Oil Filtration System Archives - Harvard Filtration

Why Should You Consider Using an Oil Bypass Filtration System?

When it comes to vehicle maintenance, engine oil plays a critical role in keeping everything running smoothly. It lubricates the engine, reduces friction, and aids in cooling by transferring heat away from moving parts. However, over time, engine oil can collect fine particles such as metal shavings, dirt, and other debris that, while some may argue that metal and dirt are not considered contaminants to oil in small quantities, their accumulation can significantly degrade engine performance and reduce its lifespan. Traditional oil filtration systems remove many of these impurities, but they might not capture all the microscopic particles. That’s where an oil bypass filtration system comes in—offering a more efficient and comprehensive solution to maintain oil cleanliness and extend engine life.

In this blog post, we’ll explore why you should consider using an oil bypass filtration system and the key benefits it offers.

View Our Filter Elements:

1. Enhanced Filtration Efficiency

A traditional oil filter is designed to catch larger particles of dirt and debris that might harm your engine. However, it can only filter out particles down to a certain size. Most conventional filters are designed to catch particles that are 20 microns or larger, but smaller particles (such as soot or metal shavings) can slip through, causing wear and tear on engine components over time.

An oil bypass filtration system is designed to work alongside the primary oil filter, catching smaller contaminants (as small as 1 micron) that would otherwise be missed. By bypassing the main filter and circulating oil through a secondary filtration system, it helps remove harmful particles that could lead to corrosion, clogged parts, and reduced engine performance. This extra level of filtration is particularly useful for high-performance or heavy-duty engines.

2. Longer Oil Life

Engine oil doesn’t just lubricate—it also helps to clean and cool the engine. Over time, as contaminants build up in the oil, the oil becomes less effective at doing its job. This can lead to the need for more frequent oil changes.

By using an oil bypass filtration system, you can extend the life of your engine oil significantly. The system helps to remove fine contaminants from the oil, maintaining its effectiveness for a longer period. This can potentially double the interval between oil changes, saving you both time and money on maintenance.

3. Reduced Engine Wear

Contaminants in engine oil, such as dirt and metal shavings, can cause significant damage to engine components. These particles cause micro-abrasions on surfaces like bearings, pistons, and valves, leading to premature wear and a decrease in engine performance.

With an oil bypass filtration system, fine particles are captured and removed, reducing the potential for engine damage. This helps ensure that all engine parts remain properly lubricated and free from harmful debris, ultimately extending the life of your engine and keeping it running smoothly.

4. Improved Fuel Efficiency

While an oil bypass filtration system’s primary purpose is to protect your engine, it can also have a positive impact on fuel efficiency. As the engine runs with cleaner oil, it operates more smoothly, requiring less effort to function. This reduction in friction means the engine can run more efficiently, which could potentially improve fuel economy.

Though the impact may not be drastic, over time, the cumulative savings in fuel efficiency can add up, particularly for vehicles with high mileage or those that undergo heavy usage.

5. Better for the Environment

Extended oil change intervals not only save you money, but they’re also better for the environment. Less frequent oil changes mean less used oil is disposed of, reducing the overall environmental impact of waste oil. Oil bypass filtration systems help minimize oil waste, making them a more sustainable option for those looking to reduce their ecological footprint.

Additionally, because the oil is cleaner and less contaminated, your engine operates more efficiently, producing fewer emissions.

6. Peace of Mind for Heavy-Duty Applications

In heavy-duty applications, such as commercial trucks, mining equipment, and industrial machinery, the demands placed on the engine are immense. These vehicles often operate under extreme conditions, and regular oil filtration systems may not be sufficient to handle the volume of contaminants present.

Oil bypass filtration systems provide added protection in these environments by filtering out even the tiniest particles. This not only improves the engine’s performance but also reduces the risk of costly breakdowns, ensuring that the equipment runs smoothly in high-stress conditions.

7. Cost-Effective Long-Term Solution

While the initial cost of installing an oil bypass filtration system might seem high, it can save you money in the long run. By extending the life of your oil and reducing the frequency of oil changes, you’ll save on labor and materials. Additionally, the protection the system offers your engine can help prevent expensive repairs that might otherwise arise from engine damage caused by contaminants.

Also Read:

Conclusion

The benefits of an oil bypass filtration system are clear: enhanced filtration efficiency, longer oil life, reduced engine wear, improved fuel efficiency, and environmental sustainability. Whether you’re driving a performance car, a heavy-duty truck, or just want to ensure your vehicle’s engine stays in top shape, investing in an oil bypass filtration system is a wise choice for anyone looking to extend engine life and reduce maintenance costs.

If you haven’t considered upgrading your filtration system, now might be the perfect time to make the switch. With all the advantages it brings, an oil bypass filtration system could be the key to ensuring your engine runs smoothly and efficiently for years to come. Contact us for more information about oil bypass filtration system.

Read More:

Widespread Filtration And Lubrication Myths That Cost You Money

Filtration And Lubrication Myths. Despite being discredited by experts and scientists, myths remain a prominent part of our lives. While some result from coincidental occurrences of two unrelated events, others are based on ancient teachings which have been regarded as untrue after modern research work and new findings. Although these myths are false and far from reality, they surprisingly spread like wildfire, and people find them more interesting and believable than the facts.

Like every other part of our lives, the business realm is also not free of these seemingly authentic but scientifically erroneous misconceptions and perceptions. As top-rated and trustworthy providers of oil filtration systems, we want to let you know that our fuel and filtration industry is no exception to this hard-to-digest reality. While the internet emerged as a glimpse of hope, and people thought it would serve as a reliable source of information, the opposite and fairly scary reality engulfs us today.

The internet, especially social media, has been the primary channel for disseminating misleading and unauthentic information. Today, misinformation travels faster than information over the internet. Well, that is a debate for another day. Our current goal is to dispel falsehoods about our sector and draw attention to the apparent truth that the general public has been oblivious to.

