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Article Check - The Practical Guide to Oil Analysis
When computers or networks go down, a company is out of business. This is a simple fact of life in the current business environment. For most small businesses, being out of business for a day can work havoc on the bottom line. Most small businesses operate on tight budgets and need every sale. Being out of business for several days can mean the difference between business survival and complete disaster.Preventing down time is, therefore, a vital
What Oil Analysis Measures
Oil analysis measures the physical and chemical properties of the oil, contamination and mechanical wear. You can uncover contamination or degradation by trending rates of change in selected lube properties, such as viscosity, acid number, particle
When it comes to electricity, small and medium size enterprises can never assume they are getting a good deal. In fact, it's safe to say that - as the market stands today - businesses should assume the opposite is true, and that they are being taken for a ride by the big six energy providers. One of several smaller providers of business electricity, Electricity4Business has just compiled a free guide to help commercial electricity customers see through t
The goal of a world-class oil analysis program is to increase the reliability and availability of your machinery, while minimizing maintenance costs associated with oil changeouts, labor, repairs and downtime. Accomplishing your goal takes time, training and patience. However, the results are dramatic and the documented savings in cost avoidance are significant.
What are Lubricants
Industrial oils are specifically designed fluids composed of a base oil and a compliment of additives. The base oil performs these functions, including forms a fluid film between moving parts in order to reduce friction and wear; carries away contaminants to the filter; and removes heat generated within the machine. Additives are chemical components added to the base oil to significantly enhance the performance characteristics of the lubricating oil. Typical enhanced properties include oxidation stability, wear protection, and corrosion inhibition.
Why Analyze Used Lubricants
There are three aspects of oil analysis, contaminants, lubricant conditions and machine wear. Ingressed contaminants from the surrounding environment in the form of air, dirt, water and process contamination are the leading cause of machine degradation and failure. Increased contamination alerts you to take action in order to save the oil and avoid unnecessary machine wear.
The assessment of the lubricant condition reveals whether the system fluid is healthy and fit for further service, or is ready for a change. Lastly, an unhealthy machine generates wear particles at an exponential rate. The detection and analysis of these particles assist in making critical maintenance decisions. Machine failure due to worn out components can be avoided. Remember, healthy and clean oil lead to the minimization of machine wear.
How Lube Oils Fail
Typically lubricant oils fail as a result of contamination, oil degradation and additive depletion. Contamination is usually caused by external sources like dirt, water, and process related liquids or materials or internal sources like machine wear and degradation by-products. Lubricant oils also fail because of oil degradation, or oxidation. It is where atmospheric oxygen combines with hydrocarbon molecules. The hotter the oil and the greater exposure to air, the faster oxidation proceeds. The initial by-products of oxidation are sludges and varnishes. However, further oxidation converts these by-products into carboxylic acids. These acids then aggressively attack and corrode many machine component surfaces. In addition, lube oils fail because of additive depletion, which are consumed or chemically changed while performing their function. The performance characteristics of the lubricant are altered and the enhanced properties are wiped out.
What Oil Analysis Measures
Oil analysis measures the physical and chemical properties of the oil, contamination and mechanical wear. You can uncover contamination or degradation by trending rates of change in selected lube properties, such as viscosity, acid number, particle c
A newsletter is a powerful weapon in your marketing arsenal. Do you have a personal newsletter you send to past, present, and future customers at this time? Probably not. Most salespeople do not use newsletters. This is a serious mistake.A simple newsletter is a very powerful tool to keep you in front of your past customers and build trust and credibility with your present and future customers. In one year's time a newsletter can double your b
What are Lubricants
Industrial oils are specifically designed fluids composed of a base oil and a compliment of additives. The base oil performs these functions, including forms a fluid film between moving parts in order to reduce friction and wear; carries away contaminants to the filter; and removes heat generated within the machine. Additives are chemical components added to the base oil to significantly enhance the performance characteristics of the lubricating oil. Typical enhanced properties include oxidation stability, wear protection, and corrosion inhibition.
Why Analyze Used Lubricants
There are three aspects of oil analysis, contaminants, lubricant conditions and machine wear. Ingressed contaminants from the surrounding environment in the form of air, dirt, water and process contamination are the leading cause of machine degradation and failure. Increased contamination alerts you to take action in order to save the oil and avoid unnecessary machine wear.
The assessment of the lubricant condition reveals whether the system fluid is healthy and fit for further service, or is ready for a change. Lastly, an unhealthy machine generates wear particles at an exponential rate. The detection and analysis of these particles assist in making critical maintenance decisions. Machine failure due to worn out components can be avoided. Remember, healthy and clean oil lead to the minimization of machine wear.
