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| ![]() Used Lubricant Oil Cleaning/ Hudraulic Oil Recondition/ gear oil purifyingIs there a preferred method for removing water from oil in a lube or hydraulic circulating system? How much water can be removed by these methods?"
By: waste oil management plant The effects of water on the oil are often overlooked. Excessive water contamination can result in premature oil oxidation and promote the buildup of sludge and varnish. In ester-based fluids, it can result in the hydrolytic destruction of the base fluid resulting in the formation of corrosive acids. In some circumstances, water can also strip additives from the oil through water washing or hydrolysis resulting in premature oil degradation. For these reasons, the best strategy when it comes to water is to monitor and control the root cause of the water ingression. This can be achieved by ensuring that all seal and breathers are in good shape (consider using desiccant style breathers), lube tank hatches are closed and sealed properly and that top-up oil is stored and handled properly. Water can exist in three phases in an oil, free, emulsified and dissolved. Free and emulsified water cause the most damage so a good rule of thumb is to keep moisture levels below the saturation point so that all the water is in the dissolved state. For typical mineral-based industrial oils, this is typically 200-300 ppm. The most effective way of achieving this is to use a vacuum dehydration unit. These systems are capable of removing free and emulsified water as well as up to 70-80% of the dissolved water. For a typical hydraulic fluid, this can mean water levels as low as 30-50 ppm (0.003-0.005%) please contact us freely for more info,we'll reply you no more than one day Skype: Joanna15023 Email:oilpurifier.joanna@ MSN: Joanna1987@hotmail.com yahoo:oilfiltration7@ tel:0086-23- Mob:+86 13983126457 WEB:http://best- web: www.zhongnengcq.com End
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