You might have heard that sweet lies often reap extremely bitter results. The same applies to filtration myths. While they might appear to be economically sound findings, they result in unplanned and unbearable costs. As a facility owner, you surely understand what is at stake if you frequently experience downtime or have to replace machines earlier than expected.

This blog post will debunk some of the costly filtration myths that have been circulating on the internet to save you from such disasters.

Only Lubricants Need Filtration

The above is more of a widespread confusion than a misconception. Even in this age and era, many people fail to understand the importance of contamination control in fluids. For some unknown reason, average individuals falsely believe that only lubricants used in industrial machines need to be filtered. They think hydraulic oils are simply used to convey the power that will be converted into mechanical energy and contamination does not affect their functionality.

However, the truth is that, like lube oil, hydraulic oil also comes into contact with vital parts of a machine and can degrade and deteriorate the hydraulic filtration system. It wouldn’t be wrong to say that contaminated hydraulic oil poses a greater threat to a machine than contaminated lube.

Filtration Systems Are Expensive

The costs of filtration systems often deter industrialists and facility owners. It is surprising to see that some even decide to go without an oil filtration system to save on costs. They believe that damage caused by contaminated fluids is less expensive than purchasing a good oil filtration system.

What they fail to understand is that the impacts of contamination do not just stop at a few occasional breakdowns. These breakdowns translate into a chain of recurring expenses in the form of machine repairs, early replacements, downtime losses, labor idle time costs, and much more.

Thus, investing in a filtration system is a more wise and viable decision than the former.

Water Is Not A Harmful Contaminant

As harmless as it may appear, a drop of water in lube or hydraulic oil is highly hazardous to a machine’s well-being. Research shows that water contamination reduces the life of bearings by about 75%. Therefore, you should never underestimate the effects of water contamination on fluids and machines alike.

Contaminants Only Enter The System From External Sources

While it is true that most contaminants enter a machine through external sources, lubrication and hydraulic oils can also become contaminated due to the internal wear and tear of a machine. Hence, it is wrong to assume that contamination only occurs externally.

All Providers Of Oil Filtration Systems Are The Same

All filtration systems in the market may look alike, but that doesn’t mean they are all the same. In fact, even the providers of these systems are not alike. While one supplier may value integrity, quality, and customer loyalty, others may only be interested in boosting their short-term profits by selling copies of the original products at low prices to lure customers.

As a factory owner, you must be very careful in the selection of your filtration system supplier.

High-Quality Oils Do Not Require Filtration

Last but not least, it is absolutely unwise to believe that high-quality oil does not need filtration. While such oils may have zero contamination at the time of purchase, the transportation and storage efforts may introduce contaminants into them. Hence, regardless of an oil’s quality, you must filter it before introducing it into a machine.

About Harvard Filtration

We strive to deliver world-class filters and filtration systems to serve the diverse industrial need for constant contamination control solutions. Learn more about Harvard Filtration and our elite line of products.

Need a highly efficient oil filtration system? Contact us now.

FAQs:

1. Are all filters the same, regardless of their brand or design?
No, not all filters are the same. Using cheap or incorrect filters can compromise filtration efficiency and fail to protect your system adequately. High-quality filters designed for specific applications ensure better contaminant removal and extend the life of your machinery.

2. Is it true that hydraulic and lubrication systems only need maintenance when problems arise?
This is a myth. Waiting for issues to appear can lead to expensive repairs and downtime. Regular monitoring, filtration, and lubrication maintenance prevent contaminants from causing damage, saving money in the long term.

3. Can you judge oil condition solely by its appearance?
No, oil condition cannot be accurately judged by appearance alone. Clean-looking oil may still contain microscopic contaminants or degraded additives. Proper oil analysis is essential to assess its health and determine when it needs replacement.

4. Do newer systems require less filtration and lubrication care?
This is a misconception. New systems still generate contaminants like metal shavings during break-in periods, and poor lubrication can cause premature wear. Proper filtration and lubrication care are vital, regardless of the system’s age, to ensure optimal performance and longevity.

How Does Outside Contamination Enter Into Your Machine’s System?

As an industrial equipment owner, the last thing you want to find in your hydraulic filtration system is contamination.

Finding contamination in industrial equipment is the biggest fear of every equipment owner or manager. This is because contamination ruins the equipment system and decreases their lifespan and efficiency.

Hence, you should use hydraulic filter carts to tackle this issue. With these weapons, you can stop outside contamination from entering your equipment.

Hydraulic filter carts and oil filtration systems act as a barrier that stops anything like dust, debris, and other contaminants from entering your machine’s system.

Also Read: What Should You Know About Hydraulic Oil Filtration Systems?

By using authentic hydraulic filter carts, you will be able to minimize equipment downtime and will be able to save a lot of your time and money.

Now the question arises, how does this contamination sneak into your system? In this blog post, we will outline the top 4 ways through which outside contamination can enter your equipment’s system.

Air Breathing Exchange

One of the top ways through which contamination can enter your industrial equipment system is through air movement in and out of a reservoir.

The oil levels in your reservoirs are affected by the use of components such as cylinders in the system or due to thermal contraction and extraction of the lubricant.

So when the oil level in your reservoirs rise or fall, the air either fills that void or is pushed out to make room for incoming oil.

How To Stop It

Since air is one of the top sources of contamination in any equipment, you should use a high-efficiency air breather. If the condition allows, you should use a desiccant breather coupled with a headspace dryer to minimize the airborne ingression in your equipment. Also, always make sure to filter the air exchange with the system.

Seals

Seals are another source of external contamination into your equipment. Whether they are pump/cylinder or shaft seals, all of them can cause contamination in your machines.

