Compressed air is an increasingly popular choice for casual paintball players and match play, and offers multiple advantages over carbon dioxide (CO2). As a power source, compressed air tanks are reliable solutions players can depend on during high-speed play any time of the year.

How Does a Paintball Gun Use an Air Compressor?

Paintball guns use tanks filled with compressed air to create pressure, cycling a paintball into the barrel and building pressure behind it. With each pull of the trigger, the pressure releases to propel the ball through the barrel, then quickly pull another in from the loader to repeat the process.

While CO2 tanks use a liquid that turns into gas, paintball guns use tanks filled with pressurized air. This power source helps the paintball gun produce more consistent results, helping to prevent issues with pressure and loading.

Why Use Compressed Air in a Paintball Gun?

With air compressor tanks in paintball guns, players gain the upper hand over those using CO2. When compared to the average pressure rating for a CO2 tank, a paintball gun air compressor can provide over twice as much capacity. These tanks maintain constant pressure throughout to deliver steady performance in warm or cold weather and during rapid fire.

Paintball gun air compressor tanks are also easy to refill and easy to quickly top off between matches. With constant and stable pressure, a paintball gun air compressor tank produces less wear on paintball guns and components, making compressed air the smarter investment and better choice regardless of how the paintball guns are used.

How to Fill a Paintball Gun Air Compressor Tank

Filling the air compressor tank in a paintball gun is simple, and something you can do often to keep it topped off. To fill the air compressor tank in a paintball gun:

  • Invest in the right air compressor: Compressors from the hardware store are incapable of achieving enough pressure. Invest in a compressor pump with a rating at or above 5000 pounds per square inch (psi).
  • Fill the paintball gun air compressor tank: Attach your compressor piping to the tank and fill — without going too rapidly — while watching your pressure gauge so you know when to stop.

Choosing a Paintball Gun Air Compressor

In most cases, paintball guns use compressed air tanks with high pressure ratings, generally ranging from 3000 psi up to 5000 psi. The paintball guns balance the pressure using a regulator connected to the piping to achieve the ideal output.

To make sure you can fill tanks to their maximum capacity, invest in a high-pressure paintball gun air compressor with a rating of 5000 psi or higher. Speak to an expert for help making sure you make the right decision to satisfy your needs while staying on budget.

Get Help Finding the Right Paintball Gun Air Compressor

At Quincy Compressor, we manufacture an extensive lineup of powerful compressors suited for a wide range of applications. For expert help choosing the right paintball gun air compressor, please contact us online.

What Is Class Zero Air?

ISO 8573.1 and ISO 12500 provide a classification system to measure a compressor’s ability to gauge the main contaminants in compressed air systems. This standard provides numerous compressor purity classes and identifies contaminants that may be present in the system. This classification system features nine classes.

What Is Class 0 Air and How Does It Work?

Contaminant and purity classes offer a compressed air specification system for the main contaminants in compressed air systems. Class zero air represents the best air quality possible and can ensure that compressed air is oil-free. Class zero air compressors meet rigorous guidelines and specifications to ensure the highest level of air quality possible.

A class zero air compressor offers world-class performance and ensures premium efficiency, reliability and quality. High-quality air compressors prevent oil contamination that leads to production downtime, product spoilage and even product recall. Using a high-quality air compressor can ensure your brand maintains its reputation and productivity.

Air Quality Standards

Researching different compressed air systems is the foundation when following the best practices for using compressed air. In the majority of cases, users select air compressors by comparing technical data from equipment manufacturers. The International Standards Organization (ISO) established the 8573 compressed air quality standard to help users more carefully compare important information about compressors. The ISO 8573 details how to measure and define compressed air quality.

The ISO has established the 12500 filter standard to help users understand how manufacturers test and rate compressed air filters. ISO 12500 helps define important performance details, including compressed air temperature and pressure measurements.

ISO 8573.1

ISO 8573.1 air standards feature three main contaminant types that are prevalent in compressed air systems:


  • Compression process contaminants: During the compression process, impurities may be introduced into the compression system. Common types of these contaminants include lubricant from the compressor, vaporized lubricant and wear particles.
  • In-built contaminants: In-built contaminants include compressed air systems containing common impurities, including mineral deposits, bacteria, pipe scale or rust.
  • Surrounding compression system: Contaminants surrounding the compression system may enter the air system through the compressor’s intake. These contaminants may include airborne particles, hydrocarbon vapors or water vapor.


ISO 12500

ISO 12500 sets a standard to define critical performance indicators that provide users certifiable system performance metrics. ISO 12500 is a multi-part standard that quantifies the capacity of adsorption filters to remove vapor particles. This filter standard works well with ISO 8573’s air quality standard to provide users important details about the performance of an air compressor. ISO 12500 tests coalescing filters for the ability to remove oil aerosols, adsorption filter for vapor removal capacities and solid contaminant removal for particulate filters.

The following are details on different parts of ISO 12500:


  • ISO 12500-1:2007: ISO 12500-1 specifies test procedures and layouts to test a coalescing filter’s ability to remove oil aerosols and defines the filter’s overall removal performance.
  • ISO 12500-2:2007: ISO 12500-2 gives means to indicate the performance of adsorption filters and their total capacity of removing vapor from the air.
  • ISO 12500-3:2009: ISO 12500-3 outlines metrics that can test particulate filters for their ability to remove solid contaminants.


Class 0 and Oil-Free Air Compressors

Oil-free compressors are important tools used to produce a range of products, including paper, medication and semiconductors. Even the smallest presence of oil in these applications can damage products and initiate a product recall. The term oil-free air compressor means the compressor meets certain standards to reach the highest quality certification. At Quincy Compressor, our QOF compressors, QOFT compressors and WIS compressors are oil-free and have been awarded the class zero air certification:


  • QOF series compressors: The QOF oil-free scroll compressor meets class zero standards and provides top-class performance. Prioritizing premium efficiency and quality, QOF scroll compressors offer outstanding sustainability and can minimize your total cost of ownership. These air compressors are built to perform in any environment while maintaining production efficiency.
  • QOFT series compressors: The QOFT series rotary tooth and screw compressors provide 100% oil-free air, industry-leading precision and reliability. QOFT air compressors are commonly used in many industries, including pharmaceutical manufacturing, food and beverage processing, fermentation, wastewater treatment and more. These air compressors offer advanced controls and networking abilities with a strong design that is easy to service.
  • WIS series compressors: The WIS oil-free water-injected screw compressor provides oil-free technology and improved efficiency with the advanced cooling capability of water. The low temperatures of compressed air can help reduce stress and wear on the components to ensure longevity. The water-injected screw of these compressors can produce highly efficient and near isothermal compression.


