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Washdown Equipment for your Facility

Washdown Equipment for your Facility

One common pain point for manufacturing plants is repeated pump failure in and around washdown applications. Facilities risk losing tens of thousands of dollars when using equipment not meant for washdown. Whether preventing a failure before it happens or troubleshooting existing washdown equipment, our team of pump experts, engineers, and service technicians can help with washdown needs in your facility.

What kind of facilities need washdown equipment?

Washdown processes are not necessary for every industry. The three industries that typically require washdowns are food & beverage, marine, and those working with heavy-duty chemicals. Without these features, corrosive chemicals or bacteria can damage washdown equipment. This is especially true for marine applications with seawater and bacteria ever-present.

What kinds of pumps are best for washdown applications?

Because of the specific industry-specific needs for washdown applications, pumps designated for washdowns need stainless steel for the wetted housing or use a sanitary-grade industrial coating. Both prevent untimely wear and tear on the pump itself.

The two most common styles of pumps for washdown applications are centrifugal and air-operated double-diaphragm (AODD). Centrifugal pumps are some of the most common on the market because of their pressure-boosting capabilities and the tendency towards higher flow applications. AODD pumps, on the other hand, have a significant advantage in washdown applications: the motorless design prevents the leading cause of pump failure during washdowns.

What is a motor washdown rating & how important is it?

The biggest concern when working in washdown applications is not the style of a pump but the motor. Washdown-rated motors protect the fragile electrical components against the large volumes of water required for these types of applications. A standard motor is prone to rust or water leakage into the electrical components that enable the pump to run, making it unsuitable for washdowns. Additionally, long-coupled pumps will require a washdown-rated coupling guard to protect the coupling element from water damage.

Washdown equipment motor tag IP rating

The International Electrotechnical Commission (IEC) designed an Ingress Protection, or IP, rating system to specify how a motor’s enclosure protects from outside contaminants. Manufacturers display the IP ratings on the motor tag and in the motor’s manual. This rating uses two numbers, each representing how it blocks solids or liquids. The first digit will be a number from 0-6, and this scale represents how this enclosure will prevent solid objects from reaching the internal mechanisms. The second digit scales 0-9 to indicate how the enclosure prevents liquids from interacting with the electrical components. Motors with no protection against dust or water would have an IP00 rating. Conversely, a motor with an IP69 rating indicates protection from dust and water resistance even while submerged in shallow water. Typical washdown applications have IP ratings ranging from 55-69, depending on the spray pressure.

Do I need another pump to boost pressure for washdown?

While having pressure booster pumps or pump skids in addition to the washdown pumps is not uncommon, not all washdown applications require increased pressure. Facilities with multiple washdown systems in place or far away from their local water utility distribution system will likely benefit from installing a booster system in addition to their existing washdown equipment.

Our Washdown Equipment Vendors

Pump Vendors

Grundfos

 

Washdown Equipment - Hydro HP pump system

While pumps are not the pain point in washdown needs, Grundfos sets itself apart for washdown equipment with the Hydro HP pump system. The Hydro HP is not one single pump, but a complete assembly of in-house manufactured CR/CRN pumps, washdown-rated motors with an equivalent IP 66 rating, and automation & real-time monitoring accessories applied to a baseplate ready to connect to your existing pump system.

Wildenwashdown equipment AODD option

 

These industry-renowned AODD pumps take the hassle out of maintenance. Since AODD pumps do not require a motor, they stand out as an option for washdown applications. Wilden builds its AODD pumps with as few parts as possible to simplify assembly & disassembly of the pump. The Saniflo series from Wilden features stainless steel construction to prevent bacterial growth during periods of non-use, maintaining the washdown-standard design.

Motor Vendors

WEGwashdown equipment - motor

WEG offers washdown-rated motors with IP56 or IP69 ratings to fit your needs. This vendor manufactures durable equipment with a patented three-stage sealing system to ensure a watertight fit. To validate this claim, WEG offers a substantial motor warranty with protection for up to twelve months from the installation date or twenty-four months from the assembly date listed on the motor tag.

