High-G drying shaker (Hi-G dryer shale shaker) with adjustable G-force up to 8.0G, linear motion, capacity up to 150 m³/h (660 GPM). For drilling cuttings drying and waste management.
CAMTOP Hi-G Drying Shaker | 8.0G Linear Motion | 150 m³/h
£0.00
Description
Product Overview
The CAMTOP Hi-G Drying Shaker (also called Hi-G Dryer Shale Shaker) is a high-performance linear-motion vibrating screen engineered for the first-stage drying of drilling cuttings in oilfield waste management systems. Designed to operate downstream of the primary solids control train (shale shaker, D-sander, D-silter), the unit achieves an adjustable G-force up to 8.0G and a processing capacity of up to 150 m³/h (660 GPM), delivering noticeably drier cuttings and reducing downstream volume and disposal cost.
CAMTOP Hi-G Drying Shakers are manufactured to API 7K, API 6A, API 8C and ISO 9001 standards, fitted with Italian OLI or American Martin vibrating motors (IECEx / ATEX option available), and driven by explosion-proof ABB / Siemens / Schneider electrical components. The machine pairs seamlessly with vertical cutting dryers and centrifuges to form a complete closed-loop drilling fluids and waste treatment system.
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Key Features
- Up to 8.0G Operation Mode: Adjustable vibration G-force up to 8.0G — the highest in the drying-shaker class — produces significantly drier cuttings and lowers downstream volume.
- Linear Vibration Motion: Linear motion deck provides stable, repeatable separation performance and consistent fluid distribution across the full screen area.
- High-Capacity 150 m³/h: Processes up to 150 m³/h (660 GPM) of drilling cuttings per unit — among the highest capacities in the industry for waste-management shakers.
- Adjustable G-Force & Deck Angle: Vibration G-force and screen deck angle (-1° to +5°) are independently adjustable to match cuttings characteristics and target dryness.
- Pretension Composite Screens: Durable pretension composite screens (585×1165 mm panels, 4 decks) provide longer screen life and larger effective screening area.
- Italy OLI / American Martin Vibrating Motors: Industry-leading motor brands with IECEx and ATEX certifications available for hazardous-zone operation.
- Wedged Quick-Release Screens: Wedged-type shaker screen locking mechanism enables fast screen change-out without tools — minimizes downtime between well sections.
- ABB / Siemens / Schneider Controls: Explosion-proof electrical control system with premium European components for reliable long-term field operation.
- Heavy Anticorrosive Coating: Surface painting and coating with heavy-duty anti-corrosion brand paint, suitable for marine, desert, and tropical climates.
- Hopper Feeder Design: Integrated hopper feeder accepts cuttings directly from upstream primary shakers or vertical cutting dryer discharge.
Basic Technical Specifications
| Parameter | Value |
|---|---|
| Vibratory Motion Type | Linear Motion, Adjustable G-Force |
| Maximum G-Force | ≤ 8.0G (adjustable) |
| Processing Capacity | Up to 150 m³/h (660 GPM) |
| Screen Deck Angle | -1° to +5° (electrical or manual adjustment) |
| Vibration Amplitude | 4.4 – 6.34 mm |
| Screen Panel Size | 585 × 1165 mm |
| Total Screen Area | 2.73 m² per deck × 4 panels |
| Screen Frame Type | Composite frame or metal frame (optional) |
| Vibrating Motor Power | 1.94 kW × 2 pcs |
| Motor Brand | Italy OLI / American Martin (IECEx / ATEX option) |
| Motor Certification | ExdIIBt4 / IECEx / ATEX |
| Feeder Type | Hopper Feeder |
| Electrical Components | ABB / Siemens / Schneider (explosion-proof) |
| Power Supply | 380V @ 50Hz / 460V @ 60Hz / customized |
| Design Standards | API 7K, API 6A, API 8C, ISO 9001 |
| Surface Treatment | Heavy anticorrosive brand paint |
CAMTOP Hi-G Drying Shaker — Position in Solids Control Train
The Hi-G Drying Shaker occupies the first stage of the drilling waste management processing system. Cuttings discharged from the primary solids control equipment (shale shaker, D-sander, D-silter) carry entrained drilling fluid; the Hi-G Dryer removes this fluid, recovers expensive mud chemicals, and reduces the volume sent to the downstream vertical cutting dryer. The combined effect is a dramatic reduction in waste disposal cost and environmental footprint.
