Feeling Exhausted?

Our current calendar.

The school year has started here in Cincinnati. For some families, it’s the very first year in the school system; for others, it’s the last. Every year in between brings its own mix of emotions. Personally, I look forward to the sports and events, watching the camaraderie grow between my daughters, their friends, and their teams.

This year, we have a 10th, 7th, and 5th grader. One is about to get her learner’s permit, one is trying out for school volleyball, and one is in her final year of elementary. It feels like a big year all around. The pace of activities has been so fast that it’s hard to fully process what’s happening—and that same thing can easily happen in our work lives.

At home, my wife and I often feel like we’re treading water, bouncing from one thing to the next. We use downtime not just to catch our breath, but also to talk through what’s working, what’s not, and how to prepare better for the weeks ahead. When we skip those conversations, tension builds, and we end up storming as a team. The same holds true in a production environment: without regular evaluation and planning, the whole system suffers.

In manufacturing, output rarely stops. Even when a sector halts for a planned shutdown, the project list is carefully managed to minimize disruption. The focus is always on keeping production moving—whether that means picking up speed, adding shifts, or running longer hours. But smooth production depends on proactive planning.

Take compressed air systems as an example. A simple habit like measuring pressure drop across filters can prevent costly downtime. By installing pipe tees and pressure gauges upstream and downstream of filters, you can monitor performance. Once the differential hits 5 psig, it’s time to plan for an element replacement. Adding this to a maintenance schedule and aligning it with your purchasing cycle turns an unexpected expense into a controlled, predictable one.

Pressure gauges and filters with indicators are both great options for monitoring filter performance.

Just like meal prep and calendar reviews keep our family life running more smoothly, preventive maintenance and equipment monitoring keep production lines efficient. For parents entering the whirlwind of school activities—hang in there. Build a community with the other parents around you. It truly takes a village, just like it takes every department working together to deliver a finished product.

Brian Farno, MBA – CCASS Application Engineer

BrianFarno@EXAIR.com
@EXAIR_BF

Week 2 Back To Basics — Find & Fix

Last week, we started with step one of the Six Steps to Optimizing Your Compressed Air System: measuring and understanding your usage. Once you know how much air is being consumed, the next step is clear—find and fix the leaks.

If you search for “compressed air leaks,” you’ll find no shortage of articles on the topic. One from the Department of Energy highlights just how costly leaks can be. For example, fixing only ten leaks in a single compressed air system saved one company $57,069. That’s a huge number—and it came from just ten leaks.

Every joint or connection in your system is a potential leak point. The size of the leak determines how much money (and efficiency) is lost. The most effective approach is to locate leaks systematically and eliminate them permanently.

There are several methods for leak detection, but the tool we recommend is the Ultrasonic Leak Detector (ULD). It can detect leaks up to 20 feet away and works even in noisy industrial environments. In fact, fixing just one leak the size of a 1/16” hole can pay for the ULD in a year—and that doesn’t account for the many other leaks you’ll uncover and repair.

If you’re using a Digital Flowmeter from step one, you’ll also be able to quantify the air you’ve saved once those leaks are sealed. The combination of measurement and action creates a powerful cycle of optimization.

That wraps up step two. Next week, we’ll continue with step three in the series. In the meantime, if you’d like to talk through leak detection or optimization strategies for your own system, don’t hesitate to reach out.

Brian Farno, MBA – CCASS Application Engineer

BrianFarno@EXAIR.com
@EXAIR_BF

Is It Plugged In? Let’s Go Back To the Basics 1 of 6

Today, I want to kick off something a little different with the blog and start back at the basics. Over the next series of posts, we’ll walk through the Six Steps to Optimizing Your Compressed Air Systems. The goal is simple: to help you evaluate your current setup, identify opportunities for improvement, and put real numbers to the savings you can achieve.

Six Steps to Optimizing Your Compressed Air System

The first step to optimization is to measure and understand your compressed air consumption. There are several ways to do this, but one of the most effective is with our Digital Flow Meter paired with a Summing Remote Display or a USB Data Logger.

  • The Digital Flow Meter provides real-time data on compressed air usage.
  • The Summing Remote Display allows you to track cumulative usage over a 24-hour period (or longer).

By installing these tools, you can measure usage across your entire system or isolate a single machine. Once you start gathering data, you’ll quickly see the difference that EXAIR products can make in reducing consumption and improving efficiency.

With usage data in hand, you’re ready to move on to step two—stay tuned for the next installment. If you’d like to jump ahead or talk through your system directly, I’d be happy to connect.

Brian Farno, MBA – CCASS Application Engineer

BrianFarno@EXAIR.com
@EXAIR_BF

Video Blog: EXAIR Product Update!

In today’s video blog, I share a product update with you regarding our external filter bags and drum covers. The change has several significant benefits for performance. Take a minute to watch the video and find out more.

As always, if you have any questions, please contact us today.

Brian Farno, MBA – CCASS Application Engineer

BrianFarno@EXAIR.com
@EXAIR_BF