Baldor

washdown equipment motor

Baldor offers motors with IP ratings up to IP69, including a specific Food-Grade motor to keep with sanitation standards set by the FDA. These motors also offer a ‘footless’ CIP-in-mind design to reduce the surface area for cleaning.

Custom-Built Washdown Pump Skids

Northwest Pump

NWP Service team assembling Abaque Pump; industrial fabrication

For those looking for precision control for their washdown needs, Northwest Pump offers custom fabrication services through our Industrial Service Division to create the washdown pump skid you need. Whether you supply the plans or let our engineers lend a hand, our service technicians work with you to build to your specifications.

Next Steps

Are you in search of the perfect washdown solutions for your facility? Look no further! We can provide the most suitable washdown solutions to meet or even exceed your requirements. Trust us to deliver a top-notch solution that leaves your facility sparkling. Contact us below to get started.

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Improving Your Compressed Air Through Quality Testing

Improving Your Compressed Air Through Quality Testing

Clean compressed air correlates with producing higher-value merchandise, reducing recalls, and increasing downstream equipment performance. Quality testing is an effective tool to understand the cleanliness of your compressed air. Regulations usually only mandate annual tests, especially for food & beverage manufacturers. However, compressed air experts recommend testing at least once a quarter to maintain the highest compressed air quality.

Testing is essential to understanding your facility’s air quality. Poor results and delayed corrections can severely impact your facility. Knowing what to expect and preparing in advance will help avoid issues with your next audit. Here are some frequently asked questions and solutions to help you prepare accordingly.

How do I test my compressed air quality?

NWP compressed air testing

Third-party compressed air auditors use state-of-the-art laboratories to conduct precise quality testing. One benefit of working with air auditors is that after the process, auditors can automatically validate the quality of your air; there are no additional steps needed to prove compliance with ISO 8357. Rather than dismantling your entire compressor system and sending it off-site for inspection, air quality testing facilities send sampling kits to gather samples from the nearest air outlet. While each kit will differ from the other, a completed kit should have a bottle of air from your compressor system ready to be sent out.

Our trained service technicians can gather your air testing samples without risk of contamination. Upon request, your Northwest Pump compressor tech will take an air sample for you during any routine maintenance appointment. They take samples at point-of-use and at the compressor to give customers the best insights into their compressed air quality. Our technicians will alert customers of contamination risks before taking the air sample. From there, our service division works with third-party certified air auditors to analyze and validate your sample.

What Happens During Compressed Air Quality Testing?

For a complete outlook on the quality of your compressed air, auditors will conduct several tests on the air sample provided. While different testing methods can vary, the most common are:

  • Laser Particle Counters
  • Filter Microscopy
  • Gravimetry
  • Viable Microbe Sampling
  • Water Vapor Testing
  • Oil Testing
  • Oil Aerosol Testing*
  • Oil Vapor Testing*

Combining the above tests is the best way to ensure that your air meets the ISO 8357 requirements that you may need. Each test does not necessarily focus on every component of ISO classification. While you could only have one specific test done at a time, multiple tests give you a better understanding of your air quality.

*Before testing your compressed air for oil, or hydrocarbons, it is important to ensure that the test can detect oil in both vapor and aerosol forms. Some testing services or solutions on the market only check for one variation of oil in compressed air samples, which could give a misleading result.

How Clean Should My Compressed Air Be?

Whether your air should reach a specific ISO classification or not will depend on your facility’s air needs and usage. Industries such as food & beverage, pharmaceutical, and semiconductor manufacturing, require high purity in their compressed air. These industries will also need to meet the standards set by governing bodies like the FDA before continuing production.

