA

If you work in the water/wastewater industry, we don’t have to tell you just how dangerous treatment plants can be for worker well-being. We also don’t have to explain that water/wastewater plants have an even greater potential for danger after hours and on weekends when no one is physically on site.