Benefits of Class 0 Air Compressors

Air purity is of the utmost importance for many applications and businesses. Oil-free air compressors are designed to meet class zero air specifications and follow ISO 8573-1 air standards and the U.S. Food and Drug Administration (FDA) compressed air requirements. Their advantages include:

  • Energy-efficiency: High-quality air compressors can increase energy efficiency and provide numerous benefits for companies. Many compressors feature improved technology, including the superior cooling capability of water, to be more energy-efficient.
  • Regulation compliance: Air compressors can help businesses meet operational regulations, including FDA compressed air requirements, to provide the purest air possible. Many industries can benefit from high-quality air compressors, including pharmaceuticals, electronics and food and beverage services. Class zero air compressors offer precise equipment and technology to ensure products are free from potential contamination.
  • Oil-free and clean air: Oil-free air compressors can deliver the highest level of air purity and prevent the risk of contamination. Additionally, oil-free air can help your business obtain an FDA certification.
  • Innovative technology: These compressors feature the latest oil-free technology to improve efficiency and productivity. The compressor technology meets the class zero standard and provides additional protection against product recalls and lowered brand reputation because it prevents even the smallest oil levels from contaminating your products.
  • Reliable engineering: Reliable compressor engineering can create a lasting product that can maximize uptime. In tandem with strong engineering, routine and proper maintenance is essential for extending the life of your air compressor.
  • Reduced maintenance cost: Many air compressors are low maintenance with low operating costs. Smart maintenance allows machines to offer faster and less expensive service. Easy access panels can allow for quick access and maintenance during routine service visits.
  • Lower cost of ownership: Oil-free technology can reduce potential expenses because these compressors don’t require expensive filter replacements. There are also no added costs to combat pressure drops in filters. In addition to low maintenance costs, there are also lower costs of treating oily condensate.

quincy compressor qof series air compressors

Learn More About Quincy Compressor QOF Series Air Compressors

Quincy Compressor offers reliable air compressor systems with True Blue reliability and some of the industry’s leading warranties. Our air compressors are specially designed to maintain their function and durability after continual heavy use. We pride ourselves on offering tough and ruggedly efficient air compressors that are supported by various accessories and air treatment options.

Browse our QOF series air compressors or contact us today for more information.

Marine air compressors are a crucial component of a ship. A marine air compressor decreases the air volume and increases its energetic potential to provide additional power for other tasks onboard. A ship air compressor’s purpose is to maintain the overall function of a ship.

How Marine Compressors Are Different

Unlike regular air compressors, marine air compressors are intended for use on a ship. Most regular air compressors cannot withstand marine conditions due to salt in the water and air. Marine air compressors are made out of metal that can tolerate these conditions without warping. Using other air compressors would likely result in a device failure or even a safety hazard.

Uses for Air Compressors on Ships

What exactly does a marine air compressor do? Ship air compressors can serve multiple functions depending on their location onboard. Marine air compressors are generally divided into four categories:

  • Main
  • Deck
  • Emergency
  • Topping Up

Main Marine Air Compressor

The main marine air compressor acts as the power source for starting primary and auxiliary engines. The main marine air compressor stores pressurized air, so it can be released when the engines start. This compressor is typically at high capacity since starting the primary and auxiliary engines requires a significant amount of power.

Deck Marine Air Compressor

Deck marine air compressors are small and portable for maximum mobility. This mobility allows them to serve a variety of functions on the deck, such as operating power tools when making small repairs or completing cleaning and sanitation-related tasks. In case of emergencies on deck, such as a fire, a deck marine air compressor can help operate a fire pump. Responding quickly to emergencies on a ship is crucial, as they could compromise the safety of the ship and the people onboard.

Emergency Marine Air Compressor

Emergency marine air compressors provide a backup power source in case of an emergency. In a potential power failure, this compressor can provide the power necessary to operate the primary and auxiliary engines. Having at least one emergency air compressor onboard is crucial to maintaining the ship’s function.

Topping Up Marine Air Compressor

Topping up marine air compressors compensate for any existing or potential leaks in a system. They are connected to devices that monitor the current pressure within the system. If this pressure dips below a specified level, a topping up marine air compressor can restore the pressure to the desired level.

Trust Quincy Compressor for Ship Air Compressors

At Quincy Compressor, we provide reliable and high-quality products for the most demanding applications. Our compressed air and vacuum products are used in a variety of industries around the world. Because our products are reliable, they maintain their value over time.

Our primary goal is to meet your needs. That’s why our network of professional and knowledgeable experts offers 24-hour service and support to ensure your complete satisfaction. Contact us today for more information about our marine air compressors.

Electronics manufacturing is a high-precision industry that requires efficient production to keep up with demand. Integrating air compressors into the product line and components themselves improves the quality of your products. Quincy Compressor carries a range of air compressors for electronics to support efficient and contaminant-free manufacturing.

Air Compressors for Electronics

The electronics industry involves extensive production that often relies on air compressors. Compressed air is also valuable to the function of electronics themselves. Manufacturers prefer compressed air for electronic applications because it has high energy conversion efficiency while remaining low impact.

One of the most common uses of air compressors for electronics is printed circuit board (PCB) cleaning. PCBs are delicate electronic parts with high sensitivity. Manufacturers use the low impact and abrasiveness of air compressors to clear dust and other particles from these components during post-production.

Compressed air also powers pick and place machines in electronics manufacturing. Electronic manufacturers produce high volumes of intricate components in their product lines. Pick and place machines are fast and precise robotic equipment that can place small parts on various components, like PCBs. Pick and place equipment also transports components to different process lines to keep components moving through production.

With the versatility of air compressors, they have a place in many other electronic applications as well. Other possible uses include:

The Importance of Oil-Free Compressors in Electronics

Many high-performance air compressors are oil injected. While these compressors use advanced filtering techniques to remove oil, contamination is still possible. In electronic products and components, like PCBs, parts may not function correctly with oil contamination.

The primary concern with oil-injected filters is temperature control. Filters in these compressors only perform correctly at a specific temperature, and when the ambient temperature rises, the filter is at risk. During these moments of unintentional temperature fluctuation, oil carry-over increases.

Oil-free compressors eliminate the risk of contamination. They also prevent the lost time, increased maintenance and wasted materials that come with potential mistakes or product damage on the product line. This means your finished components are more reliable for consumers.

Oil-free air compressors in electronics also eliminate:

  • The time and money spent cleaning oil filters.
  • Risk of compressed air pipeline fires.
  • The cost of replacing filtration systems.
  • High energy costs associated with oil-injected compressors.

At Quincy Compressor, we’re familiar with the need for efficiency, low impact and cleanliness in electronics manufacturing. Check out our selection of oil-free air compressors and find a suitable model for your application.

Contact Quincy Compressor for Oil-Free Air Compressors in Electronics

With over a century in business, Quincy Compressor is a reliable air compressor provider for electronics manufacturing and many other industries. Our expert engineering paired with responsive customer service ensures you’re receiving the best product for your application. Our industry-leading warranty plans ensure your air compressor meets your performance standards.