As mentioned earlier, there is a direct correlation between cleaner air and higher-quality products. Compressed air for general uses may not need to be of a higher quality. Alternatively, process air is meant for smaller-scale, specific applications, and may have more direct contact with products. Facilities may want to invest in instrumentation for higher-quality compressed air.

What Can I Do to Improve My Air Quality?

There are several ways to improve air quality before completing any compressed air quality testing. Below are a few suggestions sorted by efficacy and the length of implementation time.

Short-Term Solutions

compressed air filter

One of the fastest ways to improve your compressed air quality is to change out the filters in your air treatment equipment. This will remove remnants of dust, dead bacteria, or other debris that could eventually leak through to the point of use. Regularly changing your air filters can also solve issues such as pressure drop further downstream.

Another quick way to improve the quality of your compressed air is to ensure that your machines have regular service. Regular service is an easy way to ensure your compressor system works as it should. Our rotating equipment service plans also include regularly changing out all filters on your compressors.

Mid-Term Solutions

Sullair Air Treatment Accessories - Improve the results of your compressed air quality testing

If you want a significant improvement in compressed air quality, upgrading your air treatment equipment could be a worthwhile investment. This solution can provide greater improvements than service appointments, which can only do so much. Upgrading your filters, dryers, or condensate drains allows you to better match current production goals and even future needs. You should choose filters that are easy to clean and can withstand high-temperature steam to eliminate microbial contaminants.

improve compressed air quality

For high-purity applications, facilities may require multiple filters to target each type of contaminant, such as dust, microbes, moisture, and oil. We recommend investing in filtration equipment from Parker and Sullair. Both brands offer filters as small as .01 microns to catch even the smallest bacteria before it reaches the point of use.

Long-Term Solutions

compressed air quality testingFor those looking for the most substantial changes to their compressed air quality, Northwest Pump recommends finding solutions to remove both oil vapors and aerosols from the system entirely. This can be as simple as changing the compressor to an oil-free or oil-less machine. Alternatively, Beko offers BekoKat to elminate and Metpoint OCV to monitor oil vapor and aerosol present in your compressed air. The BekoKat is a catalytic converter that changes the hydrocarbons (oils) into CO2 and water. The Metpoint OCV offers real-time oil monitoring by sampling your compressed air every two minutes to give you peace of mind for your next air audit.

Next Steps

Northwest Pump is a leading distributor & service provider for compressor systems in the Pacific Northwest. Contact our compressor experts using the button on the left. For any service needs, including compressed air quality testing, please use the button on the right.

 

Supplying Acid Transfer Pumps to West Coast Semiconductor Manufacturers

Supplying Acid Transfer Pumps to West Coast Semiconductor Manufacturers

While global supply chain strains were related to the COVID-19 pandemic, the semiconductor industry is still feeling the loss of production along with added pressure due to increased demand. The main cause of this shortage is that 75% of the world’s semiconductor supply has historically come from China and Taiwan. In the last few years, a global pandemic, trade difficulties, and natural disasters have impacted the region’s ability to produce the wafers, chips, and circuit boards that impact our everyday lives. As of August 2022, the US government has signed the CHIP and Science Act into law, providing funding for semiconductor manufacturers to begin production within the United States. Northwest Pump is committing to supplying critical equipment, such as acid transfer pumps, to semiconductor manufacturers on the West Coast.

CHIPS & Science Act

Since the CHIPS & Science Act was signed into law, the American government has allocated $39 billion in subsidies for US-based semiconductor manufacturers. These subsidies cover a wide range of financial assistance, including real estate costs, workforce expansion and training, childcare assistance, and more. Additionally, the CHIPS Act also provides a 25% investment tax credit for the costs of manufacturing equipment such as nitrogen generators for clean rooms, oil-free air compressors for wafer manufacturing, and acid transfer pumps for CMP processes. With these measures in place, the semiconductor sector in the US has seen tremendous growth in the past year.

