Installation of a Boge C16

Recently sold a Boge C16 system to a repeat customer. At the last minute they asked us to step in and complete the install. They were too busy getting the rest of their equipment installed and running for a new production line. Even though we were short a man serving his duty in the reserves, and our schedule was more than full. We adjusted, re-scheduled and stepped in to complete the installation on time and on budget.

In addition to these photos, also ran about 300′ of distribution piping and related air drops.

installation of the Boge C16  installation of the Boge C16

Is your air compressor salesperson certified?

What is the definition of a system? Webster’s defines a system as: an assemblage or combination of things or parts forming a complex or unitary whole:

Thus to work on and make recommendations to improve a system, one has to understand each aspect that makes up a system. The Compressed Air and Gas Institute (CAGI) takes education seriously. They desire each person in the field making recommendations to be knowledgeable in all parts/components that make up a compressed air system.

Speaking to you “system specialist”, “account managers”, “Project Engineers” – whatever you have on your business card – in the end we are all the dreaded “Salesperson”. How many of you have come behind another in an attempt to correct a situation – only to find an end user who views you with skepticism because the previous salesperson misapplied a compressors, dryer, tank or filter?

End users – I can honestly say in my 24-years in this business I can count on one hand the salespeople I have run into that only think of the profit they can get out of you. The rest are honest and well meaning. However, I can say there is a wide range of education among Compressed Air Salespeople.

Here at Atlantic Compressors we strive to educate each one of our employees. Our service technicians attend all of the factory classes as well as the TPC online training supported by the Association for Independent Compressor Distributors (ACID).

Now we can add the Certified Compressed Air System Specialist to the list for our President, Bill Rimer. Bill already has achieved multiple certifications in the field:

  • Kfact Master Certified from Kaeser Compressors
  • Boge Advanced Training
  • CAGI Level I and II
  • Department of Energy AIRMaster+

So ask yourself before you issue the next Purchase Order for an improvement to your compressed air system – Is your salesperson certified? Are you confident in their recommendations? Will the new system perform and deliver the energy savings promised?

CAGI CASS Certification

Atlantic Compressors has the only Certified Compressed Air System Specialist in SW Virginia. Check the online directory at:

All work and no play…

Earlier this month had a chance to visit my oldest daughter, Kassidy, in Philadelphia. Being a lifelong Cubs fan, we took in a Phillies v. Cubs game. All was well with the game till Bryce Harper hit a walk off grand slam in the bottom of the 9th. Oh well, so goes being a Cubs fan.

Cubs Game

#greatservicetechs at Atlantic Compressors, Inc.

A big shout out to our service manager, Tim Bongard, and one of our service techs, David Morrison. Yesterday I received two emails complimenting these individuals.

A quick excerpt from each email:

“…I wanted to compliment you on one our your employees…Tim. I met Tim last week on the bus to Hannover Messe with Boge. Tim and I talked the whole ride and I found him to be a great ambassador for your company. Tim is very knowledgeable and personable.”

“…He [David] knew exactly what he was doing, and walked me through it perfectly… It was easy to see he knew what he was talking about. He was also up front [sic] and honest.”

Thanks, Tim and David, for being such great individuals, employees, and service technicians!

#hannovermesse · #service · #thanks

Wal-Mart, Amazon, and Compressor Distributors

When I was a kid my mom and I would shop for new school clothes, church clothes or anything else down at the local stores. No malls, no box stores, and certainly no Internet options. Since then, our shopping options have changed dramatically.

Compressor distributorships historically have been relatively small local or regional companies, staffed with professionals who grew up in the area and knew their clients well. This strategy worked well for decades, and still does in many areas. However, our industry – like the retail world – has undergone dramatic changes.

Small regional companies have increased the size of their footprint by acquiring smaller local distributorships. Some of these distributors now cover several states with multiple branches to serve their customers. A few compressor manufacturers have adopted a direct sell strategy – cutting out the local distributor completely.

We have all heard the discussion before: Is Wal-Mart good for Main Street? Is Amazon good for the brick and mortar retailers? Personally I don’t shop, but my wife does. And she shops at all these places, including the local retailers.

I know if the core goal of any company is to serve their clients with the superior customer service and competitive pricing, the company will grow and prosper. No one business model is superior to another without the dedication of the owner. The owner needs to hire great employees and instill a culture of dedication to its customers. That is what we do here at Atlantic Compressors – and we have continued to grow without sacrificing our core beliefs. If your distributor is not performing up to your high standards, give us call at (540) 728-1134.