When particles like dirt and debris make their way to a seal, then the sealing surface or the seal itself gets damaged from solid particle contamination. This results in ingression, which lets more contamination enter your equipment system.

This damage also creates a leak point. Due to this leak point, the oil in your system starts to leak, which eventually results in oil refill requirements, while the seals and sealing surface continue to sustain damage, worsening the situation.

Once the solid contaminant damages the sealing surface or seals, it starts a non-stop cycle of damage as dirt makes more dirt. Hence, once the seals get damaged with solid particles, it will keep on getting worse and worse until it breaks down your equipment.

How To Stop It

To break this cycle of contamination and stop equipment damage, you should use high-efficiency hydraulic filters to revive the dirty system of your equipment.

Use high-quality hydraulic filter elements, and to increase the life of your seals and sealing surface, you should strive to maintain a clean system around the seals to minimize the contamination buildup around them.

Adding Oil

Adding oil to your equipment is a normal part of maintenance. As an equipment owner or manager, whenever the level indicates that the equipment needs an oil refill, it is your job to add it to your equipment.

But the obstacle you need to overcome is to check whether the oil you are adding to your equipment is dirty or not.

Most people think that new oil is new, but what they don’t understand is that new oil is new, but it is not clean. So they add new oil without testing if it’s clean or not, which leads to contamination entering the equipment system.

How To Stop It

The best way to stop dirty oil from entering your equipment is by using oil filters. The oil filters when added to your equipment will stop all particles such as dirt, debris, and other contaminants from entering your machine.

About Harvard Filtration

Harvard Filtration offers what it takes to meet your industrial filtration needs. We offer a broad range of filtration systems. Hydraulic filtration systems and filter carts are the most trusted and dependable portable filtration systems.

Compatible with a broad assortment of petroleum-based and synthetic fluids, our filter carts can remove contaminants and water to a single micron, ensuring decreased hazardous waste disposal. Select our filters to experience your machine’s high performance. Contact us today here.

FAQs:

1. What are the common sources of contamination in a machine’s system?
Contaminants can enter through various sources, including:

Breathers or Vents: Allow dirt, moisture, or airborne particles to enter when not adequately filtered.
Seals and Gaskets: Damaged or worn seals can permit external contaminants like water, dust, or debris to infiltrate.
Poor Handling Practices: Improper storage, transfer, or filling of lubricants can introduce contaminants.
Environmental Exposure: Operating in dusty, humid, or wet environments increases the risk of contamination.

2. How can contamination enter during lubricant handling or storage?
Contamination can occur when:

Containers or transfer equipment are left uncovered or exposed.
Lubricants are stored in areas prone to dirt, dust, or moisture.
Contaminated tools or containers are used during lubricant refilling.
Open lubricant drums are exposed to environmental conditions.

3. How does condensation lead to contamination in a machine’s system?
Condensation occurs when temperature fluctuations cause water vapor in the air to condense inside the system. This is common in systems with poor ventilation, high humidity, or where the machine operates in environments with significant temperature changes. Over time, this can lead to water contamination in the lubricant.

4. What are the potential entry points for contamination during equipment operation?
Key entry points during operation include:

Openings in the System: Such as unsealed ports or fittings.
Worn Components: Like bearings or seals, which lose their integrity over time.
Airborne Contaminants: Entering through inadequately filtered air intakes or vents.
Cooling Systems: Leaks in heat exchangers or radiators can introduce water or coolant into the oil.

Oil Filtration System: Boosting Efficiency and Clean Operations

Choosing the right oil filtration system is one of the basic steps to achieve smooth machinery operation. If your filters are not in the right working condition, chances are they won’t filter the lubricants properly. This will impact your machines negatively.

Investing in quality oil filtration systems is essential for your business and neglecting it is one of the reasons that cost companies billions of dollars in losses. Many people relevant to the lubrication business often ask how to select the best filtration system. A healthy hydraulic filtration system can help you analyze the oil’s condition and decide whether it needs changing or not.

There is no one straight answer to choosing the right oil filtration system as it depends on the type of usage and the purpose for which you will be using filtration system. However, there are some general factors that might help you choose the right filtration system. Continue reading this blog to find out what those are.

Flow Rate

One of the main factors you must consider while choosing an filtration system is its flow rate. But what is the flow rate of an oil filtration system? A flow rate is defined as the amount of oil that passes through a filter in a given period of time.

It is also related to a system that removes dissolved furnish content from oil and should cycle the entire reservoir volume more than once per day. This is required to efficiently clean the oil. However, some varnish removal systems take 30 to 60 days.

Therefore, the flow rate must be higher to deliver a sufficient amount of oil whenever you need it. You must not be persuaded to buy a system that is a few thousand dollars on account of a lower flow rate. Always consider your needs and then buy an oil filtration system that can provide you with the right flow rate.

Also know about Hydraulic Fluid And Its Properties.

Consider The Varnish Removal Technology

Different varnish removal technologies are available for oil filtration systems. Such technologies are divided into two main categories: particulate removal filters and dissolved breakdown product removal technologies.

One year from mobile technology can help remove dissolved oxidation products and convert the oil to an unsaturated state.

The Filter Media

The filter media is another important factor to consider when choosing an oil filtration system. The filter media is the material inside a filter that is used to capture contaminants and prevent those contaminants from getting inside the machine.

A filter medium consists of microscopic cellulose fibers with synthetic fibers such as glass or polyester. These fibers increase filtering efficiency and durability. Moreover, it is also saturated with resin to give it strength and stiffness. While choosing an oil filtration system, make sure to choose the right filter with the right filter media as higher-grade filters may have more synthetic fibers.

Dirt Holding Capacity

Dirt holding capacity is defined as the amount of contamination that a filter can hold before it becomes ineffective. You must know that the efficiency and dirt holding capacity are interrelated, and better efficiency is obtained when a filter has more capacity. It is also an indicator of a filter’s service life. An oil filtration system with a better dirt holding capacity will continue performing operations for a longer period of time.