How Northwest Pump is Impacting Manufacturing Efforts

Supplying Acid Transfer Pumps to the Semiconductor Industry

Since 2021, Northwest Pump has committed to changing our stocking strategy when it comes to critical equipment for our customers. We have worked to reduce lead times by increasing on-hand stock from 25 to 40%, depending on the vendor, adding a new warehouse, and expanding our inventory and operations teams. As a result of these radical changes, we have reduced lead times from up to 20 weeks to as short as 2 weeks and, in some instances, even same-day shipping or pickup. Increasing on-hand stock has been especially true as Northwest Pump recently committed to being the master distributor for PSG, a Dover Company’s European brands: Almatec, Abaque, and Mouvex.

AODD Pumps for Semiconductor Manufacturing

Air-operated double-diaphragm pumps offer a unique solution when compared to other types of positive displacement pumps, and this is no different for the semiconductor industry. For one, an AODD pump does not need an electrical power source. These pumps operate automatically once they are connected to a source of compressed air. This means an AODD pump can be just as effective submerged in fluid as it is outside of the container. AODD pumps offer shear sensitivity, working gently with or without solid particles or even slurries. Another benefit is that they are self-priming and can be deadhead without causing damage to the pump.

The durability and gentle fluid-handling qualities make AODD pumps a common choice for chemical transfer applications. They can operate in wide ranges for both temperature and pressure. If the compressed air exceeds its pressure capabilities, the pump simply spits out the air and resumes operation once again. These qualities also carry over to the semiconductor industry, where high-purity chemicals assist with CMP processes. Later, these pumps can assist in moving these chemicals after they mix with waste process water or even waste gases from clean rooms.

The Almatec Advantage

Almatec's AODD Acid Transfer Pumps

Almatec is a German-manufactured brand specializing in AODD pumps for high-purity chemical and acid transfer. What sets this brand apart is the construction; it machines its pumps out of solid blocks of PTFE, PE, or corrosive-resistant metals. Almatec’s plastic pumps have no metal in the wetted housing, which could be at risk in corrosive pumping applications. The E series pumps from Almatec can work in operating conditions up to 248°F, while the semiconductor specific FUTUR series can work with chemicals at near 400°F. Additionally, Almatec assembles its specialty FUTUR series pumps in cleanrooms to prevent unnecessary contamination from dust or dirt.

Next Steps

Northwest Pump is the master distributor for Almatec on the West Coast and in the Midwest, ranging from New Mexico to North Dakota. To find your local distributor for Almatec Pumps, see our distributor list below. For more information on how Almatec’s acid transfer pumps can help your semiconductor manufacturing processes, contact us using the button below. Use the ‘Request Service’ button below for service needs on your Almatec or AODD pumps.

 

 

Distributor

Location

Website

Northwest Pump Portland, Seattle, Spokane, Billings Branches Contact NW Pump – The Leader in Petroleum and Industrial Equipment
Central States Group 8720 S 137th Circle, Omaha, NE 68138 Central States Group
Denver Industrial Pumps 15165 W 44th Ave, Golden, CO 80403 Denver Industrial Pumps
Folsom Associates 516 W Stockman Way, Ogden, UT 84401 Folsom Associates
Phoenix Pumps 5100 S 36th St, Phoenix, AZ 85040 Phoenix Pumps
DXP Enterprises 3409 NE 65th St, #101, Vancouver, WA 98661 DXP Enterprises
Industrial & Marine Coating

Industrial & Marine Coating

Corrosives can hurt more than just your seawater pumps. Whether the pumped fluid is seawater or sulfuric acid, once it encounters the wrong material, it will continue to corrode your pump and any other equipment it reaches afterward. While some materials fare better when working with corrosives, it is not always practical to change everything to a resistant material. Industrial and marine coating products help protect your equipment from harmful conditions, including aggressive weather conditions.

What is a marine coating?

An industrial coating is made of layers of protective, waterproof material, such as epoxy resin, which protect against untimely damage. Industrial coating can be used on metal equipment or on concrete floors or walls. Depending on the application style, coatings come in liquid, aerosol, powder, paste, and film.

