Solids control system usually contains shaker, Vacuum Degasser, Mud Desander, desilter, Mud Cleaner, Decanter Centrifuge, centrifugal pump, Mud Agitator, Mud Gun, poor boy degasser, Mud Tank, etc.. Drilling mud cleaning systems will suit rig max drilling
depth from 2000m to 9000m, as well as the offshore rig or jack-up
platform drilling. We promise clients optimal solution at best
Main Specification Aipu mud system
|Separation Size||20 micron||7 micron||7 micron||2 micron||2 micron||2 micron|
|Mud Tank Qty||2||3||3||5||6||7|
|Mud Tank Size||Customized|
Aipu Solids Control Features
1.Solids Control System manufacturers by Aipu have a good performance of cold-resistent,
high temperature resistance, anti-explosion, anti-leakage,
anti-corrosion, raining proof, adapt to wicked condition of well
2.There are intermediate pressure mud pipelines and rinsing
pipelines on the top of the tanks.
3.Accurate positioning between tanks, and can connect rapidly.
4.Durable links between the tanks, it is convenient to set up and
dismantle, has a good scalability.
5.Behind the tank, there is a pressure bar type clear sand door. It
is appropriate and neat to open.
6.The drilling mud solids control level is high, the effect is
good, and the measurement of mud is accurate.
7.The tanks are composed of corrugated boards of the V type.
Holistic rigidity is good and the appearance is pleasing.
Drilling Mud Solids Control System can be prepared according to the
The surface is interpreted with sandblasting. The in-tank is
painted with intense anti-corrosion bituminous paint, and outside
of the tank is painted by the oil-proof and acid and alkali
corrosion resistant paint.
Comply with the requirements of remote and installation of the
drilling crew frequently.
Process Of Solids Control System
1. Drilling mud from drill hole will feeding into shale shaker buffer box by pipeline, the shaker can install shaker screen to
separate larger drilling cuttings. Fluids part will drop into sand
trap through mesh screen.
2. Mud from sand trap will over flow into vacuum degasser inlet
part and treated mud will overflow into degasser compartment.
3. Desander feeding pump will pick up mud from degasser compartment
and feed into desander cyclone for 47 – 76 micron separation.
Solids part will drop from desander nozzle and fluids over flow
into desander compartment.
4. Another will pick up mud from desander compartment and feed
desilter cyclone, solids part drop through desilter nozzle and
fluids over flow into desilter compartment.
5. A slurry pump or screw pump then pick up mud from desilter
compartment into decanter centrifuge for 2 – 7 micron separate and
clean mud flow into centrifuge compartment.