How to Choose a Service Provider for Your Compressed Air System

At one time or another we all have to enlist the services of a professional.
How do you decide which provider you hire?

Here are few reasons we all may choose one professional over another:

  • Price
  • Convenience
  • Reputation / Recommendation
  • Advertising ( We may not want admit it, but it does work.)

Choosing a Service Provider for Your Plant’s Compressed Air System

Not saying any of the above reasons are right or wrong, but when it comes to choosing a service provider for your plant’s compressed air system are there other areas that you should consider? After all, the compressed air system is an extremely vital part of any plant. Should you entrust it to the least expensive provider?

The production of compressed air is a dynamic system. Many factors will affect its performance and reliability. Some of these factors may have nothing to do with the air compressor itself – or even be in the compressor room. So the next time you receive a call from a prospecting compressed air provider – or you are looking to evaluate your current supplier – here are a few areas you may wish to consider:

1. Training

TrainingAsk the company to provide training documentation for their sales and service personnel. There are many resources available today for training. The best training would be a combination of both manufacturer and independent sources.

The company should seek a consultative, systems approach to the compressor system.

Most systems do not need a complete overhaul with new equipment; they need the currently installed equipment to work together. A true professional will address these issues systematically and provide real world, affordable solutions.

2. Service Availability

Service AvailabilityMany facilities operate around the clock. How available is your service provider? Are they available after hours and on weekends?

If so, do they typically stock the components that regularly take down compressed air components? No compressor house will be able to stock every single part ever needed on the service van, but are they making an effort to stock the common parts? Take a look inside your provider’s van next time they are on-site.

3. Ancillary Equipment

ServiceAs we know a compressed air system is comprised of more than just the air compressor. There are dryers, filters, drains, master controllers and flow controllers. Most every distributor has all of these items and more available for sale.

Do they service what they sell?

But do they work on everything they sell? With something as important as a compressed air system, I fail to understand why anyone would buy from someone who does not service the equipment they sell.

4. System Auditing

AirMaster+ CertificationThis is an area of exponential growth in the last 10+ years. But this type of growth, the end result sometimes gets “watered” down. What was once an area for only the most highly trained individuals, now is available to even the greenest of sales people. Are all audit results the same?

Here a few questions to ask prior to purchasing an audit:

  1. What training have they received to analyze a compressor system?
  2. What type of simulation software are they using? (It’s funny how a manufacturer’s software always recommends their equipment.)
  3. Ask for recommendations and previous audit reports.
  4. Do they guarantee their performance recommendations?

5. The Ability to Harmonize

HarmonizationI have zero musical ability; so I am always impressed with those who do. Take a barbershop quartet – the harmonization among them is extremely impressive. Does your compressor system sing in harmony? Or does it sound more like me? Most compressor systems are not all the same color (ie: from the same manufacturer). So how can we be sure everyone plays well together?

A distributor’s true colors will show when asked to get multiple compressors from different manufacturers, coupled with various air treatment equipment to operate at peak efficiency and reliability.

For more detailed guidelines for choosing a compressed air system provider, consult the Compressed Air Challenge website at

Choosing a Contractor for Your Compressed Air Systeem
Click here to download the infographic in PDF format.

Atlantic Compressors is a full-service distributor, offering engineering services, and equipment sales and rentals. Our service department is fully staffed and trained to provide routine and emergency service on most makes and models of air compressor equipment.

Please contact us for a no obligation walk-through of your compressed air system by phone at (540) 728-1147 or by email at

Point Of Use: Air Receiver Sizing and Placement

Greetings once again everyone!

The last two installments have been about air receiver sizing within the compressor room.

  1. Compressor Room Layout: Air Receiver Sizing and Placement
  2. Compressor Room Layout: Air Receiver Sizing and Placement, Continued

Today we will address point of use receivers.

Point of Use Receivers

Again, the opinions are many. As always the best advice I can offer is to find a well-educated, consultative professional. Do away with the “salesman” that always has the best price.

In this profession (probably in most) we tend to hear the same concerns and potential solutions over and over. One of those repetitive concerns is: “Occasionally my pressure drops in the main header – so I want to install an air receiver at the far end to combat this issue.”

