In today’s world, if you run separators, you run with automation. Sure, you might have components of your process that are still manual, but overall, automation is what’s responsible for the performance of each centrifuge. Feedback from pressure transmitters, temperature meters, and back pressure valves communicate with a control system, telling the automation how to adjust processes in real-time. That, in effect, is what controls the machines.
An unbalanced centrifuge is a recipe for disaster. Centrifuges spin at very high speeds, and they do so for hours on end. Some facilities run their centrifuges 24/7, only pausing for CIP procedures and the occasional service visit. When a bowl starts to get off balance – and they always do at some point or another – they continue to get more and more off balance as time goes on.
And the further from balanced an industrial centrifuge becomes, the more inefficient and dangerous it becomes. So, what do you do? You get your bowl balanced.
When it comes to maintaining industrial centrifuges, the effort you put in really does come back to you tenfold. Centrifuges are large, powerful machines, and they do what they do exceptionally well. With the right amount of attention paid to maintaining these machines, centrifuges can provide decades of consistent and reliable performance.
All too often, issues with a centrifuge’s separation process aren’t related to the centrifuge itself, but instead with the components around it. When it comes to troubleshooting and diagnosing a process problem, some technicians look to the machine first, but this is not the most efficient or effective way to go about things.
Before we dive into the role air pressure plays in centrifuge performance, it’s important to point out that air pressure is just one factor out of many. In other words, air pressure is important, but it’s not the whole picture. With that being said, here’s a look at how air pressure impacts centrifuge separators.
It’s pretty common for customers and clients to ask me how long their centrifuges should last, and the truth is, the answer depends on how well they’re maintained. The length of time a centrifuge remains operational is significantly impacted by whether or not it receives those major and minor services that are recommended by manufacturers (and in some instances required by insurance companies or industry guidelines).
If your centrifuge separator isn’t running at peak efficiency, you’re leaving dollars on the table. Simple as that. Depending on the product you’re running and the overall setup of your process, the variables that can cause your separator to underperform are countless. But, luckily for you and the material you run, there are some steps you can take. What I’ll be covering today are a few easy-to-spot signs that your separator is underperforming and what you can do about it.
In many facilities, the centrifuge is critical to daily operations. And if separation equipment is not running at its best, other parts of the production process are impacted. In the event of a breakdown, catastrophic or not, the entire facility is affected. Having a qualified service technician inspect and maintain your equipment can keep your production pace moving and help you avoid costly downtime.
When it comes to centrifugal separation, there are numerous ways to increase efficiency and optimize the separation process. We’ve found that by taking the time to analyze your process and identify areas for improvement, businesses see a dramatic improvement
Here are four things that commonly affect the efficiency of centrifugal separation.
When your equipment has aged out of its OEM service contract and you’re seeking a new company to handle your centrifuge service needs, how do you determine if a company is reputable?