To learn more about our products, contact us or get a quote.

Constant exposure to loud noises in the workplace can be unavoidable, but it can also lead to health issues in the future. Using silent air compressors can reduce occupational risk and eliminate a significant amount of noise, prioritizing you and your employees’ health.

Why Use a Quiet Air Compressor?

Using a quiet air compressor reduces the risk of hearing damage. Occupational noise is often difficult to avoid, but prolonged exposure can result in tinnitus, which causes a constant ringing in the ears. Investing in a silent air compressor can decrease the risk of potential hearing issues.

Additionally, a loud work environment can cause hypertension, which can lead to heart issues or a stroke. Long-term occupational noise can also result in behavioral issues and sleep disorders, like insomnia.

The Quietest Air Compressors

There are many types of silent air compressors to help reduce occupational hazards and ensure your employees stay healthy in the long term. Quiet air compressors maintain their value over time and ensure the safety of yourself and your team.

Q13160VQ — Single Stage

This single-stage Quincy air compressor can deliver 12.8 cfm at 90 psi and 14.6 cfm at 40 psi. Because of its RPM, this air compressor operates quietly, and its aluminum head enables it to function at low temperatures. This 60-gallon air compressor also features easy-to-read pressure gauges and ASME safety valves.

Q12126VPQ — Single Stage

This 26-gallon single-stage air compressor is portable and delivers 8.3 cfm at 40 psi and 7.4 cfm at 90 psi. It has an oil-lubricated cast iron pump that provides 10 thousand hours of pump life. This air compressor is also offered in an electric-powered version and includes a low RPM for exceptionally quiet function.

QGS Line — Rotary Screw

The QGS Quincy air compressor series features the most advanced rotary screw air compressor technology for peak performance. It contains a high-efficiency intake filter and a long life V-belt drive. The QGS line also has a low oil carryover and comes with eight thousand hours of lubricant.

QGD Line — Rotary Screw

The Quincy QGD line is featured in Quincy Compressor’s world-class rotary screw compressor lineup because of its industry-leading flow and energy at 100-125-150 psig. This line can also network up to 6 machines, making these Quincy air compressors ideal for large compressed air tasks.

Electric Air Compressor

The Quincy electric air compressors are quiet and fume-free, making them suitable for indoor use without extra ventilation. These air compressors also come in multiple portable versions that can be transported easily around a job site.

QV1.5-10 hp Direct Drive Rotary Vane Vacuum Pump

The Quincy CV series vacuum pumps range from 1.5 hp to 10 hp in a variety of compact designs. They also contain an inlet screen and air cooling. Without non-metallic vanes, these vacuum pumps have a long lifespan and can be easily transported.

Contact Quincy Compressor for Silent Air Compressors

At Quincy Compressor, we provide reliable customer support and high-quality products that are used across multiple industries. Our knowledgeable experts offer 24-hour service and support to ensure our products meet your needs. Contact us with any questions about our quietest air compressors.

Portable air compressors offer a mobile solution for delivering compressed air at different areas within a manufacturing facility, at a remote job site or wherever else it’s needed. A wheelbarrow air compressor is an example of one of the more popular portable options for generating and distributing compressed air on demand.

Definition of a Wheelbarrow Air Compressor

A wheelbarrow compressor derives its name from its resemblance to the small, hand-propelled load transporting cart. This compressor features a compact design and single wheel at the front end that allows you to roll it around a plant or site with ease. A typical wheelbarrow compressor consists of dual tanks with handles at the bottom of the unit and a robust motor well-suited for heavy-duty compressed air applications.

The tanks’ location allows you to transport the unit over rough terrain with no risk of damaging the mechanical components. The compressor’s maneuverability also offers maximum placement flexibility.

Factors to Consider When Selecting the Right Wheelbarrow Compressor

As with any air compressor, it’s important to evaluate several factors when purchasing a wheelbarrow model for your company:


  • Power capacity: Wheelbarrow air compressor pumps are available in various horsepower options. Make sure to choose a model with enough power to handle your most demanding applications.
  • Tank capacity: Compressors come in a wide variety of tank capacities. A larger tank size reduces the likelihood of running out of air in the middle of a job. It’s also more efficient when operating high-demand tools or during continuous-use applications. The dual-tank design found in most wheelbarrow models can often provide a sufficient supply of compressed air for many jobs.
  • Maximum pressure: Pounds per square inch (PSI) indicates the amount of force an air compressor can deliver. Your wheelbarrow compressor should have a maximum PSI level that exceeds the demand of your pneumatic tools that require the highest air volume.
  • Airflow delivery capacity: Cubic feet per minute (CFM) is a measurement of the airflow within the compressor. Your wheelbarrow model should be able to produce enough CFM capacity relative to the PSI requirements of the tools you need to power.
  • Oil vs. oil-free: Many users opt for oil-free models when choosing portable compressors. The absence of lubricant makes the unit lighter and easier to transport. On the other hand, oil compressors are more durable and work better for heavy-duty applications requiring higher CFM and PSI.
  • Duty cycle: A compressor’s duty cycle refers to the percentage of time that the motor operates vs. being idle. A 60% cycle time is standard for most air compressor models. If you run the unit at a higher level than its maximum duty cycle, the excess heat will likely cause it to wear out faster.


Contact Quincy Compressor to Learn More

Quincy Compressor is your one-stop headquarters for wheelbarrow air compressors and other high-quality portable models for a wide range of industries. Feel free to contact us for more information about the many benefits of wheelbarrow compressors or request a no-obligation quote today.

When you are working on critical projects, you need a reliable piece of equipment by your side. Air compressors are mainly used for powering air tools, so they’re essential for completing quality work on time. There are two different air compressor variants to choose from — belt drive and direct air. Rotary screw and piston air compressors are available in both compression styles.

When it’s time to invest in one of these compressors, consider each machine’s capabilities to determine which one is best suited for your work.

Belt Driven Air Compressors

Belt drive air compressors have a belt attached to the motor of the compressor pump. When you turn the machine on, the belt moves and powers the pump through the pulley system. Belt drive compressors excel in applications requiring you to adjust pressures for a job. For instance, if you have a tool that requires 90 psi and your air compressor reaches a max of 80 psi, you can replace the pulley to increase the compressor’s psi output.

With the simple maintenance practice of regular lubrication to the belt, belt drive compressors are highly reliable, and they run quietly. There’s also the added benefit that belt-driven compressors tend to be more affordable than other compressor options.

However, since this style of air compressor pump relies on a belt and pulleys, it will require attention over time since these parts are subject to wear. These compressors are also more sensitive to environmental and weather conditions, so they perform best in a climate-controlled area.

