Oil Analysis Training Videos
An effective maintenance program involves having an oil analysis program. Yet, to maximize your results, it is important that proper procedures are followed throughout the oil sampling process. In the following short videos, Shell Technical Advisor Brent Warr will walk you through the critical steps of oil sampling best practices to ensure you are set up for success.
Oil Analysis Introduction: Why Oil Samples Are Taken - Oil analysis is used to monitor for wear and abnormal conditions, to monitor the condition of the oil itself and to check for contaminants. Learn the importance of these benefits and how proper oil analysis can impact your bottom line.
Read the transcript
Read the transcript
Title: Oil Analysis Introduction: Why Oil Samples Are Taken
Duration: 2:21 minutes
Description:
Training video featuring Shell Technical Advisor Brent Warr (KGHM / Nevada & Winnemucca projects) about the benefits of oil analysis.
Oil Analysis Introduction: Why Oil Samples Are Taken Transcript
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Oil Analysis - Introduction to Why Samples are Taken
Interview with Brent Warr
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Brent Warr, Shell Technical Advisor
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Brent Warr standing in a warehouse of Shell oil drums.
[Brent Warr]
Why is it important to have a good oil analysis program?
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Headline: Importance of Oil Sampling
· Validating preventative maintenance schedules
· Monitoring equipment and oil condition
· Improving Oil Cleanliness by controlling contamination
[Brent Warr]
Some of the benefits include: validating preventive maintenance schedules, monitoring equipment and oil condition and for controlling contamination. By validating preventive maintenance intervals, sampling can show if operators are maximizing their oil life or if they are overextending the use of their oil. Oil analysis is used to monitor for wear and abnormal conditions, which can help identify potential failures before they occur, avoiding costly downtime if timely repairs are made. Oil analysis is used to monitor the condition of the oil itself, to ensure the oil remains suitable for use, or if it needs to be changed. Oil analysis is also used to check for contaminants, such as dirt, water, coolant or fuel. It is used to verify if the correct lubricant is being used, or if incorrect lubricants have been mixed.
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Brent walking up to hauler. Placing tubing into dipstick slot. Brent using a vacuum pump. Closeup of vacuum pump. Brent sealing a sample bottle. Brent filling inserting needle probe into sample bottle. Closeup of filling sample bottle. Dirt falling into sample bottle. Brent underneath hauler.
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Good Oil
Analysis Program
[Brent Warr]
A good oil analysis program will help determine the proper corrective actions. However, a good oil analysis program can only be as good as the sampling practices utilized when collecting samples. When taking samples, it is important to avoid any solid, water, or chemical contamination to achieve a representative sample. For example, an improper sample may make oil appear in better condition than it really is, which can give a false indication when there is actually something wrong. Or, it may make the oil appear in worse condition than it is, which can lead to unnecessary repairs and increased maintenance costs. Effective oil samples can help operators tailor maintenance schedules to each piece of equipment. This can result in extended intervals between drains and reduce maintenance expenses without compromising equipment life. It is also important that maintenance personnel properly fill out paperwork when taking oil samples. This will assist the analyst in interpreting the data and making maintenance recommendations. Following effective oil sampling practices is key to having a good oil analysis program. This can extend equipment life, improve equipment uptime and reduce the total cost of ownership.
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Headline: Oil Sampling Can
· Extend Equipment Life
· Improve Equipment Uptime
· Reduce Total Cost of Ownership
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