Although this solution very may well remedy the problem – most often it does not. The solution fails because people don’t take the time to identify the root cause of the problem. This takes time, effort and knowledge of both the system and the physics of compressed air.

Areas to Investigate

  • Design of the header (loop or branch)
  • Pressure drop and velocity in the header system
  • Proper supply volume
  • Point of use applications

For this discussion we will zero in on point of use applications that cause the header pressure to be insufficient. These are almost always rather large, intermittent demands. One such application is plasma cutting with a water table. In this application compressed air is used to raise and lower the water level though basically a bladder. Preparing for a cut the water level is raised by filling the bladder with compressed air. Upon completion of the cut, the compressed air is released thus lowering the water level.


Air Release Valve Closed

The filling of the bladder constitutes a large intermittent demand for compressed air. The proper solution comes in two parts. The first is to size a point-of-use receiver to handle 100% of the required volume. The second part is to prolong the re-pressurizing of the receiver as long as possible. Prolonging the re-pressurization results in an overall reduced demand on the compressor system allowing header pressure to remain stable.

I have purposely left out all of the research and formulas to properly size this receiver solution. Not for selfish reasons – just thought a brief blog was not the place to delve into the algebraic equations required.

Other Applications That May Benefit from a Point-of-Use Receiver

  1. sand blasting,
  2. pneumatic product transfer,
  3. sparging,
  4. packaging,
  5. and many more.

Atlantic Compressors is a full-service distributor, offering engineering services, and equipment sales and rentals. Our service department is fully staffed and trained to provide routine and emergency service on most makes and models of air compressor equipment.

Please contact us for a no obligation walk-through of your compressed air system by phone at (540) 728-1147 or by email at

Compressor Room Layout: Air Receiver Sizing and Placement, Continued

We left our discussion determining that an air receiver for a load/unload rotary screw compressor system is best sized around 5-gal/cfm. Still staying in the compressor room for now, let’s discuss how many air receivers are necessary and where to locate them.

Once again there is no clear right or wrong way of doing things. Some will recommend a single “wet” receiver and others will insist all receivers be placed on the “dry” side of air treatment. Both scenarios have advantages and disadvantages.

Let’s review each and maybe interject a hybrid solution.

“Wet” Air Receiver


  • Provides excellent moisture separation
  • Allows cooling of compressed air

  • Potentially can over flow air treatment
  • Internal corrosion
  • Allows for proper operation of capacity control

“Dry” Air Receiver


  • Air treatment protection
  • Minimal internal corrosion
  • Supply of dry compressed air for large intermittent demands


  • Potential slugging air treatment with large quantities of liquids
  • Potential high inlet temperatures to air treatment
  • Pressure drop between tank and compressor capacity system

I am certain there are more than the ones I’ve mentioned.

If you have to choose…

In my opinion, if you only have room and money for one (1) tank,  make it a “wet” tank with a good, reliable zero loss drain.

Another option is the hybrid solution, which uses more than one (1) air receiver.

The Hybrid Solution

This solution is gaining in popularity as knowledge of the efficiency advantages are becoming more commonplace. Installing both a “wet” and “dry” air receiver provides the best solution with only minimal disadvantages. You still size the system for a total of 5-gallons/cfm of the largest cycling rotary screw compressor. But now you split the air receiver sizing so 1/3 of the capacity is on the “wet” side and 2/3 is on the dry side.

The pictures below show a recent installation for one of our customers:

This particular customer already had multiple tanks – so we re-worked the system so they had a single “wet” receiver and three (3) “dry receivers.

Wet tankDry tanks

Every application is different, you need a qualified, experienced professional to review all the parameters of the system and recommend the best solution.

Atlantic Compressors is a full-service distributor, offering engineering services, and equipment sales and rentals. Our service department is fully staffed and trained to provide routine and emergency service on most makes and models of air compressor equipment.

Please contact us for a no obligation walk-through of your compressed air system by phone at (540) 728-1147 or by email at

Compressor Room Layout: Air Receiver Sizing and Placement

Hello again. I hope everyone had a great Thanksgiving. I can’t believe November got past me by with just a single blog post!

Today we’ll discuss the debate surrounding the sizing and placement of the air receiver in the compressed air room layout.

