The operational properties of most machinery highly depend on the hydrocarbon composition of the oil products. For this reason, any unknown impurities change the physicochemical properties of the oil. Contamination can occur during the oil transfer system if proper filtration is not keenly observed.

Importance of filtration during oil transfer

The quality of oil in a fuel tank or lube room can degrade over time due to the following factors. Changes of the temperature outside, particles, poorly sealed storage tanks, and fine dirt, which comes with every new fuel delivery. The elements will help to determine the best solution for you, should you run into a problem of oil contamination. Importantly, the oil should be filtered each time it is transferred from one vessel to another. Additional pollution is always introduced whenever handling the fuel.

Types of oil filters

Mechanical oil filters: the design is of cotton waste or pleated filter paper. This bulk material entraps the foreign particles while allowing the oil to flow progressively. Mechanical filters have two versions, one that operates as a single system and the other where the cleaner can be replaced separately. Depending on what one is using, when the particles build up on the filtration system, one has the choice to replace the entire filter or the filter element.

Centrifugal filters: as the name suggests, this cleaner employs centrifugal force to produce energy in a spinning motion. The energy created makes the oil to slide to the bottom of the housing wall while the contaminants get stuck on the wall due to the fiber material. Therefore, the housing needs periodic cleaning; if not, the particles will accumulate to such thickness as to stop the drum rotating.

Cartridge Filters: this design has a replaceable element used to purify the operating media to acceptable levels. The superior and longer-lasting replaceable- cartridge filters are ones made from entirely synthetic material excepting the metal drain cylinders contained within the traditional cardboard/ cellulose type. However, most people make mistakes when changing the cartridge filters as they require more knowledge and tools. One of the essential tips during installation is not to pull, pry, or stretch the new O-rings.

Magnetic filters: as the name suggests, it uses electromagnetic force to obtain particles from the oil. Its major downside is some contaminants might pass through if particles over-accumulate on the magnet’s surface. Replacement is not necessary, as cleaning is fundamental.

Do not underestimate the benefits of oil filters.

For health and survival of critical engine parts:
Oil filters play a vital role in ensuring that the oil providing lubrication in an engine system is of high quality. If abrasive particles find their way to the engine through the oil, some parts may get excessively worn or may be at risk of failing. The oil filters’ primary function is to sift out any foreign particles present in the circulating oil to maintain the quality to increases the survival and life span of your engine.

To avoid expensive repairs:

Poor quality of the oil is among the main reasons for engine failure and worn out of vital components. For example, a car oil filter or any industrial filter protects your engine from premature wear. If tiny bits of metal chip occur when the engine is running, they may recirculate through the oil. This may cause a break of other bits of metal, thus causing erosion in the engine. Quality filters help to prevent abrasion and save for unplanned repairs that may be costly.

Other benefits of oil filtration are:

· Aids in the removal of particles that could degrade the oil.
· It aids in air cooling and pressure monitoring of the engine.
· It helps to maintain the viscosity of oil longer.
· It maintains the thermal efficiency of the system longer.

Standards used to measure the quality of oil filters.

Particle size retention or filtration efficiency

It is a measure of how well a filter can retain particles of different sizes. Filtration can either be fine or coarse. Coarse filtration main’s purpose is to extend the life cycle of industrial oil, improve equipment operation, and protection. This type can only capture large particles with a size of 25 µm and above. Fine filtration, however, can trap all particles larger than 25 microns.

Dirt-holding capacity

It is the number of contaminants that can be held by a filter until the filter no longer works. It is, therefore, essential to check the minimum requirements specified by the manufacturer.

Factors to consider when choosing oil filters

· Intended use or type of engine; oil filters have slightly different functionality.
· Cross-check with the owner’s manual.
· Replacement filters should provide the same or improved degree of filtration and service life as the original filter.
· The replacement filter should fit the same as the original to avoid unfiltered air from leaking past the filter.
· Physical conditions: the service life of filters depends on how much dust and dirt they are exposed. Driving on rural gravels may require replacement every couple of months.

Conclusion

When planning to purchase oil and gas filtration products do some research. The best products will reduce contamination, increase efficiency during operation, and meets the standard measures of quality filters. Pay attention to cleaning and maintenance routine as it profoundly affects the quality of your oil. Quality filters ensure efficiency.