Insoluble vs. Soluble Varnish Content

Another important factor to consider is whether the system is capable of removing soluble and insoluble content from the oil or not. Soluble varnish content damages the machine more than insoluble varnish content. Most varnish removal units only remove insoluble varnish content. Therefore, when selecting an oil filtration system make sure that it is able to remove both soluble and insoluble varnish content, so your machine remains safe.

About Harvard Filtration

Get your hands on the best oil filtration systems with Harvard Filtration. With a broad range of filtration systems, Harvard Filtration offers what it takes to meet your industrial filtration needs. Harvard filtration products effectively remove water and other contaminants and increase the service life and efficiency of your oil components and equipment. Contact us for further information.

FAQs

1. What is the primary purpose of an filtration system?
An oil filtration system removes contaminants such as dirt, metal particles, and water from industrial oils. This helps maintain the oil’s quality, extending its lifespan and ensuring smooth and efficient operations of machinery.

2. How does an filtration system improve operational efficiency?
By keeping the oil clean and free from impurities, the filtration system reduces wear and tear on machinery components. This leads to fewer breakdowns, reduced maintenance costs, and optimal equipment performance, boosting overall operational efficiency.

3. Can an oil filtration system reduce environmental impact?
Yes, an efficient filtration system minimizes waste by extending the life of the oil, reducing the need for frequent oil changes. This decreases the volume of waste oil and lowers the environmental footprint of industrial operations.

4. How often should filtration systems be maintained or replaced?
Maintenance frequency depends on the system’s usage, operating conditions, and the level of contaminants. Regular inspections and following the manufacturer’s recommendations ensure the system functions optimally and avoids unplanned downtime.

Signs Of A Malfunctioning Oil Filtration System

A seemingly short minute often costs giant industries billions of dollars. A minute’s shut down may sound like a no big deal to an average individual, but seasoned industrialists understand its importance quite well. The case very well depicts the saying, “time is money.” Hence, industrialists try by all means to avoid any machinery downtime or worker idle hours.

In this regard, it is crucial to understand what exactly causes machinery to malfunction. There are numerous technical factors that may distort the proper functioning of any machine. However, one crucial aspect that some industrialists often disregard is the appropriate functioning of the oil filtration system and other filter apparatus.

Individuals mistakenly believe that as long as a machine is well-lubricated, there won’t be any problems with its smooth running. However, if the oil in question is not clean, the machine’s functionality will be significantly affected. That is, the oil used as fuel or for lubrication purposes often contains contaminants like debris. The latter may cause the engine or other parts of the machine to get clogged and become inefficient.

As a result, industry owners incur unplanned downtime costs, machinery maintenance expenses, and massive revenue declines. Moreover, improper oil filtration systems may even reduce the service life of a machine to a great extent. Hence, it is essential that you ensure that your oil filtration systems are working properly and the oil being used is void of any pollutants.

To help you accomplish this goal, we, as providers of premium quality portable filtration systems, will educate you regarding the alarming signs of a malfunctioning oil filtration system. The latter will not only save you from incurring losses but will also allow you to get your filtration system fixed on time.

Signs Of A Malfunctioning Oil Filtration System

Surprisingly, many industrialists do not realize that their filtration systems are causing severe damage to their machinery until the machine breaks down and stops working. In truth, one does not need to be an expert to understand that the system is not doing its job. Simply keeping an eye on apparent signs that show deviation from the normal condition of any machine will suffice.

So let have a look at what you should look out for to identify a problem with your filtration system before it gets out of hand:

1. Deteriorating Performance

Every machine has a planned service or useful life over which it gradually depreciates. Industrialists often have these replacements scheduled in advance. They know that they will be replacing a machine in the next ten years. To stick to this time limit, they regularly request maintenance services. However, sometimes the machine or its engine may show unusual inefficiency.

The problem is that inadequately filtered oil does more harm than good. In the case of lubrication, the debris in the oil may cause more friction and clogging rather than helping the machine run smoothly. On the other hand, contaminated oil used as fuel harms the engine and reduces its efficiency.

Resultantly, the machine either invites significant repair costs or meets its demise before it reaches the end of its life expectancy.

Thus, if a machine shows slight inconsistency in its performance, have the oil filtration system inspected.

2. Unusual Audible Noises

Noises are not a new thing for any industry. Hence, we cannot simply say that any noise coming out of a machine is a sign of a problem. However, there are certain types of noises that your machine should not be making. For example, if a machine emits sharp metallic or clicking sounds, then there is a problem.

The former suggests that now there are too many pollutants accumulated in your oil filtration system, and you need to urgently replace it.

3. Weird Smells

Again, smells are a common thing in any factory. Frequently burning fuels and the work on raw materials emits a lot of odour. However, if your machine gives out unusual metallic odours, you might need a new filtration system. The impurities in oil that are not removed by the oil filtration system often result in disturbing smells.

4. Overheating Of The Machine

This is perhaps the biggest sign of an inefficient machine. While overheating may also result from other factors, a problem with the oil filtration system may also cause the machine to heat up quickly as inadequately filtered oil causes the machine to use more energy.

5. Dirty Smoke Emissions

This is the most obvious sign of a malfunctioning oil filtration system. If your machine or engine emits dirty black or grey smoke, you need to pay attention to the filtration system.