A marine coating will differ from an industrial coating in two ways. Most marine coatings will be best suited for coating metal surfaces. Additionally, the protections it offers are specific to sea or freshwater needs. When searching for the right marine coating, the key features to look for are:

  • High corrosion resistance
  • High abrasion resistance
  • Low volatile organic chemical content (also referred to as VOC)
  • Operating temperatures best-suited for local environment

Another factor in finding the right marine coating is the pot life and curing time. Because of the innate adhesive design of industrial coatings, understanding how long the material will remain in a liquid state (pot life) is another important factor in knowing when to replace excess containers. Curing time will vary depending on the environment, including ambient temperatures and humidity, and will impact how long it takes for a coating to go from a ‘tack-free’ state to ‘full chemical resistance’. Keep in mind that the faster the coating dries, the shorter it will take before it hardens after opening.

Where can marine coatings be applied?

Marine and industrial coatings can protect both the exterior casing and sometimes even the wetted housing of your pump. Coating works on impellers, blades, bearings, valves, or any place in a pump that can encounter corrosive fluid. Beyond the pump, coatings prevent slip hazards before they occur, as well as reduce corrosion damage. Tanks, pipes, bins, silos, and hoppers can also benefit from the use of marine or industrial coatings.

Chesterton ARC Industrial Coating

Chesterton's Marine Coating ARC 858

A.W. Chesterton specifically created the ARC 858 with marine-duty applications in mind. This marine coating uses a reinforced abrasion-control epoxy compound to protect metals against damage caused by seawater and other harsh chemicals. The design of ARC coatings reduces downtime, with only one coat needed. With high adhesive strength, ARC 858 protects against corrosion above and even below the film layer. ARC 858 works with new and current equipment to ensure a longer lifespan, and requires minimal downtime for the application process. Check out this case study where the use of ARC 858 helped to increase the lifespan of a seawater pump 18 years after the initial application, 3 times longer than the original goal.

For ship deck protection, Chesterton offers ARC 855, which uses a ceramic-reinforced epoxy coating to protect the material beneath from corroding and prevent slip hazards when applied to high-foot-traffic areas. Not only did ARC 855 reduce slipping incidents by 80% in one case study, but it also saved over $20,000 by reducing the amount of coating applied.

Next Steps

Northwest Pump offers ARC 858 and other equipment solutions for the marine industry. Use the buttons below to contact us or request help from our service team.

Seawater Pump Material Selection Guide

Seawater Pump Material Selection Guide

The chemical properties in seawater make finding the right pump more difficult than when pumping with fresh water. Not only do these pumps have to withstand the damage from floating sand, but saltwater corrodes the metals commonly used in pump manufacturing. When looking for pumps for marine applications, especially at sea, there are certain materials that prevent rust and other damage. Read more to see what our team thinks are the best seawater pump material options.

Ideal Characteristics for Seawater Pump Material

The key quality in looking for a seawater pump is how resistant the materials of construction are to corrosive material. The amount of salt present in seawater corrodes metal five times faster than fresh water. Salt that is present in the air, corrodes metal ten times faster than that. This is due to the chemical properties of salt in the water; ions float freely in salt water, and these ions then force metals into a more neutral (or corroded) state. In a similar vein, floating sand in the water poses a threat of eroding the wetted interiors of pumps- especially in high-velocity applications.

In addition to corrosion resistance, the right material should also be able to handle fluctuating temperatures, especially for heating & cooling applications onboard. Submarines or other submersible applications will also require materials strong enough to withstand stress from high-pressure usage. Another characteristic of a good seawater pump material is how durable it is. Being out at sea limits the tools available to repair broken pumps, and removes the opportunity to take these pumps to the nearest repair shop until after the ship is docked.

