If you are looking for a flow meter that provides easy readings of flow rate, consider the variable area flow meter. This device measures liquids, steam, and gas in a variety of conditions and environments. In this guide, we define variable area flow meters, along with the working principle, features, application, and benefits. 

Non-Contact Radar Level Transmitter: How it Works, Uses, Benefits

Process industries require level controls to monitor and evaluate the amount of material in vessels. Although, there are many different level measurement offerings, including level switches, density level measurement, displacer level measurement, point level measurement, magnetic level indicators, and continuous level measurement. This guide covers non-contact radar level measurement and devices. 

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.

In any combustion process, it is necessary to monitor the inlet flow rates of fuel and air to the burner. While these flow rates provide baseline parameters to set a flame, they do not provide feedback to reveal or alert any potential concerns with the combustion reaction, such as incomplete combustion from imperfect mixing in the burner or safety risks such as fuel leaks or loss of flame. Flue gas analysis offers one approach to monitor the process and provide feedback. It is especially important to consider when firing both hydrocarbon-based and high hydrogen fuels. 

There are many industries and applications that require non-contact level measurement. A radar level transmitter is an ideal solution for situations where fluid needs to be measured but not touched by the measuring instrument. When accuracy, safety, and performance standards need to be met, it is important that professionals understand the available tools and make the best selection for their application. 

Does your site have the equipment necessary to keep workers safe and get the job done successfully? Gas detectors are important instruments for detecting toxic or combustible substances before they can pose a risk to the health and safety of workers. There are many different types of gas detectors and monitors, and they each offer different functionalities. It is important to understand what a portable gas detector is, how it works, why it is important, and how to choose one for your facility. 

This guide describes what gas monitors and detectors are, how gas monitors and gas detectors work, the types of detecting and monitoring solutions, and why gas monitoring and detecting systems are important. 

Many major industrial facilities throughout the world rely upon magnetic level indicators (MLI) to effectively, reliably, and safely visualize and control levels in complex process applications. When safety and performance are at stake, it is critical that manufacturers have the right equipment and understand how to optimize the use of tools. 

The nuclear level measurement industry is constantly evolving. The latest technology allows highly accurate measuring results under extreme conditions.  At TechStar, we offer a wide range of radiation based solutions   for measuring harsh applications  that will meet your requirements.  We carry products from the most trusted company in the industry, Berthold. Let a TechStar expert answer any questions about our nuclear products or any other products TechStar represents.

Guided wave radar technology is a method of measuring the level of liquids with radio waves. It is used in continuous measurement systems for various applications, from the chemical industry to oil and gas production, water treatment plants, and more.