Position in the Oil Drilling Flowchart
Full Working Flow of Shale Shaker in Oil Drilling
Cuttings-laden mud flows back
Drilling fluid carrying drill cuttings returns from the wellbore to the surface and enters the shale shaker.
Primary solids removal
High‑G vibration separates large drill cuttings from mud. Clean mud passes through the screen into the mud tank, while dry cuttings are discharged.
Mud enters further purification
Pre‑treated mud flows to desanders, desilters, mud cleaners, or decanter centrifuges for finer separation.
Clean mud is pumped back downhole
Purified mud is reused to cool the drill bit, lubricate the tool, and carry new cuttings upward.
Continuous circulation
The cycle repeats nonstop throughout drilling.
Core Functions of Shale Shaker in Oil Drilling
- Primary solid-liquid separation: Removes 80%–95% of coarse solids.
- Protect downstream equipment: Reduces abrasion to pumps, centrifuges, and pipelines.
- Stabilize drilling fluid: Maintains ideal density, viscosity, and gel strength.
- Reduce drilling cost: Recycles mud and lowers waste disposal expenses.
- Ensure safe drilling: Prevents stuck pipe, lost circulation, and wellbore collapse.
- Support environmental compliance: Produces drier cuttings for easier treatment.
AIPU Shale Shakers for Oil Drilling Process
AIPU HUNTER‑MG Linear Motion Shale Shaker
- Linear vibration for high screening efficiency
- Screen area: 2.7–5.4 m²
- Adjustable angle: -1° ~ +5°
- Suitable for onshore and offshore oil drilling
AIPU HUNTER‑MGD Dual‑Motion Shale Shaker
- Switchable linear / balanced elliptical vibration
- Excellent anti‑plugging performance
- Capacity up to 140 m³/h
- Ideal for heavy mud, oil‑based mud, and deep‑well drilling
Custom Options
- Dual / triple tandem units
- ATEX, IECEX certifications
- Custom voltage: 380V/50Hz, 460V/60Hz
- Wear‑resistant and corrosion‑resistant coatings
Conclusion
If you are interested in our solid control equipment and systems, you can contact us through info@aipusolidcontrol.com Contact Us
