跳至主要内容

Linear Motion Shale Shaker Function and Application


Linear motion shale shaker is the first stage solids control equipment in drilling fluid processing system, well known as solids treating equipment in solids control system. Linear motion shale shaker decides the performance of the whole solids control system.
Linear motion shale shaker for solids control system removes drill cuttings from drilling fluid during mud circulation and drilling. Controlling the solids in drilling fluid is important to control drilling cost and protect environment.

Linear motion shale shakers typically consist of wire mesh shaker screens in various mesh sizes that shake or vibrate the drill cuttings which across and off the screens as the drilling fluid or drilling mud flows through shaker screen and back into the drilling mud system. This separates the solid drill cuttings from the fluid so that it can be recirculated back down the wellbore for continuous well drilling. In oilfield industry, linear motion shale shaker are widely used for drilling mud solids control for oil and gas well drilling rigs.

Linear motion shale shaker can be used in O&G drilling, metallurgy, construction, chemical, food, beverage, etc. industry. KOSUN linear motion shale shaker has benefits like lower energy consumption, higher separation efficiency, better filtration performance, easy to install and maintenance, longer usable life, less noise, and wide range applications.

KOSUN linear motion shale shakers have been exported to over 50 countries and regions, with all types of API Standard screens matching with world top three shale shakers like Derrick, MI-Swaco and Brandt.

Linear motion shale shaker is one of the most important products for solids control, as an API Certified China leading manufacturer for drilling fluids shale shaker and other solids control equipment and drilling waste management equipment, KOSUN keeps developing the world’s most advanced technology for making the shale shakers.

Linear motion shale shaker, shale shaker, solids control, solids control system, drilling fluid, drill cuttings, drilling mud, shaker screens.

评论

此博客中的热门博文

Mono Screw Pump Working Principle and Apllication

M ono screw pump , also called  sewage pump  or  progressive cavity pump ,  belongs to the rotor type positive displacement pump .   M ono screw pump  is depend ing  on the screw meshing with liner on the discharge and suction cavity to conveying liquid volume change.   It is a kind of method of pressurized screw pump, a main working parts by bushing has a double helix cavity (stator) and the stator cavity and its meshing singlehead screw screw (rotor).   When the input shaft through the universal joint drive making planets revolving around the center of the stator, rotor stator, rotor, vice is continuous mesh form sealed cavity, the seal chamber volume invariably uniform axial movement, the medium from the suction end of deputy to the stator, rotor pressure side, the suction medium sealed cavity through the stator without stirring and destruction. M ono screw pump  is an ideal pump used to feed drilling fluids to ...

Drilling Waste Disposal-Pit Burial

The use of earthen or lined pits is integral to drilling waste management. During most China  drilling operations, the drilling cuttings separated by the shale shaker are sent to a pit called the reserve pit located near the drill rig. The pit is generally open to the atmosphere, so it also accumulates stormwater and washwater from the rig. The strategic location of small pits near drilling sites can also help minimize spillage of drilling waste. Unless site characteristics are such that no significant threat to water resources can occur, liners are generally required. Where pits must be constructed adjacent to water bodies or on sloping terrain, engineering precautions incorporated into the design will help to ensure pit integrity. Precautions should be taken to prevent disposal of chemicals, refuse, debris, or other materials not intended for pit disposal. At the end of the drilling job, any hydrocarbon products floating on top of the pits are recovered and any free...

Drilling Waste Separation by Solidification and Stabilization

Drilling waste separation  from the mud at the shale shakers may be coated with so much mud that they are unsuitable for the drilling mud recycle or disposal step or are difficult to handle or transport. Constituents of the drilling cuttings or the mud coating them, like oil or metals, may leach from the drilling waste, making them unsuitable for land application or burial requirements. Kinds of materials can be added to drilling cuttings to solidify and stabilize them. Solidification is a technology that encapsulate the drilling waste in a monolithic solid of high structural integrity. The encapsulation may be of fine drilling waste particles or of a large block or container of drilling cuttings. Solidification does not necessarily involve a chemical interaction between the drilling waste separation and the solidifying reagents but may mechanically bind the drilling waste into the monolith. Contaminant migration is restrict...