FAQs

What are the warning signs of a malfunctioning oil filtration system?
Common signs include low oil pressure, unusual engine noises, increased operating temperatures, frequent oil contamination, and visible oil leaks.
How does a malfunctioning oil filtration system affect equipment performance?
A malfunctioning system can lead to unfiltered contaminants circulating in the oil, causing increased wear on engine components, reduced efficiency, overheating, and potential equipment failure.
Can a malfunctioning oil filtration system trigger warning lights on my equipment?
Yes, issues with the oil filtration system can cause warning indicators, such as the “check engine” or “low oil pressure” lights, signaling problems with oil flow or pressure.
What should I do if I suspect my oil filtration system is not working properly?
If you notice signs of malfunction, inspect the filter, check oil levels, and look for blockages or leaks. Replace the filter or repair the system as necessary, and consult a professional technician if the issue persists.

About Harvard Filtration

Through a perfect blend of premium quality and reliable customer service, Harvard Filtration meets all your industrial filtration needs effectively. Contact us to learn more.

Signs Of A Worn-Out Oil Filter And What To Do About It

Oil filtration systems are essential to keep your machines in excellent working condition throughout their life. They filter the oil before transferring it to the critical parts of the machines or engine. However, oil filters also have a limited working capacity, after which they need to be replaced.

Harvard Filtration offers reliable and high-quality oil filtration systems and other similar products to meet your daily machine lubrication needs. As providers of top-of-the-line lubrication filtration systems, we cannot emphasize enough on keeping your machines’ filters in excellent condition and replacing them after a specific period.

If you fail to replace your worn-out oil filters and continue to use the old ones, it can lead to the premature failure of the machine and some of its parts. Lubricants and oils can get contaminated, especially if you use a particular machine daily. These contaminants end up clogging the oil filters.

This makes it compulsory for you to replace your oil filters. A worn-out filter can cause various issues for you resulting in expensive repair and replacement. If you are new to the lubrication industry and don’t know how a worn-out oil filter behaves, this blog post might help you. We mention the common signs of a damaged oil filter and what you can do about it.

Also Read: Unintended Consequences You Can Face During An Oil Change

Machine Overheating

One of the common signs of a clogged oil filter is the machine overheating. The collected dirt and other particles clogs the oil filter, which doesn’t allow the oil to flow to the essential parts of the machine. Thus, it causes friction between the machine’s components which generates heat.

If your machine overheats, check if there is an issue with its oil filter. If you think that it has been quite a while since you last replaced its oil filter, maybe it is time to change it.

There Are Sputtering Sounds

The function of the oil filter is to clean the oil before it travels to the critical parts of the engine or machine so that they can continue to work properly. If the oil filtration system is not in perfect condition and is worn out, contaminated oil will be delivered to those parts.

As a result, the parts will suffer, and sputtering sounds will come out of the machine. This is one of the common signs of a worn-out oil filter of a machine or an engine and must not be ignored at any cost.

More Consumption

As oil filters age, they become dirty and clogged with particles. Moreover, their filtration capacity decreases with time, and thus, they can’t filter enough. This means that a large amount of lubricant will be rendered useless in the process. Either way, you have to spend your money to keep your machine’s lubrication level at an optimum level.

If you notice that your machine is consuming more lubricant than before, there might be some issues with your oil filtration system. Moreover, more consumption leaves organic residue in the machines due to inefficient combustion. This leads to lubricant contamination which can affect your machine’s performance. Therefore, if your machine is consuming more lubricant, it is better to replace your oil filter.

Also Read: The Complete Guide to Hydraulic Oil Filter

Mechanical Breakdowns

Another common symptom of a clogged and problematic oil filter is mechanical breakdowns. When the machine doesn’t get enough lubrication for its function, it leads to the inefficient running of other machine components. This may lead to the complete breakdown of the machine. A timely oil filter replacement can minimize such problems and downtimes.

The Exhaust Gets Dirty

Finally, a common sight in the case of a problematic oil filter is that the exhaust gets dirty. Smoke coming out of the tailpipe might be a sign that your oil filter is clogged. Moreover, the smell of burnt oil or lubricant will also give an indication of a clogged filter.

FAQs

What are the most common signs of a worn-out oil filter?
Common signs include reduced engine performance, unusual noises from the engine, oil leaks, and a noticeable drop in oil pressure. You might also observe dirty or contaminated oil during routine checks.
Can a clogged oil filter cause the “check engine” or “oil pressure” warning light to turn on?
Yes, a clogged oil filter can restrict oil flow, triggering the “check engine” or “oil pressure” warning lights. These lights indicate that the engine is not receiving proper lubrication and needs immediate attention.
How does a worn-out oil filter affect engine performance?
A worn-out oil filter can reduce oil flow to critical engine components, causing increased friction, overheating, and reduced efficiency. Over time, this can lead to significant engine damage or failure.
How often should I replace my oil filter to avoid it wearing out?
Oil filters should typically be replaced during every oil change, as recommended by the vehicle or equipment manufacturer. Regular replacements help maintain proper filtration and prevent premature engine wear.

About Harvard Filtration

Harvard Filtration is here to meet your oil filtration and lubrication needs. Compatible with a broad assortment of petroleum-based and synthetic fluids, our filter carts can remove contaminants and water to a single micron, ensuring decreased hazardous waste disposal. Select our filters to experience your machine’s high performance. Contact us today here.

Best Lubrication Practices To Improve Equipment Reliability

Lubrication is essential to ensure that the machines in your industry are kept working at an optimal condition. The type and quality of lubrication you use has a direct impact on the reliability of your equipment.

If you have a good filtration plan and a proper oil filtration system in place, there are chances that the machines in your industry will have a lifespan longer than actually intended.

Nevertheless, for any plant, there are a few essential steps that you have to take. If implemented correctly, these steps can help in improving the equipment reliability.

In this blog, we have listed some of the tried and tested lubrication best practices that will help you achieve optimal results when it comes to lubrication maintenance.

Also Read: The Effects Of Water Contamination On Oil Filters

Planning And Identification

It is extremely easy to just start the lubrication process without any prior planning and identification. However, the main question is whether this is advised or not? It is certainly not advised.

