Pneumatic Conveying System Industry Insights

The differences between pneumatic conveying vs. mechanical conveying come down to the types of bulk materials these two types of systems transfer, the distances they can convey over, and how they are...

Several factors can cause pressure loss in pneumatic conveying, from an incorrect feed rate to moisture in the pipelines. The effects are line blockages, expensive periods of downtime, and high...

Knowing how to minimize pressure drops requires an understanding of what’s causing them in the first place. There are several factors that can cause a drop in pressure in conveying systems, including...

A pressure drop in your pneumatic conveying system can cause a slowdown in your conveying system’s capacity. It also has the potential to cause more serious problems, like the piling up of bulk...

Dry bulk pneumatic conveying systems are used to move bulk materials that don’t contain any water, such as talcum powder or plastic pellets, through an enclosed pipeline system. 

In bulk material conveying, the initial cost of upgrading to abrasion-resistant products might seem prohibitive. That’s because it isn’t typically just a couple of percent over the expense of a...

Bulk material handling is an essential aspect of various industrial processes, such as manufacturing and mining. The type of machines needed to handle bulk material depends on the type of bulk...

The design of your pneumatic conveying system should be properly calibrated based on the type of bulk material that your system will convey. As well as this, different types of bulk materials have...

The issue of friction vs. impact in pneumatic conveying is mainly about how much damage a pneumatic conveying system can sustain from the bulk material being conveyed over time. Understanding these...

Abrasion in pneumatic conveying systems is inevitable because of the moving particles of bulk materials being conveyed, as well as the vibrations of the various components. Abrasion happens when the...