Direct Drive Air Compressors

Direct drive air compressors do not have a belt or pulley system, as they are powered by a crankshaft connected directly to the motor.

The most significant benefit to this design is its lack of wear parts. Because it has a straightforward design, it requires less maintenance, and you save money on belt and pulley replacements. This compressor can also withstand the elements, including extreme temperatures, so common applications of direct drive compressors include outdoor work and providing air power in harsh industrial environments.

Some factors to consider are your budget and the noise. Because these air compressors have fewer parts, any malfunctions are more costly, and their ruggedness means they tend to cost more upfront. These machines are also much louder, so they’re not suited to confined areas.

Which Should I Choose?

If you’re not sure which style you need, the best factor to consider is your cubic feet per minute (CFM) requirements. The CFM of your tools compared to the CFM of the compressor will help you identify an option with the strength to handle your typical project. If the CFM is not listed on a given device, you can check online or in a manual.

Add the CFM of each air-powered tool together, then take 25 to 30% of that number and add it to the sum to cover any new devices you may add or current tools you left out. Compare your calculated CFM with the CFM of each compressor, and use those number comparisons to make an informed decision.

Quincy Compressor Has the Tools You Need to Do the Job Right

To learn more about the benefits and disadvantages of various air compressor styles, contact Quincy Compressor’s air experts today! We offer excellent customer service to help you invest in tools that make a positive difference in your work.

If you know anything about brewing beer, you probably know the main ingredients. Water, yeast, hops and grains create the base of countless brews. But there’s another essential component you might not have considered — air.

As you prepare to start a microbrewery or enhance your current setup, you’ll probably wonder — what equipment is needed for a microbrewery? And the answer includes an air compressor, or perhaps various air compressors, depending on your operations. In this guide to air compressors for microbreweries, you’ll discover how operations from microbreweries to at-home brewing use these machines. We’ll also help you decide which systems could work best for your business or hobby. Read on for more information about air compressors and microbreweries and how to use these systems in home applications.

Air Compressor Uses in Breweries

You may be starting a microbrewery or considering amping up current production with air compressors for brewing. In that case, you might be wondering what you can use the machinery for. Brewing beer is a complex process that takes lots of time, ingredients, steps and care. Air compressors make many parts of the process more streamlined, which helps your production time and efficiency. Some common air compressor uses in breweries include:

  • Moving: Compressed air makes moving beer from conditioning tanks to bottling or canning machines easier. Air compressors help keep the lines clear and dry between moving batches. You can then easily transport beer in various stages throughout your facilities.
  • Aerating: As beer ferments, yeast needs oxygen to help convert sugars into alcohol. Air compressors deliver that vital oxygen in a controlled, clean and efficient way. The result is better control of the fermenting process.
  • Clarifying: When you remove solids from beer, you eliminate the hazy look. That creates a clearer appearance and a cleaner taste, which many beer lovers appreciate. Breweries have air compressors to power centrifuges that clarify the beer and create quality results.
  • Cleaning: Compressed air helps clean equipment used throughout a microbrewery. Clean equipment means there’s less risk of contamination from previous batches or other materials. Brewers clean tanks, kegs, bottles, lines and other components with compressed air to ensure they don’t have to toss batches of beer.

Best Air Compressors for Brewing

With all those uses for air compressors in microbreweries, you should consider adding one or more to your operation. There are many types of air compressors out there to consider. Some options are more versatile than others, while certain air compressors work best for specific uses in a brewery. Consider these three types of air compressors for use in a brewery based on their functions, qualities and purposes:

Oil-Free Air Compressors

To reduce the risk of contamination during the aeration and moving processes, choose an oil-free air compressor. Industries from food and beverage to textiles and electronics choose oil-free machines because they require oil-free air for clean operations. With an oil-free air compressor, you reduce the risk of contaminating batches of beer, which you’d have to toss. That would waste your product, your time and your money. Instead, you’ll end up with a clean product that has a pure taste. You can then bottle that batch and pass it on to customers.

You can find food-grade oil that some manufacturers use, but you shouldn’t select that for air compressors that contact the beer. When oil goes into your brew mixture, you risk killing the yeast and flattening the froth or head. Again, that ruins a batch of your brew, meaning you have to toss it out and start over. Your best choice is to use oil-free air compressors for any application that contacts your beer throughout the brewing process.

Rotary Screw Air Compressors

Rotary screw air compressors are a popular choice, especially for breweries. They’re versatile, efficient and long-lasting, and they provide a consistent flow and quiet operation. You get high pressure that you require throughout various brewing processes. Rotary screw air compressors are suitable for long-term applications and can operate all day throughout brewing hours or operating hours at a brewpub.

Part of what makes rotary screw air compressors useful for long-term operations is that they’re easy to maintain. Some models have 70% fewer components than other air compressor options. That means you won’t have to worry about small components breaking down often and having to replace them. With a simpler construction, rotary screw air compressors can save you time and money.

With those benefits and versatility, you may choose a rotary screw air compressor for your brewing processes. Most rotary screw air compressors use an oil-flooded system. Avoid using them for aeration or cleaning certain pieces of brewing equipment. Instead, use a rotary screw air compressor to operate a centrifuge for clarifying purposes or other tools that don’t directly contact the beer.

Reciprocating Air Compressors

These machines are also called piston air compressors. They’re common in general manufacturing and packaging applications. A brewery may use reciprocating air compressors to help wash kegs and to use in other low-pressure applications, as well. If you do choose a reciprocating air compressor for your brewing process, use it only for pneumatic tools or cleaning tasks because oil and moisture may leak into the lines. You’ll most often see reciprocating compressors in small microbreweries rather than larger operations.

If you do want a reciprocating air compressor for your brewing needs, you may have to choose between single-stage and two-stage models. They work in similar ways, with a piston moving up and down to fill the upper part of a cylinder. The cylinder moves upward, compressing air and creating pressure. Most systems are single-stage, meaning they have one piston and one cylinder. But you’ll also find two-stage options with two pistons in their own cylinders. The machine can then maximize the strength of the two cylinders.

As you look for air compressors for your brewery, you could see natural gas compressors and multistage air compressors as possible options. Natural gas compressors are more suitable for manufacturing and chemical plants. Multistage varieties are often used in auto repair. Select from the above options for your brewery needs, instead. Pick one type for different operations or select many for various functions. Ensure you get an oil-free air compressor for jobs that require contact with your beer.


