Diesel Fuel Filtration 101

Posted by Jim Harlan on Wed, Apr. 02, 2014

Diesel engines are widely used today. You can find them inside buses and tractor trailers traveling our roads, humming along in construction equipment and drill rigs, submerged in marine environments and helping save lives in hospital generators, amongst many other applications. Diesel engines are popular for good reason. Not only do they have cleaner exhaust emissions, they are also known for more reliable starts in extreme temperatures.

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Topics: water, Water Contamination, diesel, filtration, case study, contaminination

What is a Desiccant Breather?

Posted by Jim Harlan on Mon, Oct. 28, 2013

Do you have desiccant breathers on your hydraulic and lube oil systems? (Here's where we pause with baited breath for you to answer.)

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Topics: water, Water Contamination, breathers, contaminination, desiccant

Real Solutions to Bringing Phosphate Ester Under Control

Posted by Scott Howard on Mon, Oct. 14, 2013

If controlling phosphate ester seems about as elusive as lassoing a bucking bronco, then you've come to the right place. Put on your cowboy hat and let's talk about real solutions to getting it under control.

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Topics: water, Water Contamination, Phosphate Ester, EHC, contaminination, acid

What is a Vacuum Dehydrator?

Posted by Scott Howard on Mon, Sep. 30, 2013

If the hydraulic, lubricating, compressor or gear oil you use is not made of a water base in formulation , then water is considered a contaminant and must be recognized and managed. 

There are three types of water in a typical system: free water , emulsified water and dissolved water. The water saturation point of most oil, that point above which water is in a free form, is 200-400ppm, depending on age and condition. 

Using 100ppm for an upper water limit for most systems using mineral base oils, this means all free and emulsified water and a significant portion of dissolved water must be removed.

A vacuum dehydrator is one of the very few methods to remove dissolved water from oil. Let's take a look at these three types of water in your system. It will give you a solid foundation for how the vacuum dehydrator works in the end.

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Topics: water, Water Contamination, vacuum dehydrator, contaminination, VUD

The Ins and Outs of Water Contamination

Posted by Jim Harlan on Mon, Aug. 19, 2013

Moisture contamination is inherent in the world we live in. In fact, it's all around us; that's what makes it so difficult when it comes to keeping water out of your oil.

The level of water vapor in the air is known as humidity. For example, If there is 80% humidity, the air contains 80% of the total amount of water vapor it can hold at the given temperature. Thus, there's always an amount of water in the air.

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Topics: water, Water Contamination, vacuum dehydrator, coalesce technology, headspace dryer, contaminination, VUD

Varnish in Turbine Oil Systems

Posted by Aaron Hoeg on Sun, Nov. 18, 2012

Despite thousands of dollars and hours spent trying to mitigate the effects of varnish in turbine oil, many still suffer from this ongoing yet solvable issue. When combustion and steam turbines fall victim to unit trip or fail-to-start conditions, varnish is the usual suspect.

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Topics: water, Water Contamination, varnish, SVR, contaminination, turbine oil

Hydraulic Oil Water Removal

Posted by Aaron Hoeg on Wed, Nov. 14, 2012

Water, it's a compound that is required for practically everything on the earth. But within a lubrication or hydraulic system, it's one of the most damaging contaminants possible. Unfortunately, it's also one of the most common contaminants you'll find in your system. 

When your lubrication or hydraulic system is continuously or even periodically exposed to high water levels, it can result in a mountain of damage. You can find evidence of water contaminant destruction if you look close enough. This damage appears as :  

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Topics: water, Water Contamination, SVR, hydraulic oil, contaminination

Oil Vacuum Dehydrators: Managing Water in Rolling Mill Lubricating Oil

Posted by Aaron Hoeg on Fri, Aug. 31, 2012

In our last post, Improving Rolling Mill Oil with Vacuum Dehydration, we discussed how the demulsibility (ability of the oil to separate from water) of oil is an important characteristic that greatly influences the effectiveness of the lubricant and how a loss of demulsibility can result in poorly lubricated bearings, unplanned downtime and premature fluid replacement. 

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Topics: hydraulic fluid, contamination, water, Water Contamination, rolling mill lubricating oil, vacuum dehydrator, VUD

   

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