Controlling Dangerous Dusts in the Chemical Processing Industry: Part 1 of...
By David Steil, Camfil Air Pollution Control
Effectively controlling toxic and combustible dust generated in chemical processing facilities is essential to protecting employee health, maintaining...
Digital Transformation in the Age of IIoT: Part 2 of 2
INSIGHT #5
If manufacturers can fully leverage the benefits of digitization, all the way from core manufacturing out to the end-user experience, the opportunities are...
Improving Power Plant Performance With a Modern Calibration Process: Part 2...
Last month, we began this series by describing some of the most common reasons to implement a modern calibration process in power plants and...
Charging Through With Temporary Power Solutions: Part 1 of 2
Raging heat waves, crippling ice storms, devastating drought—extreme weather has continued to accelerate in the past decade, claiming lives and causing untold devastation. Just...
The entry point for pump excellence: Part 2 of 2
Miss part 1? Read it here.
The first part of this series explored international and industry standards—namely ANSI, API, ASME, and ISO—and now we turn...
The Importance of AHRI Standard 400
In November 2015, the Air-Conditioning, Heating, and Refrigeration Institute released an updated “Standards for Performance Rating of Liquid to Liquid Heat Exchangers,” for the...
How Many Mils Is Your Coating?
From the job shop to the robotic assembly floor, it is vital that the product be made well and correctly coated for protection, aesthetics,...
Meet the Future: Edge Programmable Industrial Controllers
Last year a glass products manufacturing company in Ohio presented their automation engineers with a new project: data from manufacturing lines needed to appear...
Venturi Injectors Make Their Impact
Modern pump technology has benefitted dramatically from new materials, modern manufacturing methods, and state-of-the-art controller technology. But one of the most impactful technologies that...
Maintenance Is No Surprise Part 1
Rotating machinery has an expected life cycle based upon engineered rate of wear due to load, lubricity and speed. Our predominant speed for machinery...









