Achieving drier cuttings discharge is one of the primary benefits of linear motion shale shaker technology, and Aipu Solids Control has engineered its Hunter series specifically to maximize fluid recovery while minimizing the fluid content of discharged solids. Drier cuttings mean less drilling fluid loss, lower waste disposal costs, and better environmental compliance.
How Linear Motion Produces Drier Cuttings
The straight-line vibration path of linear motion shakers conveys cuttings forward in a throwing motion, lifting solids from the screen surface with each vibration cycle. This throwing action creates a momentary gap between the cutting and the screen, allowing trapped fluid to drain through while the solid particle is airborne. Aipu Hunter shakers operate at 6.0G to 7.5G acceleration, optimizing this throwing motion for maximum dewatering without excessive screen wear. The result is cuttings discharged at the shaker end that contain significantly less residual fluid compared to elliptical or circular motion alternatives.
Adjustable Deck Angle for Optimal Dewatering
Different formations and mud types produce cuttings with different dewatering characteristics. Sticky shales in oil-based mud hold fluid tenaciously, while hard sandstone cuttings in water-based mud drain readily. Aipu linear shakers feature tool-free deck angle adjustment from minus 1 degree to plus 5 degrees, allowing operators to optimize retention time for each drilling condition. Steeper angles accelerate cuttings conveyance for high-volume scenarios, while shallower angles increase retention time for improved dewatering when drier cuttings are the priority. This adjustability, combined with the inherent dewatering efficiency of linear motion, gives Aipu operators precise control over cuttings dryness.
High G-Force for Aggressive Fluid Recovery
The 7.5G maximum acceleration of Aipu Hunter series shakers provides aggressive fluid recovery from even the most challenging cuttings. Heavy, dense cuttings that would retain fluid at lower G-forces release their moisture under the intense vibration of Aipu linear shakers. This high-G capability is particularly valuable when drilling with expensive oil-based or synthetic-based muds, where each barrel of fluid recovered from cuttings represents significant direct cost savings. Field results from Aipu installations consistently show lower mud consumption and reduced waste volumes when compared to lower-performing shaker alternatives.
Partner with Aipu for certified quality. Contact us at info@aipusolidcontrol.com to discuss your requirements and discover the Aipu difference in API Q1 certified solids control equipment.
If you are interested in our solid control equipment and systems, you can contact us through info@aipusolidcontrol.com Contact Us