The Debate

To begin our discussion, I’d like to suggest that there aren’t many absolutes in the compressed air industry. Now don’t get me wrong, there are correct and efficient ways to do things; however, there is often more than one way to accomplish the same thing. For example, there are many differing opinions about air receiver size and where one should be positioned within a compressor system. In fact, no topic in this industry has caused more debate!

To better understand the reason for the diversity in opinions, I’d like to provide a little history. When rotary screw compressors emerged onto the stationary application, the capacity control system used at the time was inlet modulation. While this type of control system doesn’t need a large air receiver to produce good results, the control system itself can be quite an energy hog! As the inherit energy inefficiency of compressors became widespread knowledge, more efficient control systems were developed like dual control (load/unload) controls, and eventually variable speed drive (VSD).

Dual (Load/UnLoad) Controls

For this post, we’ll focus primarily on dual control (load/unload) controls. Modulating compressor manufacturers would typically recommend a tank sized for one gallon for every cfm the compressor produced (i.e.120 cfm = 120 gallon tank); dual control (load/unload) control manufacturers might recommend two to three gallons for every cfm produced. The additional tank size of course raised the purchase price and often a poorly-trained sales force would just “take the order” for an improperly sized tank. So while the system might work, no real energy savings were realized. (Note: The energy savings were also minimal with even two to three gallons/cfm.)

Air System AuditorToday, we have the benefit of years of energy awareness and concentrated studies on the efficiency of compressed air systems. Thanks to organizations like Compressed Air Challenge™, CAGI™, the U.S. Department of Energy, as well as the many independent auditors across the country, we know the real benefits of proper tank sizing.

I could go on for a few more pages, but I’ll stop here. Next time, I’ll talk about where to put these tank(s), and whether we should have more than one.

Tank Size & the Law of Diminishing Returns

The graph below (courtesy of represents the kW savings from tank sizes based on gallons/cfm, for a dual control (load/unload) compressor. Although one can debate that bigger is always better (and it often is), the law of diminishing returns is also a factor.

Kilowatt Savings from Tank Sizes Based on Gallons/CFM

So what’s the bottom line?

The best deal for your money is around five gallons/cfm.

Atlantic Compressors is a full-service distributor, offering engineering services, and equipment sales and rentals. Our service department is fully staffed and trained to provide routine and emergency service on most makes and models of air compressor equipment.

Please contact us for a no obligation walk-through of your compressed air system by phone at (540) 728-1147 or by email at

Compressor Room Layout, Continued: The Effect of Temperature

It’s now officially fall — the landscape is changing color, kids are gearing up for various festivities, and temperatures are getting cooler. As the great poet Bob Dillon once said “The Times They Are A-Changin’.” So how do cooler temperatures affect the location of your compressor?

Climate & Your Compressor Room Location

The climate here in Virginia is pretty moderate – it never gets really cold or hot. In this area (or areas similar to it) one might think that installing a compressor system outdoors would have some advantages. After all, the cost of square footage inside a facility comes at a premium compared to the cost of a concrete slab and a lean-to roof on the outside of a building. And depending on the type of business, if located inside, the compressor system could be very noisy and produce unwanted heat loads.

You would never consider placing an air compressor outside in northern climates where temperatures can easily drop below freezing and stay that way all winter. Nor would you install one outside in many southwestern states where summer temperatures consistently exceed 100 degrees. The reason for this is that oil lubricated rotary screw compressors (the most common type of industrial air compressor) simply won’t survive these extreme conditions.

What About Virginia?

Where temperatures get below freezing, air compressor rooms should be located indoors.Here in Virginia however, where winter temperatures consistently fall below freezing in the evening, the correct choice would still be to locate a compressor system indoors. In addition, most rotary screw compressor manufacturers now equip their compressor controllers with a low temperature inhibit feature. This feature prevents the compressor from starting if the oil temperature is below 38 degrees (on average). Another reason to locate the compressor indoors is to prevent condensate from freezing.

Now that we’ve settled the debate about where to locate a compressor system (rotary screw compressors installed in this area belong indoors). We also need to address the issues of noise, service access, and heat discharge from rotary screw compressors.

In my next post, we’ll continue this discussion along with other topics related to the layout and design of a compressor room.

Atlantic Compressors is a full-service distributor, offering engineering services, and equipment sales and rentals. Our service department is fully staffed and trained to provide routine and emergency service on most makes and models of air compressor equipment.

Please contact us for a no obligation walk-through of your compressed air system by phone at (540) 728-1147 or by email at