Mud systems
 | This article needs attention from an expert in Geology. (July 2009) |
 | This article needs additional citations for verification. (July 2009) |
Effective solids control can be attributed to the overall performance of all the components of the mud systems. Conditioning the drilling fluid with the goal of dramatically lowering maintenance cost, avoiding excessive chemical treatment and maintaining mud systems volume will decrease the chance of equipment failure, unnecessary high mud costs, hole and drilling problems.
In the early oil industry open earthen pits were used as settling area to separate solids and mud thereby acting as a solids control equipment. Now, with the stringent environmental regulations and high mud costs, the economics of an effective mud systems come into consideration. Different solids control companies introduce zero-discharge systems, closed-loop systems, "quick move" technology , screening technology, disposal options etc.
Contents
Different Sections of surface mud systems
- Removal Section. Separation of undesirable drilled solids and even gas occurs in this section.
- Addition Section. Commercial chemicals are being added and agitated to control and condition the mud.
- Suction and Testing Section. This is the last part of the mud systems wherein evaluation and testing procedures are conducted before re-circulating the fluid to downhole.
Major Components of Mud Systems
- Mud Gas Separator
- Shale shakers
- Sand Trap
- Desander
- Desilter
- Degasser
- Mud cleaner
- Decanting Centrifuge
- Mud agitator
- Tanks/Compartments
- Mud Guns
- Mixing Hopper
- Centrifugal Pumps
- Mud Pumps
- Others
Notes
- ↑ Drilling Fluids Processing Handbook ISBN 0-7506-7775-9
- ↑ Mud Equipment Manual ISBN 0-87201-614-5
Manufacturers
