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You are here: Home / Articles / 3 Best Practices for Lubrication Cleanliness

by Robert Kalwarowsky Leave a Comment

3 Best Practices for Lubrication Cleanliness

3 Best Practices for Lubrication Cleanliness

A few weeks ago, I wrote about my thought processes for choosing an oil sampling location.  To continue on the lubrication theme, I wanted to give you a few ideas for contamination control.  Next week, I’ll take on lubricant storage.

What are some best practices for lubrication cleanliness at your plant?

  • Desiccant Breathers – Keeping moisture and particles out of your oil starts with storage and transportation but once you get it into the equipment, you can’t stop.  As you know, equipment breathes with changes in operation/temperature and that air can have particulate or moisture in it.  Installing high-quality breathers instead of open piping will remove the contaminants from the air before they dirty your oil.

 

  • Portable Filtration – Sometimes your oil will get contaminated during the operation of the equipment and the only solution is changing the oil or portable filtration.  You can use portable filtration to remove particles, water and chemical contaminants from your oil with minimal cost.  If you’re not using portable filtration at your plant now, you’re wasting money on changing oil.  These can also be used to transfer large volumes of oil into your equipment while filtering at the same time!  Filter your oil when oil analysis results show high contamination or during regular PMs.

 

  • High Quality Transfer Containers – A lot of plants use open-topped transfer containers, like the picture above.  When using these, you’re topping up your equipment with contaminated oil.  Purchase some high-quality transfer containers that have proper labels, desiccant breathers, and quick-connect fittings so you can top up your equipment while keeping your oil clean and dry.

Reliability Never Sleeps,

Rob

Filed Under: Articles, on Maintenance Reliability, Rob's Reliability Project

About Robert Kalwarowsky

Robert Kalwarowsky joined Fluid Life in the spring of 2014 and currently focuses on machine learning, lubrication & reliability audits and reliability product development. Previously, Rob worked as a Reliability Engineer at Teck Resources and his work focused on condition-based monitoring analytics, failure prediction, risk analysis and spare parts optimization. He also has consulting experience in financial modeling with an emphasis on optimization and cost benefit analysis. Prior to that, Rob graduated from the Massachusetts Institute of Technology (MIT) with a Bachelor of Science degree in Mechanical Engineering with a minor in Management.

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