Learn how liquid filtration improves clarity, color, and contaminant control in food, beverage, industrial, and chemical processing applications.

Learn the fundamentals of heat transfer and how conduction, convection & radiation impact heater performance. This Engineering 101 guide makes complex thermal concepts easy to understand and helps you choose the right heating solution for your process.

Traditional fixed I/O architectures are giving way to mobile, cloud-connected, self-contained units.

Stack lights – we've all seen them. They are the bright, LED light towers encountered in manufacturing and industrial sectors. They serve a range of applications and are typically installed on top of machines, systems, and on walls. Some towers are also suitable for indoor and outdoor use.

We are still in the very early stages of widespread adoption and deployment of renewable hydrogen technology in the United States.

In the world of industrial filtration, one of the most common activities involves the removal or displacement of water from another liquid. However, this process is further subdivided into three distinct phases. Chronologically, the first of these phases is particulate filtration (sometimes referred to as prefiltration).

The Inflation Reduction Act of 2022 was signed on August 16, 2022, and included financial incentives that were intended to drive more investment and deployment of clean hydrogen and fuel cell technologies.

Although new tools and technologies are available to make tapping into industrial IoT more manageable, one must ensure expectations are accurate.

There are many different differential pressure flowmeter designs to achieve long-term dependable, accurate flow measurement.

Discover why replacement parts are crucial for machine builders in this insightful article. Learn how ensuring access to quality parts enhances efficiency and reduces downtime.

Avoid the allure of one-size-fits-all solutions and consider standardization, support and future-proofing for programmable logic controllers.

The certification exists for a reason to ensure that the control panels being built meet the very highest safety standards available.

The key to making the proper decisions on condition monitoring is to understand what kind of information is required, how often that information is needed and what kind of budget is in play.

Taking a systematic approach to specifying a tank heater can help ensure the equipment specified delivers the heating performance desired. Factors to consider include the amount of energy needed, heat loss, direct or indirect heating, materials of construction, and controls.

The concepts of preventive maintenance and condition monitoring are not always characterized in a way that is entirely accurate. They sometimes seem to be treated as a one-size-fits-all service that many operators believe they need. However, these concepts can mean very different things depending on the application.

Industrial process plants are complex facilities with thousands of components that play a role in the operation of the plant. Not all these components hold the same consequences if they are improperly selected or if they fail to perform their designed function.

Recently an article was published that presented an easily constructed Excel sheet that estimates hydrodynamic noise in control valves1. A number of people have asked me if there is something similar for aerodynamic noise.?

Investing in oil reclamation technology can help reduce the costs associated with oil usage. Learn more in the article below.

There are many types of options to sift through, and keying in on the ones that benefit your process the most will guide you to the most appropriate controller.

A veteran of valve sizing with more than 40 years of experience provides his perspective on how to calculate the compressibility factor of a real gas for control valve sizing purposes.

Most control valve manufacturers include IEC 60534-8-4:2015 in their control valve sizing and selection software to predict control valve hydrodynamic noise. However, users who want to make quick noise predictions or who want to construct valve sizing applications, programming the above noise standard can be a daunting task.?

The first step to solving a problem is recognizing that one is present. An operations team cannot adequately put a sufficient maintenance plan in place if there is no awareness that maintenance is required.

If one wants to be able to do accurate hand calculations, or construct a simple program or Excel sheet, the method described here gives answers that agree exactly with iterative calculations using the equations in the current version of the ISA and IEC standards.

The availability of an easily constructed Excel worksheet that calculates and graphs control valve installed gain in conjunction with the users preferred control valve sizing application has prompted a new interest in the application of these calculations. Three examples are shown here.