It features in two advantages:
1.It reduces total cuttings discharge amount, discharge cost and environmental pollution;
2.The recovered drilling fluid can be recycled, which reduces the cost of drilling fluid.
KOSUN LS584-D Hi-G Drying Shaker is a high frequency linear-motion vibrating screen machine, equipped with four screen panels and two vibrating motors, and offering a choice of manually adjusting screen frame angle while drilling (AWD). When LS584-D Hi-G Drying Shaker works, the screen frame angle can be adjusted from -1° to +5° by dint of its structural design innovation.
LS584-D Hi-G Drying Shaker can separate drilling fluid from cuttings efficiently. Fix vibrating motors onto the screen frame with a high-strength supporting seat, and position them on the screen box, and the positioning in this way can make vibrating motors directly exert G-forces on screens. The isolation mounts can protect the bedframe from vibration effect of the screen frame. Cuttings are fed into a hopper at the tail of screen box of LS584-D dryer by a conveying device.
Field-proven tensioning system is of stable performance and reliable structure. It takes less than two minutes for a person to install or remove one screen using special tools. (Editor:Kosun Lily.Wang)
Hi-g drying shaker is used to recover the slurry from the cuttings to reduce the liquid / oil content in the cuttings to as low as about 10% (w / w) and recover some of the drilling mud so that the drilling costs can be reduced, The amount of drilling waste water can be reduced to reduce environmental pollution.Hi-G dryer shaker for WBM and OBM.
Hi-g drying shaker is segments of penetrating gear utilized as a part of numerous ventures, for example, coal cleaning, mining, oil and gas boring.
They are the principal period of a solids control framework on a penetrating apparatus, and are utilized to expel extensive solids (cuttings) from the boring liquid.
Boring liquids are basic to the boring procedure and, among different capacities, serve to grease up and cool the boring tool and also pass on the bored cuttings far from the drag opening. These liquids are a blend of different chemicals in a water or oil based arrangement and can be extremely costly to make.
Hi-g drying shaker are considered, by the greater part of the penetrating business, to be the most critical gadget in the strong control framework as the execution of the progressive gear specifically identifies with the cleanliness of the treated boring liquid.
Mudloggers for the most part go out and check the shakers for shake tests that have circled from base. They isolate the stone from the penetrating liquid and take it into an on location lab where they dry out the examples and name them as per profundity.
They then take a gander at the examples and break down what sort of shake they have at a specific profundity. This aides figures out what profundity that sort of shake was experienced.
Hi-g drying shaker is the essential solids division device on an apparatus. In the wake of coming back to the surface of the well the utilized penetrating liquid streams specifically to the shale shakers where it starts to be handled.
Once prepared by the shale shakers the penetrating liquid is saved into the mud tanks where other strong control hardware start to expel the better solids from it. The solids expelled by the shale shaker are released out of the release port into a different holding tank where they anticipate advance treatment or transfer.
Hi-g drying shaker is form the first stage barrier through which the drilling fluid or the mud passes. It is basically shale meaning clay, mud or silt, that has some specific structure which has been untouched since its deposition in ground; which is here separated.
The waste is processed first in the Hi-g drying shaker before transferring it to the other equipment. It is used to separate solids with diameter above 75µm.
Different components of shale shaker are hopper, feeder, screen basket, vibrator and basket angling mechanism and vibrator. They are believed to be most vital in solid control system as their performance direct has impact on the successive equipment and also relates to the quality of processed fluids.
Desander is a devices along with desilter form pair of hydrocyclones that differentiate sand and silt from the drilling fluid in borehole or downhole. Desander is added below the mud taker following by shale shaker and degasser. A desander is typically positioned next-to-last in the arrangement of solids control equipment, with a desander centrifuge as the subsequent processing unit.
A drilling mud is added in its direction with an angle which is roughly at 90 degrees to it. As the drilling mud is moved downwards in this cone shaped equipment solid particles are segregated from liquids ones by centrifugal force acting on these.
This separated solid particles are allowed to continue move downward until is discarded from the hydrocyclones. Desander are set to eliminate abrasive solids found in the drilling mud, which surpass the processing of shale shakers . Desanders usually separate soild with diameter 45~74μm, and 15~44μm.
Different size of desanders and desilter are available which function similarly. They determine the size of particles the device removes from the mud system. Alike shale shaker desanders have no moving parts.