Choosing the Right Air Compressor for Your Brewery

Air compressors come in various types, sizes and powers. Ultimately, what you select will depend on your specific needs. Every brewery is different, whether you’re a microbrewery or a brewpub. To choose the right air compressor for your brewery, you should consider:

  • Your budget: Getting any kind of equipment for your operations should involve evaluating your budget. Factor in short- and long-term costs when you consider your budget, as well. An air compressor comes with an initial cost, but you’ll also have to pay for power, maintenance and repairs down the line.
  • Your machinery preferences: When you decide to get machinery, you’ll have to choose between new and used air compressors. Consider what you prefer for your operations as well as your budget for this decision. A used machine will likely have a lower up-front cost but could have higher costs in power and repairs over time. A new one will have a higher up-front cost, but you could save money on power with an efficient system.
  • Your production needs: If you’re a larger brewery, you’ll want air compressors that can handle a lot of demand. For a smaller business or one starting out, select a smaller machine that will save you money and provide the amount of pressure and power you need. If you select the wrong size and pressure output for your needs, you may impact your efficiency. A smaller air compressor for large jobs will have to work harder, which means it could break down more often. A larger machine for smaller productions will use more power than you need, increasing energy costs.
  • Your facilities: Remember how much space you have for new machinery when you buy an air compressor. Combine that consideration with your production needs to determine the size of the equipment you get. You can also decide if you need a storage tank and how big that tank should be. Try to place your air compressor somewhere with clean air to keep the system’s filters maintained longer.
  • Your return on investment (ROI) concerns: You may want to focus on getting equipment that offers a positive ROI for your brewery. In that case, you should select an efficient air compressor that won’t incur high power costs. Rotary screw air compressors typically offer the highest efficiency over other options, giving them the best ROI. You could improve that ROI by getting a new machine, as well.

Air Compressors for Homebrewing

With a deep love for and interest in beer, you may have tried homebrewing in the past, or perhaps you want to get into it now. Homebrewing is an exciting process where you control what goes into your brew. The result is a homemade version of your favorite beverage that you can give as a gift or enjoy yourself to celebrate the work you put into it. An essential part of homebrewing is to have all the right equipment on hand, and that can include an air compressor.

Homebrewers most often use air compressors for bottling their brews. The machines move homebrew from conditioning tanks or containers to the bottles. You can also use an air compressor to ensure your lines are clear of moisture, just as a microbrewery would do.

When you choose an air compressor for homebrewing, you won’t need the same specs a microbrewery or other industrial setups need. Instead, you’ll want one that’s suitable for home use. Compare air compressors for homebrewing, and consider selecting one that’s:

  • Quiet: Maybe you have other household members or neighbors close by. You don’t want to disturb them with the sounds of industrial-grade air compressors. You also don’t want to deal with distracting loud noises as you’re trying to create or bottle your homebrew.
  • Affordable: Since you can’t legally sell homebrewed beer, you have to spend your own money on homebrew equipment rather than subtracting from sales. A big appeal of brewing your own beer is saving money on what you’d usually spend on store-bought brews. You don’t want to waste those potential savings by buying a machine that’s too big and expensive for your needs.
  • Portable: You likely don’t have an industrial-sized space to store your homebrewing equipment. You might be working in a garage, workshop, basement or somewhere similar. You might even have to bounce from space to space, depending on where you have room in your house to work. In that case, a small or portable air compressor will be best. It’ll be easy to store it in your workspace, and you can transport it to different areas with ease.
  • Versatile: Perhaps you have household power tools or other things you could use an air compressor for. Selecting a versatile machine will help you get your money’s worth and justify your purchase. Most air compressors for home use are designed for tools and similar attachments, anyway. So as long as you keep the components for homebrewing clean, you can use an air compressor as a multitasker.

With all that in mind, the best air compressors for homebrewing will be portable versions. Portable air compressors are efficient yet small. They come in the perfect package for home and do-it-yourself purposes, thanks to their assembly. These machines most often feature a single-stage design with one valve and piston. Their design also means they’re lighter, making them easy to move. You should note that their size does impact how much power they can put out. Because of that, portable air compressors are better for home use than demanding industrial projects.

Contact Quincy Compressor for More Information About Air Compressors for Brewing

Whether you’re trying a new hobby at home or need equipment for a microbrewery, Quincy Compressor is here to help. Our products provide premium performance, no matter your industry. You’ll get everything from reliable machines to high-quality parts and service with us. And if you’re not sure what type of compressor would work for you, our knowledgeable air experts are happy to offer some advice.

Contact us today to learn more about how Quincy’s air compressors play a role in brewing. Discover what equipment will work best for you with our expertise.

Marine industries, from offshore operations and cargo shipping to fishing and recreational cruises, require a lot of equipment to function. They operate in unique conditions, heading out onto the open waters and relying on everything on board to keep them moving. You’d probably consider water as the primary useful element for marine industries, but air is equally vital.

The element serves practically endless purposes for marine industries powered by air compressors. It’s versatile across several applications and essential for different functions. In fact, without air compressors, many ships couldn’t even leave the port. Discover more about marine industries and air compressors in this guide.

How Marine Air Compressors Work

Marine air compressors function similarly to air compressors you’d find on land-based operations for the most part. Where they differ is the environment they function in. The parts and materials that help marine air compressors function include:

  • Power sources: Air compressors may utilize electric or gas motors to run. The type you have in a marine industry will depend on your ship’s power supplies, but if you use a generator onboard, you may have an electric-powered air compressor.
  • Air: An essential component of a compressor is, of course, air. Air compressors take in the air around them to function. Ideally, that air will be as clean as possible to help prevent material from building up in the compressor’s filter.
  • Inlet and discharge valves: These components draw air in and release it so the air compressor can function. Air comes in through inlet valves, and the system creates a vacuum. Once the system compresses air, a discharge valve allows users to harness the power of the compressed air.
  • A pump: To compress the air, an air compressor uses either positive or dynamic air displacement. The internal mechanisms move and push air through the chamber to create compressed air.
  • Storage tanks: Once the machine compresses the air, it moves to a storage tank for future use. Air compressor storage tanks come in a range of sizes, and what you select will depend on your industry’s needs and how much space you have.
  • Cooling materials: Machinery often needs to be cooled between stages. Air compressors for marine industry operations may use seawater or other cooling materials to maintain a safe operating temperature. That protects the components of the system from overheating and becoming damaged more frequently.
  • Lubricating oil: Because an air compressor consists of moving parts, it may use oil to stay lubricated. Lubrication helps reduce friction in the equipment, which would cause more wear over time.

Issues Marine Air Compressors Face

Marine industries and air compressors face unique challenges you won’t find on land. The main concerns stem from asking, “How are air compressors used in water-based industries?” You’ll have to consider exposure to specific materials.

Ships and other industries out on the water experience wet conditions. Salt from the ocean water also poses a threat to equipment. Saltwater causes certain metals, like iron, to rust more quickly than freshwater would. That means metal components on a ship may rust more quickly, whether or not they’re in direct contact with water. Saltwater vapor surrounds a ship on the ocean, while ocean water may splash on board. Even if the air compressors are below deck on a ship, they can still face exposure to these elements.