Before you implement a lubrication and oil filtration system, it is essential that you assess the tasks that have to be completed and the steps that have to be taken. Only with proper organization, planning and identification, can you ensure that the lubrication is added to the system in the right quantity and is filtered properly.

Most companies use software-based control to ensure in-time lubrication and filtration. For identification, you can use a labelling system to help the technician understand what lubricant goes where.

In industries, there are several different types of lubricants being used. Since each has a different composition, it is important to avoid the error of mixing lubes.

Cleanliness Control

Even though there are many top-of-the-line filtration systems like Hydraulic Filtration System available, oil contamination is something that should be avoided at all costs.

It is a major source of wear and tear in equipment that leads to premature failure. Therefore, it is not only important to properly filter the lubricant, but it is also necessary to ensure that the machine, the environment and the equipment being used are clean.

In addition to this, it is also imperative that the lubricant is stored safely and is transferred to the machine in a contamination-free environment.

Some of the best practices to ensure cleanliness include:

The containers are fully sealed
Containers should be fitted with air-breathers to prevent the ingress of water and contaminants from the atmosphere
Regular filtration should be performed
Use containers that will not deteriorate over time to prevent contamination

Use Proper Tools

This point is never emphasized enough. Adding grease to your machines requires you to use proper tools. Therefore, it is essential that you have efficient and practical tools. Moreover, the tools used for each type of lubricant should be different to prevent any type of contamination.

Grease guns should be color-coded to ensure that the right lube gets the right application. Moreover, to control contamination, make sure you use both online and offline filtration systems.

In addition to this, if there is more than one person handling the lubrication process, knowledge management is very important. You should ensure that proper logbooks are maintained so that all workers know what processes have been carried out.

Conclusion

It is imperative that you implement reliability-based strategies. These help in making the system seamless and more functional. However, implementing these strategies successfully is not an easy task.

Many strategies end up failing in the long run due to a lack of planning and organization. Therefore, make sure you properly organize all aspects of your lubrication system and plan them for success.

FAQs

How does proper lubrication improve equipment reliability?
Proper lubrication minimizes friction, reduces wear, and protects against corrosion, leading to extended equipment life, improved performance, and reduced downtime due to unexpected failures.
What are the key factors to consider when selecting the right lubricant?
Key factors include the operating temperature, load conditions, speed of moving parts, environmental exposure, and the manufacturer’s recommendations for specific equipment.
How often should lubrication be performed for optimal reliability?
The lubrication frequency depends on the equipment type, operating conditions, and the lubricant used. Following the manufacturer’s guidelines and monitoring performance through regular inspections ensures optimal scheduling.
What are the consequences of over-lubrication or under-lubrication?
Over-lubrication can lead to overheating, seal damage, and contamination, while under-lubrication causes increased friction, wear, and potential equipment failure. A balanced approach is critical for maintaining reliability.

About Harvard Filtration

Harvard Filtration offers what it takes to meet your industrial filtration needs. We offer a broad range of filtration systems. Harvard filtration systems and filter carts are the most trusted and dependable portable hydraulic filtration systems.

5 Tips To Increase The Lifespan Of Your Heavy Machinery

Lifespan of Your Heavy Machinery: Does your business rely on the extensive use of heavy machinery and equipment? If that is the case, then you are certainly familiar with the trepidation of downtimes and short-lived machinery. Undeniably, downtimes, equipment failures, and unanticipated production halts cost more than mere idle labor time.

The actual cost of downtime is more severe than what meets the eye. According to a recent survey that surveyed 72 multinational industrial and manufacturing organizations, large plants lose about 323 hours annually due to downtime. Resultantly, firms endure a devastating cost of about $532,000 per hour. Heartbreakingly, the cost surpasses $172 million per plant each year.

The cumulative global figures are scarier than these.

If you dig deeper into the problem, you will realize that the biggest culprits are not human errors or machine mismanagement. Instead, lack of maintenance and the use of improper oil filtration systems amongst others.

Apparently, these hidden culprits lead to shorter machine lifespans which lead to the replacement of a particular part, or the whole machine. The latter should be the last thing you want on your table after the aforementioned costs.

Surprisingly, you can easily avoid these costs if you adhere to the tips that follow.

5 Tips To Increase The Lifespan Of Your Machines

However, it is noteworthy that these tips are not only applicable to the manufacturing industry but are also relevant to mining, farming, aerospace, shipbuilding, locomotive manufacture, and much more.

So let’s raise the curtains:

1. Employee Training And Education

Adequate labor training and education should form the base of your onboarding processes. If an employee is not fully equipped with the knowledge on how to operate a particular machine, he/she will make mistakes. These mistakes may ultimately lead to the machine breaking down or its complete demise.

Resultantly, it is crucial to thoroughly educate and train both new and existing employees about proper equipment maintenance, management, and operation. Regular workshops and seminars should do the job.

2. Select Appropriate Filter Carts And Oil Filtration Systems

Oil filtration largely affects a machine’s operation capacity. For proper equipment functioning, the oil used must be devoid of any contaminants. However, the latter necessitates the use of high-quality filter carts and oil filtration systems.

On the other hand, using oil filtration systems of a sub-standard quality may reduce the efficiency and service life of your machinery and equipment.

3. Lubricant Replacement

Another factor that depletes machinery is friction between its moving parts. The constant rubbing creates heat that ultimately leads to increased wear and tear. Contrarily, adequate lubrication effectively combats the issue and increases the lifespan and functionality of the machine. Hence, it is vital that you keep your lubricant levels in check at all times.

However, focus on the word ‘adequate’. You should not bathe the parts in a lubricant as this may lead to soot and unnecessary grease build-up. The best way forward is to refer to the machine manual for proper instructions.

4. Regular Cleanup

This is perhaps the most neglected part of machinery operations. Undoubtedly, laziness finds its way even in the most professional atmospheres. But reread the statistics above to get your facts straight . Do you think it is worth it?