Bronze Pumps

seawater pump in bronze from Oberdorfer

Pro: Bronze material is the Marine industry standard for seawater pumps. This material is corrosive-resistant and works well with fluctuations in water temperature. These properties make bronze an excellent choice for either bilge pumps or onboard heating & cooling pumps.

Con: While bronze pumps are popular for marine applications, this material does not have the same strength as stainless steel or other harder metals. Because of this weakness, a pump made out of bronze will be less durable than a pump made of cast iron, steel, or other metals. Additionally, bronze is more expensive than other seawater pump materials.

Oberdorfer & MP Pump specializes in bronze pumps for marine & heavy-duty chemical applications. Oberdorfer offers gear & centrifugal pump options, while MP offers its bronze pumps in centrifugal styles only.

304 and 316 Stainless Steel

PSG Blackmer Sliding Vane Pump

Pro: While there are many variations of stainless steel, the most common type used for pumps is either 304 or 316 stainless steel. These are common materials used in industrial pumps and are a popular choice in food manufacturing due to the surfaces’ clean-in-place capabilities. Stainless steel has excellent strength and withstands high-temperature applications very well. Another benefit to using stainless steel as a seawater pump material is the durability of the pump will last a long time when compared to other comparable materials.

Con: The drawback to using either version of stainless steel is the corrosion resistance. 304 and 316 are moderately resistant to corrosion, however, they are prone to ‘crevice’ corrosion, meaning in the small areas near gaskets and other hard-to-reach areas. This can also lead to an increased risk of stress cracking throughout the pump as well.

When it comes to Marine industry pumps, Blackmer offers top-of-the-line stainless steel options through its sliding vane, screw, and gear pumps. Blackmer’s main focus is providing military-grade solutions as opposed to other pump vendors. This brand is an excellent choice when looking for durability in a seawater pump. For heating and cooling applications as well as wastewater treatment onboard, Grundfos’s CR series pump is made entirely out of stainless steel for high-temperature resistance and efficient pumping.

Duplex Stainless Steel (CD4MCu)

CD4CMu Duplex steel seawater pump from Griswold.

Pro: While 304 or 316 is the most common version of stainless steel, duplex stainless steel is another variation that offers better corrosive resistance than other types of steel. The difference between the two is 304 steel contains 18% chromium and 8% nickel with a maximum of .08% carbon. Duplex stainless steel, also referred to as CD4MCu, contains approximately 25% chromium, 5% nickel, and .04% carbon; it also includes copper, manganese, and silicon. The result is higher corrosion resistance & more durable material when compared to 304 or 316 stainless steel.

Con: The biggest drawback to choosing duplex stainless steel versus a 304 stainless steel is the price associated with the material.

Blackmer offers CD4MCu options for its centrifugal pumps. Griswold’s 811SP series pumps also offer CD4MCu material rather than standard stainless steel such as the 811 series.

Fiberglass

Pro: The last option for seawater pump material we offer is the non-metallic fiberglass option. Fiberglass is an excellent choice for corrosive substances like seawater or chemical applications. Fybroc specializes in making fiberglass-reinforced polymer (FRP) pumps, and they are a popular choice for fisheries and aquariums.

Con: The main drawback of using fiberglass as opposed to other seawater pump materials is that fiberglass is more fragile than metals like stainless steel or even bronze.

Next Steps

Our Industrial sales team can help you find the exact pump for your ship’s needs, use the “Contact Us” button below to get started or chat with us in person at Pacific Marine Expo through November 8-10th at the Lumen Event Center in Seattle. For repairs on your current seawater pumping equipment, use the “Request Service” button.

Maintaining ISO Class 0 Oil Free Air

Maintaining ISO Class 0 Oil Free Air

When working in sanitary or hygienic applications like Food & Beverage or Semiconductor manufacturing, it is vital to maintain strict air purity standards, especially having oil free air. Oil vapor in compressed air can be tied to diminished product quality as well as health concerns for both employees and customers alike. Depending on the industry, exceeding the limits of oil vapor in air can mean loss of product, hefty fines, or even a pause in production altogether until the problem is resolved. The International Standards Organization (ISO) designed parameters for compressed air to determine the quality of compressed air, ranging from class 0 to class 6.