Because marine air compressors function in wet conditions, they may have parts made of metals that won’t rust or corrode. Aluminum, galvanized steel and certain varieties of stainless steel, for instance, won’t rust. Still, marine industries want to use durable metals and materials that can withstand frequent use.


Maintenance of Marine Air Compressors

Marine industries often use high-pressure air compressors for their various tasks. That high-pressure requirement creates a high demand on the machines. Maintaining a marine air compressor is vital because the systems undergo so much use. Industries may conduct particular maintenance checks daily or after an air compressor has been running for a set number of hours.

Depending on your ship’s size and operation, you may need to bring replacement parts and tools to make repairs when you’re out on the water. That will suffice for emergency repairs to keep units functioning until you return to land. You can then repair non-emergency issues on land so your system can function at its best on the water. No matter how you maintain marine air compressors, you’ll have to:

Keep the Systems Dry

Are air compressors safe to be in water? That will depend on the specific machine. In general, you don’t want an air compressor to be submerged or constantly sitting in water. You risk creating rust and damaging vital parts of the unit. Water can also cause a problem if it gets in the machine. Marine industries using air compressors have to conduct regular maintenance to keep the system dry, and that can include steps like these:

  • Drain the air receiver tank: When air reaches the air receiver tank, it cools down. That means any water vapor in the previously hot air will condense back to a liquid state. Because of that process, the air receiver tank will often have water in it, so you’ll have to drain it daily. Some machines have an automatic drain function, which would be useful if you have a small or busy crew.
  • Maintain the water separator filter: A water separator removes moisture from the machine’s air supply. Depending on the equipment, you may find separators that remove around half of the moisture in the air. For a marine industry, that may not be enough. Maintain the water separator to ensure it’s doing its job.
  • Check the refrigerated air dryers: For further moisture removal, marine industries may use refrigerated air dryers with their compressors. These features cool air so it holds less moisture, collects water and removes it from the system. Check that this excess water drains properly, and make sure the refrigerated air dryer functions correctly if you have one.
  • Check the desiccant air dryers: Instead of cooling the air to remove moisture, desiccant air dryers absorb potential contaminants. Solid desiccants react with water to create ultra-dry air. Replace the desiccant as needed, and check the rest of the component to ensure it functions correctly.

Check for Leaks

When an air compressor, on land or on sea, has leaks, it won’t operate as efficiently. You use more of your power supply to run the machines, costing you money and valuable resources that may be limited when you’re out on the water. Routinely checking your marine air compressors for leaks will save you from potential disasters or significant wastes. Check for leaks along components of an air compressor like:

  • Piping
  • Couplings
  • Fittings
  • Joints
  • Drains

Check for the Proper Pressure

When you have the right pressure in your air compressor system, you can operate efficiently. You’ll have exactly what you need for the various tasks you have on a ship or offshore worksite. When you’re operating at the wrong pressure, you could face different issues depending on whether it’s too low or high:

  • Low pressure: Low air pressure issues can happen when you have leaks in your system. A faulty discharge valve may open too early, or suction valves may not close fully, causing more low-pressure problems. With low pressure in your air compressor, your system will have to work harder and use more power to function. You waste power and put unnecessary stress on the equipment, which could lead to damage.
  • High pressure: Suction valve fails or blocked piping could cause pressure to build up or be too high. If the pressure is too high in your air compressor, it could create a dangerous situation. The high pressure can also damage components of the system.

To ensure you have the right pressure in your systems, another part of maintenance will be checking any pressure gauges. Make sure they provide accurate readings so you know if your air compressor is leaking or building up pressure.


Applications of Compressed Air in Marine Industries

Air compressors are versatile machines on and off land. They have many uses in various marine industries. Because of an air compressor’s versatility, a ship may have multiple compressors in their system. Depending on the industry and a particular crew’s needs, you could find marine operations using multi-stage air compressors or rotary screw compressors. So what marine industries use air compressors? A wide array of operations find use for this machinery. Applications of compressed air in marine industries include:

Engine Function

Air compressors are vital to a ship’s movement since they help operate engines. The machines help start, automate and control a ship’s main and auxiliary engines. Marine industries often use a main air compressor to start the engines. Almost any industry that must enter and leave a port may require a main air compressor to help operate the engines onboard.

Powering Tools

This function is similar to how you’d use air compressors on land. Pneumatic tools require compressed air to function. Marine industries and air compressors work with tools like these powered by compressed air:

  • Chisels
  • Drills
  • Wrenches
  • Grinders

Offshore work and various marine industries require tools to complete their tasks. Ships may also have pneumatic tools to make emergency repairs to the ship or equipment on board.

Powering Safety Features

When you’re on a ship for any industry, safety is paramount. Weather conditions, encountering other boats on the water and onboard emergencies are just some of the issues a marine industry crew may face. Air compressors help power certain safety features to help the crew deal with:

  • Alerting: Ships utilize air compressors to power safety features like foghorns and ship whistles. The crew can then alert other ships of their presence, especially in poor weather conditions.
  • Fires: Fire pumps use air compressors to transfer seawater to put out fires. Ships have to rely on their own resources when there’s an emergency, making air compressors vital for those situations.
  • Soot: Particulates and fuel residue from a ship’s engine can build up in the boiler. That build-up could lead to a fire under particular conditions, creating a dangerous situation. The crew should conduct a regular soot blow of areas like the boiler tubes with an air compressor to keep the ship and its crew safe.
  • Evacuations: If everyone on a ship needs to evacuate, air compressors may help operate the lifeboats. The crew will need to heave up the boats and lower them to the water, which an air compressor may do, depending on the ship’s design.

These safety features are unique compared to other industries’ needs. Offshore work and different ships require safety equipment or procedures that air compressors can power or complete.

Transferring Materials

Ships and offshore operations have pneumatic pumps to transfer materials. Drilling sites may transfer oil and other materials for operations using air compressors. Any marine industry may use air compressors to transfer water, either fresh or waste, to different areas of the ship or worksite.

For freshwater and other materials that need to remain pure, a marine industry may select an oil-free air compressor. Other air compressor varieties may get oil or moisture in the lines, which could then transfer to and contaminate whatever material it transports.


Industries like research and recreation can go scuba diving with air compressors. Individuals who scuba dive probably won’t invest in their own scuba diving air compressors, but professionals and companies that offer recreational diving may. Scuba tanks require high pressure to fill, and many regular air compressors don’t provide those high levels. Scuba air compressors also have filters to purify the air of moisture, oil and contaminants.

Scuba air compressors are similar to ones that fill oxygen tanks and air supply tanks that firefighters use. Divers breathe that air while underwater, so it has to be reliably pure and at the correct pressure to withstand conditions below the ocean’s surface. You may not see these compressors on marine industry ships as often as you would other types.