Mind you, crying over spilt milk will get you nowhere in the end. And $172 million is a lot more than what you can afford to spill.

Resultantly, it is important to regularly clean the vents, filters, cooling fans, and seals to avoid any clogging due to soot or dust.

5. Periodic Inspections, Maintenance, and Upgrades

Seasoned machine operators know all to well the importance of periodic machinery inspection and maintenance. In fact, the two are just as important as cleanups (if not more). Just like your body needs periodic doctor visits, your machinery also requires regular checkups to detect any issues before they become detrimental.

For example, if a cooling fan is not working properly, and the responsible person does not carry out any inspections, the issue will persist unnoticed until another fatal issue results from it. Ultimately, the latter will lead the way to unnecessary repair costs which could have been avoided in the first place.

On the same note, delaying the replacement of parts that have reached the end of their useful life will also result in similar issues.

Hence, prevention is better than a cure, and as a wise businessperson, one should invest more in prevention rather than detection and correction. Remember, a stitch in time saves nine.

FAQs

1. What regular maintenance should be done to extend the life of heavy machinery?

To extend the lifespan of heavy machinery, regular maintenance is crucial. This includes:

Checking and changing the oil and filters at recommended intervals.
Inspecting hydraulic systems for leaks and wear.
Ensuring cooling systems are functioning properly.
Regularly greasing moving parts to prevent friction.
Inspecting tires or tracks for wear and tear.

2. How important is operator training for the longevity of heavy machinery?

Operator training is essential for the longevity of heavy machinery. Proper training ensures operators follow correct procedures, avoid unnecessary strain, and reduce the risk of misuse or accidents that could cause wear or damage.

3. Can overloading machinery affect its lifespan?

Yes, overloading machinery can significantly shorten its lifespan. It places additional strain on the engine, hydraulics, and other components, leading to faster wear, overheating, and potential breakdowns. Always adhere to load limits specified by the manufacturer.

4. What role does regular inspection play in machinery longevity?

Regular inspections are vital for catching small issues before they turn into major problems. By checking for signs of wear, leaks, or damage, you can address issues early and keep machinery running smoothly, reducing the risk of costly repairs or breakdowns.

About Harvard Filtration

In a world where industrial needs evolve at breakneck speed each day, Harvard Filtration stays abreast with top-notch technology and high-end customer service. No matter the type of industry you operate in, we have the perfect exquisite oil filtration systems and filter carts to keep your machinery free of contaminants. Contact us to know more.

Common Oil Filter Failures And Their Solutions

Oil filters are responsible for supplying clean and filtered oil to your machine’s important components. Different types of oil filters perform different functions. They make sure that quality lubricants are being supplied to the essential parts of the machine so that it will work properly.

However, problems can arise with the filtration parts. Any problem with the oil filtration system of the machine can lead to bigger problems and lead to complete machine failure.

Therefore, knowing them in advance or conducting a regular machine analysis is necessary to avoid bigger filtration problems. Each filter also has a distinctive failure and detection method.

Therefore, you must be proactive at detecting such problems on time and take the right measures. Also, choose a company that offers quality filters and related products. Harvard Filtration offers filtration systems and filter carts with the most trusted and dependable portable hydraulic filtration systems.

This blog post highlights some common Oil Filter Failures and their solutions.

Fatigued Cracking

Fatigued cracking occurs when the filtration system is overworked. The operational stresses such as high pressure and violent cycle shifts can affect the filter’s weave and warp it.

This damage to the filter can make the oil flow bypass the filter and allow the contaminants to circumvent capture.

This process results in an increased particle count in the oil. This contamination can lead to the poor function of the machines and affect their longevity. Therefore, regular analysis and maintenance of the machines and their parts are necessary to ensure that everything is working as it should.

Plugging Or Blocking

Plugging is another common issue often dealt with when talking about filter failure. Filters can degrade over time when left to constantly work without an oil change or the proper maintenance. The risk of filter plugging further increases if the filter has worked for a prolonged period of time without any change or analysis. Some failure products, such as carbon sludge and varnish, appear. Contaminated filters can affect the oil flow and restrict the filtration process.

The process of oil analysis might not detect the plug failure. An increased pressure change across the filter is detected, which is a tell-tale sign of plugging. Because plugging is caused by the consecutive work of a filter and oil, changing the oil and filter can reduce this problem. Therefore, is it vital that you get your hands on some quality machine filters and related parts here.

Channeling

Channeling is a process where the filter weave or screen is bombarded with abrasive particles at high speeds. These particles are forced through the filter’s pores and become enlarged. They erode the filter material or lodge in the filter’s pores. It then forces itself through the filter and passes through the pores, thus expanding them.

Channeling can be detected by the oil analysis process, where you can count the large particles through the particle count test.

Media Migration

Media migration failure is somewhat similar to fatigue cracking, but in this case, the high-pressure transient ruptures destroy the filter. In the case of fatigue cracking, oil bypasses a warped filter media, whereas, in the case of media migration, the oil flows through the damaged filter.

The damaged filter fails to collect the contaminants and other particles. Moreover, as oil flows through the ruptured media, it collects the particles, increasing the contamination.

Media migration failure can be detected using regular oil analysis processes. Moreover, replacing oil and filters can also minimize media migration.

Final Thoughts

Oil filter failures can occur due to numerous reasons. The only thing that matters is regular oil analysis and maintenance. Checking the condition of your oil and filters and changing them on time will reduce such failures and keep your machines in good working condition.

About Harvard Filtration

Compatible with a broad assortment of petroleum-based and synthetic fluids, our filter carts can remove contaminants and water to a single micron, ensuring decreased hazardous waste disposal. Select our filters to experience your machine’s high performance. Contact us today here.