Why ISO Class 0 Status Matters

ISO classification 8531-1 uses three different metrics to determine the quality of compressed air, sorted by the types of contaminants. The difference between these options is through the displayed ISO class. These classifications can be split up depending on how they meet each standard or by meeting all three thresholds at once. So one compressor could be Class 1, but another might be Class 1 for only one of the criteria, and Class 2 or 3 for the others. ISO sets Class 0, the highest level of air purity, differently from the other classes. Manufacturers and end-users set standards for Class 0 Air, however, these standards must be more stringent than Class 1’s parameters.

The first measurement is the Solid Particle Maximum or number of particles per million in the compressed air. Proper filtration protects against dirt, dust, and other solids present in compressed air. The second measurement is the Pressure Dew Point, which relates to the amount of water vapor present in the compressed air. The lower the dew point, the less moisture is available for bacteria to grow. The final metric for air purity measures the presence of lubricant or oil vapor within the air. Oil vapor, especially non-food grade lubricants, contaminates the compressed air encountered.

This third metric, the oil vapor has historically been difficult for facilities to monitor. Typically, facilities need to coordinate with outside laboratories certified by the FDA and provide samples of the compressed air. This process can be time-consuming, and with severe consequences for a failing grade, ensuring oil free air is truly oil free is vital. While there are many ways to achieve oil free air, here are three methods we have found to be effective.

1. Oil Free Air CompressorsSullair Oil Free Air Compressor

The easiest way to eliminate oil in your compressed air system is to start at the source. An oil free air compressor still has oil lubricating the machine, but its design does not allow oil vapor to interact with the air at all.

Sullair’s oil free DSP rotary screw compressor takes oil free to a new level. The DSP is classified as Class 0 air, meaning the oil vapor present in the air is less than .01 mg/m3. However, Sullair took this one step further by utilizing third-party certification to offer not just Class 0 air, but certified Class 0 air. DSP compressors achieve this through technology like its patented oil mist remover, the drain separator, and an easily accessible oil filter. As an added benefit, the oil mist remover recycles the compressor oil captured, reducing the amount of compressor fluid needed.

2. Air Treatment

Using the right air treatment options, facilities can be more secure in the fact their air is oil free. Pairing oil free compressors & air filtration together decreases the chances of oil present in production. In the unlikely event that an oil free machine accidentally releases more oil than an oil mist remover allows, the air filtration is another barrier to prevent oil from leaking through. Air dryers can also have a similar effect by reducing the oil’s temperature enough for condensation to occur. From there, the filtration collects the oil so it can be safely removed.

Parker provides top-of-the-line filtration such as its Oil-X OVR Oil Vapor Reduction Filters. Similar products use loose carbon to trap oil vapor, however, Parker sets the Oil-X apart with the extruded aluminum design, making it both smaller and lighter. With this trade-off, the Oil-X uses compact activated carbon cartridges to maximize packing density.

3. In-House Oil Vapor MonitoringBeko Technology's Metpoint OCV In-house Oil Vapor Analysis for oil free air

While oil vapor testing usually requires sending a sample to a certified laboratory, this is no longer the only solution. Beko Technologies offers a one-of-a-kind in-house oil vapor monitoring solution, the Metpoint OCV. The Metpoint OCV connects to the compressed air system and takes two samples every sixty seconds. The first sample is purified and compared against the unaltered sample with detection for up to .001 mg/m3 oil vapor content. When the set threshold is met or exceeded, the OCV then sets off an alarm. Alternatively, the OCV can send alerts directly to email using an optional IoT feature.

Next Steps

For assistance with finding the best oil free air solution for your facility, reach out to our compressed air experts below. Alternatively, request service on your oil free equipment through our service team.