Contact Quincy Compressor for More Information About Marine Air Compressors

At Quincy Compressor, we provide dependable machinery, parts and service to various industries, including marine operations. We understand that you face unique challenges in a marine industry, and we have the solutions to help. Choose from our versatile selection of systems, including reciprocating and rotary screw air compressors. We also offer the additional equipment you may use for your operations, including air treatment equipment designed to work with our air compressors.

Find an authorized Quincy dealer near you to get the right equipment for your marine industry. If you’re unsure what you need for your operations, contact us today.

Professionals in dozens of industries have devised time- and labor-saving uses for compressed air. The applications of air compressors are nearly endless. The food on your table, the painkillers in your cabinet, the car you drive to work, the wooden chair you sit in — compressed air plays a role in their production in one way or another. We reap the benefits of compressed air constantly in our daily lives, but we think little about it.

Compressed air is an integral part of modern society, increasing productivity, precision and speed in a broad range of industries. It can strengthen power tools to make construction easier. It can portion ingredients with perfect, dependable accuracy, eliminating human error. It can increase the speed at which products move along assembly lines. Compressed air is an important tool for both mass production and do-it-yourself projects.

What Industries Use Air Compressors?

Each industry has unique standards, requirements and varying levels of demand. Businesses in some industries require several air compressors connected with one another, while companies in other industries fare perfectly fine with a single compressor. Due to this variation, experts have fine-tuned air compressor technology to fit each industry best. Different air compressor models and accessories are best suited to different industries. Compressed air has become commonplace in much of modern production. Among the industries that use compressed air are:

  • The automotive industry
  • The pharmaceutical industry
  • The railroad industry
  • The food and beverage industry
  • The agricultural industry
  • The woodworking industry
  • The manufacturing industry

Professionals in all these industries have streamlined processes, improved precision and reduced labor demands with compressed air, and each industry has unique applications for compressed air. As a result, industries tend to use specific models with various advantages. Discover the different air compressor model preferences per industry.

Automotive Industry

Air compressors come in handy along every step of automotive production — from assembly to painting to quality control. Compressed air in the automotive industry has made vehicle assembly and maintenance less physically demanding and less time-consuming. Tasks that would take hours now take only moments with an air compressor. As a result, automotive factories are more efficient, and do-it-yourself vehicle projects are more accessible. Compressed air is useful for powering the pneumatic tools necessary for vehicle construction and repair.

For the automotive industry, the best option is a rotary screw compressor, which uses a pair of rotating helical screws to force air through the chamber. These air compressors offer continuous airflow with little downtime. They are easy to maintain, with fewer parts than other compressors. They produce less heat and operate at high horsepower, even in extreme temperature environments. They’re ideal for automotive factories full of heat-producing machinery or garages without temperature control.

The most advanced rotary screw compressor is a Quincy QGS model with 5-100 horsepower. With its low oil-carryover, this model is ideal for protecting automotive pneumatic tools. Additionally, its vibration isolation makes for quiet operation. This promotes operator comfort and safety, whether in a factory or a garage. The QGS model is also commonly chosen for the automotive industry because of its easy maintenance — the spin-on filter makes preventative maintenance simple, and one access panel contains all of the serviceable components.

Pharmaceutical Industry

In the pharmaceutical industry, precision and cleanliness are top priorities. For the most reliably accurate results, pharmaceutical companies use air compressors. In fact, compressed air was likely involved in creating almost every medicinal pill or tablet you’ve ever encountered. Laboratory professionals use pneumatic tools to portion ingredients exactly per their formulas. The hardening and coating of medicines also require compressed air. Even the plastic containers for packaging medicines are molded and labeled with compressed air.

The most popular air compressors in pharmaceuticals are oil-free compressors. An oil-free compressor provides the most sterile air possible, which is why they’re a necessity for pharmaceutical environments. Even the tiniest amount of oil contamination can compromise the air in a sterile industry. A QOF 2-30 horsepower Oil-Free Scroll Compressor meets the Class Zero Standard applied to many pharmaceutical facilities.

An oil-injected compressor might be fine for other industries, like automotive or railroad. But critical environments with high-sterility standards require oil-free compressors. You’ll find oil-free compressors in most pharmaceutical, food production and medical industries.

Even in manufacturing and factory environments, many industries are switching to oil-free compressors due to their cost savings and cleaner air production. Oil-free compressors are also a more environmentally-conscious choice, as they tend to require less power to operate.

Railroad Industry

The railroad industry’s need for compressed air is unique. When it comes to cargo or passenger trains, air compressors need to be able to function with impure ambient air containing dust, moisture or dirt, as well as in extreme temperatures. Impurities can lead to compromised lubrication in the air compressor system, rendering it unable to do its job. This would be disastrous, as several elements of a train require reliable compressed air.

If you’ve ever ridden a train, you’ve experienced compressed-air-powered components, whether or not you realized it. The doors, brakes and suspension of a train all rely on compressed air to function. Think about what could happen if one of these components failed to work. Failing doors result in trapped passengers. Unplanned halting causes delays and expensive repairs, while failing brakes are obviously dangerous for everyone involved. A poor suspension system means turbulence — for passengers, this would be unpleasant, and for cargo, this could mean damage.

To prevent any of these scenarios, reliable compressed air is a must. The best option for the considerable demand of railway operation is the QGD 15-60 horsepower Gear Drive Compressor. Up to six of them can network together for heavy-duty applications. Providing compressed air to dozens of doors, a suspension system and brakes certainly qualifies as a heavy-duty application. For the safety of everyone in or near a rolling train, reliability is paramount.

Food and Beverage Industry

Food and beverage production requires sanitary compressed air, free of impurities. Air compressors help speed the process of food production and limit waste. In the food and beverage industry, compressed air:

  • Moves products along assembly lines.
  • Peels and cuts products.
  • Inserts fillings into products like pastries.
  • Cools products quickly for faster processing.
  • Freezes products to eliminate bacterial concerns.
  • Packages products with uniformity.
  • Blows away crumbs to avoid cross-contamination.

Many food items in your pantry and refrigerator were produced or packaged with compressed air. Using compressed air allows food and beverage factories to generate more products more quickly, more easily and with improved uniformity.

To prevent the spread of microorganisms and food-borne illness, the food and beverage industry requires air compressors that will maintain high cleanliness standards. Much like the pharmaceutical industry, this application benefits from oil-free compressors. For higher-sanitation standards, supplementary air-treatment products are often used alongside air compressors. These products include high-pressure filters and heavy-duty mist eliminators.

Mist eliminators are specialty filters that remove oil, moisture and particles from compressed air. Additional air-filtration systems like these are vital for a critical environment like food processing. If impurities contact the food, consumers may ingest bacteria or mold. This can cause painful sickness or even death. Contaminated compressed air leads to the spread of dangerous microorganisms — an oil-free compressor with multiple filters is necessary for the food and beverage industry.

