The purpose and the function of decanter centrifuge is to separate liquid our from solid and/or oil. Some slurry which might contain materials that might cause the corrosion via contact with metal. In the long-run of time, it will affect the work ability by decrease the performance that lead less operation time. When corrosion starts to appear it and deal with timely matter, it can solve the problem without cause much of operation delay.
By collective feedback on the operation field, corrosion can be spot-alike and evenly -formed. The spot-alike or random pattern-like corrosion only happened on random area. The evenly-formed corrosion is more serious issue that might leave the decanter centrifuge out of commission pre-maturely. Random and spot-alike corrosion often happened due to the defects on the surface of metal. The more serious and destructive elements that contain in the slurry flow into the decanter centrifuge and without after-work clean-up, it will slowly created the hole on the metal. If the decanter centrifuge is not for conservation, the corrosion action will become more and more serious.
Corrosive wear is a relatively common -happened corrosion. This kind of corrosion is not serious spot-alike corrosion, but in the centrifuge maintenance work, it needs to pay attention to. This wear corrosion is due to friction parts in the work. When maintenance, the bearing can give parts contact daub lubricating oil, help to reduce friction, regularly will more serious wear parts are replaced, which can effectively prevent the corrosion wear.
GN Solids America LLC has a large warehouse get to 30, 000 sq. feet. GN Solids America helps to keep many decanter centrifuges are available in Houston. GN Solids America is providing rental services for these centrifuges and the some other solids control and going waste management systems. Different kinds are optional from varying speed to fix speed.
GN Solids America LLC’s suggestion on corrosion happen to decanter centrifuge is a post from: Drilling Mud Decanter Centrifuge