How Lube Oils Fail
Typically lubricant oils fail as a result of contamination, oil degradation and additive depletion. Contamination is usually caused by external sources like dirt, water, and process related liquids or materials or internal sources like machine wear and degradation by-products. Lubricant oils also fail because of oil degradation, or oxidation. It is where atmospheric oxygen combines with hydrocarbon molecules. The hotter the oil and the greater exposure to air, the faster oxidation proceeds. The initial by-products of oxidation are sludges and varnishes. However, further oxidation converts these by-products into carboxylic acids. These acids then aggressively attack and corrode many machine component surfaces. In addition, lube oils fail because of additive depletion, which are consumed or chemically changed while performing their function. The performance characteristics of the lubricant are altered and the enhanced properties are wiped out.
What Oil Analysis Measures
Oil analysis measures the physical and chemical properties of the oil, contamination and mechanical wear. You can uncover contamination or degradation by trending rates of change in selected lube properties, such as viscosity, acid number, particle
SimplicityDo not over complicate the CV. It is your one and only chance to impress the reader, so keep it simple and pull out your strongest points to sell yourself. Keep it short, to the point and punchy.AchievementsAchievements are important to highlight and shows the reader the level of your ability. Use active verbs, such as, managed, led, responsible for, achieved as this just highlights all of your skills in an effective way.ants, lubricant conditions and machine wear. Ingressed contaminants from the surrounding environment in the form of air, dirt, water and process contamination are the leading cause of machine degradation and failure. Increased contamination alerts you to take action in order to save the oil and avoid unnecessary machine wear.
The assessment of the lubricant condition reveals whether the system fluid is healthy and fit for further service, or is ready for a change. Lastly, an unhealthy machine generates wear particles at an exponential rate. The detection and analysis of these particles assist in making critical maintenance decisions. Machine failure due to worn out components can be avoided. Remember, healthy and clean oil lead to the minimization of machine wear.
How Lube Oils Fail
Typically lubricant oils fail as a result of contamination, oil degradation and additive depletion. Contamination is usually caused by external sources like dirt, water, and process related liquids or materials or internal sources like machine wear and degradation by-products. Lubricant oils also fail because of oil degradation, or oxidation. It is where atmospheric oxygen combines with hydrocarbon molecules. The hotter the oil and the greater exposure to air, the faster oxidation proceeds. The initial by-products of oxidation are sludges and varnishes. However, further oxidation converts these by-products into carboxylic acids. These acids then aggressively attack and corrode many machine component surfaces. In addition, lube oils fail because of additive depletion, which are consumed or chemically changed while performing their function. The performance characteristics of the lubricant are altered and the enhanced properties are wiped out.
What Oil Analysis Measures
Oil analysis measures the physical and chemical properties of the oil, contamination and mechanical wear. You can uncover contamination or degradation by trending rates of change in selected lube properties, such as viscosity, acid number, particle
The bursting of the dotcom bubble in the year 2001 was a defining moment in the global web industry. People believed that the web had been given far more significance than it merited, not withstanding that initial glitches are a common feature of all technological revolutions. The shakeouts in fact mark the beginning of new and innovative technology ready to replace the old and the redundant.The concept of "Web 2.0" thus began with a conference bra
How Lube Oils Fail
Typically lubricant oils fail as a result of contamination, oil degradation and additive depletion. Contamination is usually caused by external sources like dirt, water, and process related liquids or materials or internal sources like machine wear and degradation by-products. Lubricant oils also fail because of oil degradation, or oxidation. It is where atmospheric oxygen combines with hydrocarbon molecules. The hotter the oil and the greater exposure to air, the faster oxidation proceeds. The initial by-products of oxidation are sludges and varnishes. However, further oxidation converts these by-products into carboxylic acids. These acids then aggressively attack and corrode many machine component surfaces. In addition, lube oils fail because of additive depletion, which are consumed or chemically changed while performing their function. The performance characteristics of the lubricant are altered and the enhanced properties are wiped out.
What Oil Analysis Measures
Oil analysis measures the physical and chemical properties of the oil, contamination and mechanical wear. You can uncover contamination or degradation by trending rates of change in selected lube properties, such as viscosity, acid number, particle
Charities are those organizations that provide a unique or set of unique programs within the community that they serve. Often these services are provided to their clients at no charge or are based on a fee in accordance with their level of income. Examples of some of these services provided by charities include the provision of clothing and food to the homeless, delivery of meals to the senior population, youth building programs, energy assistance, hospic
What Oil Analysis Measures
Oil analysis measures the physical and chemical properties of the oil, contamination and mechanical wear. You can uncover contamination or degradation by trending rates of change in selected lube properties, such as viscosity, acid number, particle counting, fourier transform infrared (FT-IR) and Karl Fischer water. Oil analysis also measures mechanical wear, which uncovers machine related problems using ICP spectroscopy, wear particle concentration, and analytical ferrography.
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