Agricultural Industry

Agriculture is a timeless industry that will never be obsolete. For thousands of years, people have engaged in crop and animal husbandry. Everyone needs to eat, after all. The days of oxen-drawn equipment and hand-sown crops are long gone in favor of more automated and efficient processes.

Modern technology has increased production in the agricultural industry. This benefits all of humanity by lowering food costs and increasing food availability. On farms across the world, compressed air irrigates, sprays crop seeds, operates dairy machines, inflates tractor tires and ventilates greenhouses, among other applications.

Jobs like these require tough compressors. Unexpected downtime and emergency maintenance can hinder production or damage great quantities of food items. This can have expensive consequences. That’s why a cast-iron compressor with an advanced lubrication system, like a QP 5-15 horsepower Industrial Duty Compressor, is the best option for agricultural use.

These compressors last longer than others under conditions of heavy usage. Their pressure-lubricated system makes for smoother operation. Additionally, they have a decreased risk of overheating, which is important for outdoor use in extreme weather. With pre-installed oil filter and pressure gauges, maintenance is quick and uncomplicated. Since unexpected downtime of machinery is so detrimental to the agricultural industry, this is a major benefit. Easy preventative maintenance allows for smoother and more consistent operation.

Woodworking Industry

Compressed air can increase the capability and efficiency of power tools. This is especially useful when it comes to woodworking. Large-scale construction projects, sawmills, wood flooring companies and furniture producers benefit from compressed air — it powers drills, nail guns, stain guns and other common woodworking tools. These pneumatic tools come in handy for several woodworking applications, including:

  • Securing pieces of furniture together.
  • Moving and sort large loads of lumber.
  • Cutting lumber at precise measurements.
  • Coating surfaces with varnish or finish.
  • Automatically inserting nails.

Using compressed air during these steps in the woodworking process prioritizes both safety and efficiency. Air compression minimizes the time and labor required to produce finished products.

Woodworking can present a harsh environment, which is why air compressors in woodworking need to be reliable and provide consistent air pressure. While large manufacturers will fare best with a robust rotary screw air compressor, smaller operations, such as custom woodworking shops, will likely want a reciprocating piston compressor, which forces air through a series of valves.

With strong cast-iron components and minimal maintenance requirements, the QR-25 model is a viable option for a reciprocating piston compressor. It’s flexible enough to meet the needs of various applications, with between 1 and 25 horsepower. This is important because using more horsepower or pressure than necessary will increase operating costs. Providing compressed air to a single nail gun requires much less power than automating entire factory processes.

In addition to its customizable settings, the QR-25 is pressure-lubricated. Partnered with the model’s cast-iron cylinders and valve seals, pressure-lubrication will allow the air compressor to continue functioning for a long lifespan.

Manufacturing Industry

Air compression is a necessity in manufacturing processes — factories rely on compressed air as much as they rely on water and electricity. Pneumatic tools, whether hand-operated or automated, make every step of a manufacturing process easier and faster. Compressed air is useful for precise, powerful and efficient stamping, mixing, injecting, clamping, cleaning, separating and many other manufacturing processes.

Different types of compressors perform these functions best. Manufacturers generally use either rotary screw compressors or reciprocating piston compressors. One of the main benefits of a reciprocating piston compressor is that it can operate at 500 pounds per square inch in gauge (PSIG), while a rotary screw compressor can only reach about 150 PSIG. Whether this increase in pressure is necessary depends on the specific needs for compressed air.

Additionally, many manufacturing companies are opting for environmentally-friendly purifiers to separate hazardous waste from condensate. Moisture buildup has to be removed from an air compression system to avoid harboring bacteria and mold, but potentially contaminated condensate is not safe to dump down the drain.

Because it can contain lubricant oil or particulates, liquid waste from an air compressor can cause harm in plumbing and waterways. To address this issue, many manufacturers purchase condensate purifiers. The QCS Series of Condensate Purifiers allows for the safer removal of hazardous condensate.

Air Compressors Improve Efficiency in Many Industries

Air compressors have thousands of applications, expanding with experimentation every year. Whether we realize it or not, compressed air technology is an integral part of all of our lives.

Compressed air precisely portions medication ingredients to ensure its safety and effectiveness and packages food for a longer shelf life without contamination. Compressed air fills the tires of the vehicles we use for transportation and opens and shuts the doors on the subway and powers its suspension for a smooth journey.

Using compressed air reduces the need for hard physical labor, improves precision and accuracy and streamlines manufacturing processes. This results in less expensive and time-consuming production of goods, lowering costs for producers and consumers. The increases the accessibility of goods that we need every day — from food to vehicles to furniture.

Learn More About the Many Applications of Compressed Air

Different air compressor models and filtration systems work best for each industry. When cleanliness is needed, especially for food or medicine production, oil-free compressors provide the purest compressed air. For heavy-duty applications, some industries need to combine multiple air compressors into one cohesive system, as is the case in the railroad industry. For this, midrange horsepower gear drive compressors make the best choice.

To learn more about the benefits and applications of various air compressors, contact Quincy Compressor today. We can connect you with an authorized dealer representative to help you determine your air compressor needs. Whether you need compressed air in your home garage or your high-operating factory, Quincy can provide the right compressed air technology for you.

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Posted on: July 13, 2021

Compressed air is an increasingly popular choice for casual paintball players and match play, and offers multiple advantages over carbon dioxide (CO2). As a power source, compressed air tanks are reliable solutions players can depend on during high-speed play any time of the year. How Does a Paintball Gun Use an Air Compressor? Paintball guns […]

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What Is Class Zero Air? ISO 8573.1 and ISO 12500 provide a classification system to measure a compressor’s ability to gauge the main contaminants in compressed air systems. This standard provides numerous compressor purity classes and identifies contaminants that may be present in the system. This classification system features nine classes. What Is Class 0 […]

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Posted on: July 5, 2021

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Posted on: June 18, 2021

Constant exposure to loud noises in the workplace can be unavoidable, but it can also lead to health issues in the future. Using silent air compressors can reduce occupational risk and eliminate a significant amount of noise, prioritizing you and your employees’ health. Why Use a Quiet Air Compressor? Using a quiet air compressor reduces […]

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Posted on: June 15, 2021

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Posted on: June 11, 2021

When you are working on critical projects, you need a reliable piece of equipment by your side. Air compressors are mainly used for powering air tools, so they’re essential for completing quality work on time. There are two different air compressor variants to choose from — belt drive and direct air. Rotary screw and piston […]

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Posted on: May 21, 2021

Marine industries, from offshore operations and cargo shipping to fishing and recreational cruises, require a lot of equipment to function. They operate in unique conditions, heading out onto the open waters and relying on everything on board to keep them moving. You’d probably consider water as the primary useful element for marine industries, but air […]

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Posted on: May 20, 2021

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