Vacuum Suction Shale Shaker
Superior Solids Separation & Maximum Fluid Recovery
- Vacuum boosts mud recovery by 20–40%
- OOC down to 5–8% for oil-based mud
- ≥7.5G vibration with anti-clog screens
- Air-driven IECEx & ATEX certified
Revolutionize Your Drilling Efficiency
Traditional shale shakers often lose valuable drilling fluid with the cuttings, especially when drilling with oil-based or high-performance water-based muds. Our Vacuum Suction Shale Shaker (Vacuum Shale Shaker) revolutionizes solids control by applying controlled vacuum pressure beneath the screen. This technology dramatically improves liquid recovery, produces drier cuttings, and reduces overall waste volume.
Designed for demanding drilling operations, it delivers higher efficiency, lower mud costs, and better environmental compliance.
Designed for demanding drilling operations, it delivers higher efficiency, lower mud costs, and better environmental compliance.
Related Documents
Vacuum Suction Shale Shaker Brochure
Advanced Vacuum Technology
Powerful vacuum system applied under the shaker screen for enhanced fluid separation.
High G-Force Linear Motion
Combined with vacuum for superior cuttings conveyance and drying.
Drier Cuttings
Reduces Oil-on-Cuttings (OOC) content significantly — often achieving 5-8% or lower with OBM.
Increased Fluid Recovery
Recovers 20-40% more drilling fluid compared to conventional shakers.
Anti-Plugging Screen Performance
Vacuum helps pull fluid through the screen, reducing blinding and improving capacity.
Robust Construction
Heavy-duty frame, durable vibration motors, and corrosion-resistant materials.
Adjustable Vacuum & Deck Angle
Real-time optimization for varying drilling conditions.
Modular & Easy Integration
Seamlessly works with existing solids control systems, including downstream centrifuges and dryers.
Major Cost Savings
Recover more drilling fluid, reduce mud dilution and replacement costs.
Waste Minimization
Significantly drier cuttings mean lower disposal volumes and reduced transportation expenses.
Environmental Compliance
Lower oil retention on cuttings helps meet strict offshore and onshore discharge regulations.
Improved Drilling Efficiency
Better solids removal maintains optimal mud properties, leading to higher ROP (Rate of Penetration) and reduced NPT.
Extended Equipment Life
Cleaner recycled mud reduces wear on downstream equipment.
Vacuum Suction Shale Shaker Specifications
| Model | FHYBZS583 | FHYBZS584 |
|---|---|---|
| Vibration mode | Linear Motion | |
| Capacity | ≤120m³/h | ≤140m³/h |
| Motor | 2×2.2kW | |
| Screen Qty(pcs) | 3 | 4 |
| Screen Size | 585×1165mm | 585×1165mm |
| Adjustable G Force | ≥7.5G | |
| Vibration Amplitude | 4.5～6.0mm | |
| Deck Angle | -1°～5° | |
| Supply Air Pressure | 0.55MPa-0.69MPa(5.6-7.0kgf/cm²) | |
| Air Capacity Required | 7.9m³/min | |
| Recovery Efficiency | 30%-50% | |
| EX Standard | ExdIIBt4/IECEX/A-TEX | |
| Weight | 1420kg | 1570kg |
| Dimension | 2140×1978×1415mm | 3004×1978×1415mm |
| Remark | No electrical, air operated, adjustable suction time | |
Applications
Oil & Gas drilling (onshore & offshore)
High-performance oil-based and synthetic-based mud systems
Coalbed Methane (CBM) and Geothermal drilling
HDD, Shield Tunneling, and large-diameter piling projects
Integration with Mud Recycling Systems, Vertical Cuttings Dryers, and full waste management setups
Result
Cleaner mud, less waste, lower screen consumption, reduced dilution costs, and improved overall drilling economics.
Vacuum Suction Shale Shaker FAQs
What is a Vacuum Suction Shale Shaker?
It is a high-performance shale shaker that combines linear motion vibration with vacuum-assisted separation beneath the screen, significantly improving drilling fluid recovery and producing drier cuttings.
How does the vacuum system improve solids control efficiency?
The vacuum enhances fluid flow through the screen while vibration separates solids, reducing screen blinding, increasing throughput, and improving overall separation efficiency in challenging drilling conditions.
What performance improvements can be expected?
Operators typically achieve:
20–40% higher drilling fluid recovery
30–50% improvement in separation efficiency
Significantly lower Oil-on-Cuttings (OOC) levels
Reduced waste disposal volume
20–40% higher drilling fluid recovery
30–50% improvement in separation efficiency
Significantly lower Oil-on-Cuttings (OOC) levels
Reduced waste disposal volume
What types of drilling operations is it suitable for?
It is designed for demanding environments, including oil & gas drilling, OBM/SBM systems, geothermal drilling, CBM, HDD, tunneling, and large civil engineering projects.
Is the system compatible with existing solids control equipment?
Yes. It integrates seamlessly with standard solids control systems such as mud tanks, desanders, desilters, centrifuges, and vertical cuttings dryers.
Does it require electrical power or special safety certification?
No electrical power is required for vacuum operation. The system is fully air-driven and complies with IECEx and ATEX explosion-proof standards for hazardous drilling environments.
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Let’s build a sustainable oilfield future together!
Whether developing a new drilling project or enhancing an existing solids control system, Henyo Petro delivers proven equipment, engineering expertise, and integrated solutions that help improve drilling efficiency, maximize fluid recovery, and reduce waste.