FAQs

1. What causes an oil filter to fail?

Oil filter failures can occur due to several factors, including:

Clogging: Accumulation of dirt, debris, and contaminants can block the filter.
Improper installation: If the filter is not properly installed or tightened, it may cause leaks or insufficient filtration.
Worn or damaged components: A worn-out filter element or damaged gasket can lead to leaks or poor filtration.
Overdue filter replacement: Not replacing the filter as per the manufacturer’s recommended interval can lead to failure.

2. How can a clogged oil filter affect my engine?

A clogged oil filter reduces oil flow, leading to poor lubrication. This can cause engine parts to wear prematurely or even seize, as insufficient lubrication prevents smooth operation.

3. Can using the wrong oil filter cause failure?

Yes, using an oil filter that’s not compatible with your engine can lead to failure. It can either fail to filter properly, cause leakage, or create excessive pressure that damages the engine.

4. What are the signs of an oil filter failure?

Common signs include:

Low oil pressure: The engine may signal low oil pressure due to improper filtration.
Oil leaks: Oil leaking from the filter is a clear sign of failure.
Poor engine performance: Sluggishness or knocking sounds from the engine due to inadequate oil flow.

5. How do I prevent oil filter failures?

To avoid oil filter failures:

Ensure proper installation and tightening during each oil change.
Replace the filter at regular intervals as recommended by the manufacturer.
Always use the correct oil filter specified for your vehicle or engine.
Keep an eye on oil pressure and signs of contamination.

Benefits Of Using Portable Hydraulic Filtration Systems

The use of fluid and oil filtration systems in factories and manufacturing plants has increased remarkably over the past few decades — and for good reason. Lubrication oils and synthetic fluids used in heavy machinery are costly resources. To reduce waste and improve efficiency, industries have turned to portable hydraulic filtration systems, which have quickly become a top-selling solution for maintenance and cost control.

Instead of discarding old fluids and buying new ones frequently, factories now reuse filtered fluids — saving money and enhancing machine performance, all without involving third-party services.

1. Filters Contaminants to a Single Micron

A hydraulic filtration system performs deep and precise cleaning. It efficiently removes contaminants and particles from fluids down to a single micron level, ensuring maximum fluid purity. This not only extends the life of lubricating oils but also reduces machine wear and tear, helping maintain high performance and reliability across industrial operations.

2. Removes Water and Glycol Contamination

During intense machine operation, hydraulic fluids are exposed to extreme heat and pressure, which can cause water vapour formation. These air pockets compromise lubrication and can damage machine components.
Additionally, glycol, often used as a coolant, can degrade over time and reduce system efficiency. Portable hydraulic filtration systems effectively remove water, glycol, and other impurities, restoring the fluid’s performance and reliability.

3. Easy to Move and Use Across Multiple Sites

As the name suggests, portable hydraulic filtration systems are compact and mobile. Their lightweight design allows maintenance teams to move and operate them at multiple locations within a facility. Whether it’s a dedicated filtration setup or an on-the-go maintenance tool, the user-friendly design makes them incredibly convenient for factory environments.

4. Improves Fluid Performance and Service Life

When old hydraulic oil is filtered, nearly all contaminants are removed, allowing the fluid to be reused safely. This process significantly extends the service life of both the fluid and the machinery it supports. By maintaining clean oil, the system ensures smoother operation and reduced maintenance downtime.

5. Minimizes Hazardous Waste

Portable hydraulic filtration systems come equipped with waste collection compartments designed to safely store contaminants and hazardous materials. These compartments can be easily removed, cleaned, and replaced, making the process safe, efficient, and environmentally friendly for staff and operators.

6. Customizable for Specific Industrial Needs

Modern filtration systems, like those offered by Harvard Filtration, can be fully customized to meet specific operational requirements. Factories can add optional accessories, adjust flow rates, and configure filter elements to match their machinery. This flexibility ensures optimal performance and ease of use for a variety of applications.

7. User-Friendly Operation

Ease of use is one of the most valuable benefits of portable filtration systems. Operators don’t require advanced technical training or certifications. The equipment is designed for quick setup and operation, allowing factory staff to filter and reuse lubricants efficiently, reducing downtime and dependency on external maintenance.

8. Cost-Effective and Long-Term Savings

Among the many hydraulic filtration systems available, portable models stand out for their cost-effectiveness. Systems such as Harvard portable oil filtration units deliver exceptional performance at a competitive price. They combine compact design, economic operation, and superior filtration quality — making them an ideal investment for any manufacturing or industrial setup.

Conclusion

In conclusion, investing in a portable hydraulic filtration system is one of the smartest decisions for modern factories. These systems not only reduce fluid costs but also enhance machine longevity, safety, and overall operational efficiency. By maintaining cleaner oil and reducing waste, they help industries achieve sustainability and long-term productivity.

FAQs

1. What is a portable hydraulic filtration system, and how does it work?
A portable hydraulic filtration system is a mobile unit designed to clean and filter hydraulic fluids by removing contaminants such as dirt, metal particles, and water. It draws fluid from a reservoir, passes it through fine filters, and returns clean fluid to the system — maintaining peak performance.

2. What are the primary benefits of using portable hydraulic filtration systems?
These systems improve hydraulic fluid cleanliness, extend the lifespan of system components, and reduce maintenance costs. They are convenient for on-site maintenance, easy to transport, and help prevent downtime caused by contaminated fluids.

3. Can a portable filtration system help prevent equipment failure?
Yes. By maintaining clean hydraulic fluids, portable filtration systems minimize wear on pumps, valves, and actuators. This prevents premature equipment failure and enhances system reliability.

4. How does a portable filtration system contribute to cost savings?
Portable filtration systems reduce the need for frequent fluid replacement, prevent costly breakdowns, and minimize maintenance expenses. By ensuring system efficiency, they also improve energy usage and prolong machinery lifespan.