| Stage | Equipment | Function | CAMTOP Model |
|---|---|---|---|
| 1st — Primary | Shale Shaker | Remove coarse cuttings (≥ API 100) | CT-SS series |
| 2nd — Secondary | D-sander / D-silter | Remove sand and silt fractions | CT-MC series |
| 3rd — Drying (this product) | Hi-G Drying Shaker | Recover fluid from cuttings prior to vertical dryer | CT-HGDS-001 |
| 4th — Vertical | Vertical Cutting Dryer | Reduce cuttings to < 5% moisture | CT-VCD series |
| 5th — Centrifuge | Decanter Centrifuge | Recover barite & ultra-fine solids | CT-DC series |
How the High-G Drying Shaker Works
The CAMTOP Hi-G Drying Shaker uses two synchronized vibrating motors (typically Italian OLI or American Martin) to generate a linear high-frequency vibration. Vibration amplitude is independently adjustable between 4.4 mm and 6.34 mm, and G-force is adjustable up to 8.0G to match cuttings characteristics.
Wet cuttings enter the deck through a hopper feeder and are spread across the pretension composite screens. The combined effect of high G-force, controlled deck angle (-1° to +5°), and open screen area (2.73 m² per deck × 4 panels) causes free fluid to drain through the screens while the dewatered cuttings travel along the deck to discharge. Recovered fluid returns to the active mud system, where it can be reused — reducing both fresh fluid demand and waste volume.
Applications
- Onshore Drilling Rigs: First-stage cuttings drying for waste management systems on land rigs and pad drilling operations.
- Offshore Drilling Platforms: ATEX/IECEx-rated motors and explosion-proof controls suit hazardous-zone marine applications.
- Slops & Wash Ponds Treatment: Recovery of liquid hydrocarbons and water from oil-based mud (OBM) and synthetic-based mud (SBM) cuttings.
- Oil-Based Mud Recovery: Maximizes recovery of expensive OBM fluids prior to thermal desorption or landfill disposal.
- Water-Based Mud Recovery: Reduces water consumption and maintains fluid rheology by returning clean fluid to active circulation.
- Cuttings Re-Injection (CRI) Prep: Pre-conditioning of cuttings to meet particle-size and dryness requirements prior to downhole re-injection.
- HDD / Trenchless Operations: Compact drying solution for horizontal directional drilling mud recovery systems.
- Geothermal & Mining Drilling: Solids control in geothermal well drilling and mineral exploration drilling operations.
Why Choose CAMTOP
- API-Certified Manufacturing: Built to API 7K, API 6A, API 8C and ISO 9001 — fully documented quality control and traceability on every unit.
- Premium Motor Brands: Italian OLI and American Martin vibrating motors — field-proven reliability in the most demanding drilling environments worldwide.
- Adjustable G-Force Technology: Variable G-force up to 8.0G lets operators tune the unit to cuttings characteristics — a critical advantage when working across multiple well sections.
- Fast Screen Replacement: Wedged quick-release screens minimize change-out time — typically under 5 minutes per deck.
- Explosion-Proof Electrical: ABB / Siemens / Schneider components in ExdIIBt4 enclosures — safe operation in hazardous zones.
- Global Field Support: CAMTOP field engineers provide installation commissioning, operator training, and 24/7 technical support worldwide.
Ordering Information
| Product Name | CAMTOP Hi-G Drying Shaker |
| SKU | CT-HGDS-001 |
| Category | Solid Control Equipment → Shale Shaker → Hi-G Drying Shaker |
| Standards | API 7K / API 6A / API 8C / ISO 9001 |
| Lead Time | 7 – 10 days (fast delivery, plenty in stock) |
| Packaging | Carton / Plywood Case (export standard) |
| Payment Terms | T/T, Western Union |
Contact CAMTOP for Orders & Technical Support
Email: sales@cposl.com
Phone: +86-18621723891
Address: Shanghai, China
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