Booster Pump Diesel Powered Direct Drive 550HP – 8-Inch HDX 8000
The EDDY Pump 8-Inch Diesel-Powered Booster Pump is a high-performance solution for extending dredging distance and maintaining consistent slurry flow. Driven by a 550 HP diesel engine and a direct-drive configuration, this heavy-duty dredging booster pump efficiently handles high-viscosity, abrasive materials with up to 70 percent solids. Engineered for reliability in tough mining, marine, and industrial environments, it delivers up to 3,600 GPM and supports long-distance dredge pipeline operations with minimal wear and maintenance.
Operational Advantages
- 550 HP diesel engine with direct-drive system for maximum torque and fuel efficiency
- Flow capacity up to 3,600 GPM and discharge head reaching 230 ft for high-head applications
- Capable of handling 40–70 percent solids and materials up to 7 inches in diameter
- Non-clog EDDY Pump rotor design minimizes downtime and maximizes production efficiency
- Built with high-chrome, ductile iron, and stainless-steel components for superior wear resistance
- Dual mechanical seal system with self-contained seal flushing for longer service life
- Designed for integration into slurry booster pump systems and hydraulic dredging booster lines
- Ideal diesel booster pump for long-distance dredge pipeline support and remote operations
- Portable configuration enables fast deployment for marine dredging and sand reclamation projects
- Proven reliability for continuous-duty, high-efficiency pumping in industrial and dredging operations
Gallery
Booster Pump – 8-Inch HDX 8000
Technical Specifications
Pump Performance
- Flow Range: 1400-3600 GPM
- Head Range: Up to 230 ft
- Pump Speed: 1200 RPM
- Solids Handling: Up to 7 inches
- Percent Solids: 40–70%
- Production Rate: 250-300 yd³/hr
Pump Construction
- Rotor: High Chrome 28%, Ductile Iron, Stainless, Duplex Stainless (custom metals available)
- Volute Casing: High Chrome 28%, Ductile Iron, Stainless, Duplex Stainless
- Shaft: Chromoly or Stainless Steel
- Mechanical Seal: Dual Tungsten or Silicon Carbide with flushing system
- Bearing Housing: Ductile Iron or Stainless Steel
Power Specs
- Engine: 550 HP diesel-powered direct drive
- Mounting: Skid- or trailer-mounted, depending on project requirements
Standard Configuration
- 8-Inch HDX 8000 EDDY Pump with 550 HP diesel engine
- Heavy-duty skid or trailer frame for mobility and stability
- Integrated lifting bales for safe handling
- Dual mechanical seal with flushing system
- Over-the-road light and tie-down package (if trailer-mounted)
- Monitoring accessories: optional flow gauge, work lights, and performance meters
EDDY Pump – 8 Inch HD 8000 Heavy Duty Slurry Pump – Pump Curve
PUMP CURVE
A pump curve illustrates how the booster pump responds to varying flow and head demands, allowing operators to confirm that the system will maintain steady performance over long pipeline runs. For the 8 Inch Diesel-powered booster Pump, reviewing the proper curve ensures the unit can sustain high discharge pressure, consistently move dense slurry, and support extended dredging distances with dependable, clog-resistant operation.
Booster Pump
Comparison Table
| Specification | HDX 8000 – 8-Inch | ||||
|---|---|---|---|---|---|
| Engine Power | 150 HP Diesel | 325 HP Diesel | 550 HP Diesel | 550 HP Diesel | 700 HP Diesel |
| Min Flow | 250 GPM | 450 GPM | 1400 GPM | 1600 GPM | 2600 GPM |
| Max Flow | 1200 GPM | 2500 GPM | 3600 GPM | 5000 GPM | 7300 GPM |
| Head Range | Up to 160 ft | Up to 200 ft | Up to 230 ft | Up to 240 ft | Up to 180 ft |
| Discharge Size | 4 in | 6 in | 8 in | 10 in | 12 in |
| Suction Size | 6 in | 8 in | 10 in | 12 in | 14 in |
| Solids Handling | Up to 3 in | Up to 5 in | Up to 7 in | Up to 9 in | Up to 11 in |
| Motor Speed | 1800 RPM | 1800 RPM | 1200 RPM | 1200 RPM | 900 RPM |
| Percent Solids | 40–70% | 40–70% | 40–70% | 40–70% | 40–70% |
| Production Rate | 75–150 yd³/hr | 150–200 yd³/hr | 250–300 yd³/hr | 300–350 yd³/hr | 500–600 yd³/hr |
| Applications | Mining, Chemical, Sand & Agg, Oil & Gas, Paper & Pulp, Fly Ash | Mining, Chemical, Sand & Agg, Oil & Gas, Paper & Pulp, Fly Ash | Mining, Chemical, Sand & Agg, Oil & Gas, Paper & Pulp, Fly Ash | Mining, Chemical, Sand & Agg, Oil & Gas, Paper & Pulp, Fly Ash | Mining, Chemical, Sand & Agg, Oil & Gas, Paper & Pulp, Fly Ash |
| Fluids Pumped | Sludge, Slurry, Drilling Mud, Mine Tailings, Grit, Sand Mixtures | Sludge, Slurry, Drilling Mud, Mine Tailings, Grit, Sand Mixtures | Sludge, Slurry, Drilling Mud, Mine Tailings, Grit, Sand Mixtures | Sludge, Slurry, Drilling Mud, Mine Tailings, Grit, Sand Mixtures | Sludge, Slurry, Drilling Mud, Mine Tailings, Grit, Sand Mixtures |
Performance Across Industries
Dredging and Marine Construction
The HDX 8000 is widely used as a mid-line booster in long-distance dredging operations to maintain consistent discharge pressure and flow. Its rugged design enables uninterrupted pumping of high-solids slurries, reducing downtime and enabling efficient material transport for harbor deepening, land reclamation, and coastal projects.
Mining and Mineral Processing
Built for abrasive and high-density materials, the pump efficiently moves mine tailings, overburden, and slurry concentrates. Its non-clog rotor design minimizes wear from heavy solids and ensures stable performance in gold, iron ore, and coal mining operations where reliability and throughput are essential.
Oil and Gas Operations
Designed to handle drilling muds, tank bottom sediments, and solids-laden fluids, this booster pump provides dependable performance in exploration and production environments. Its corrosion-resistant materials withstand hydrocarbons, saline fluids, and abrasive residues common in oilfield operations.
Sand and Aggregate Handling
Delivers high-volume transport of sand, gravel, and aggregate slurries for material processing plants and reclamation projects. The high-chrome components extend service life even under heavy wear, making it ideal for continuous-duty sand extraction and grading applications.
Power Generation and Fly Ash Removal
Efficiently pumps ash and slurry waste from containment ponds, helping maintain plant efficiency and meet environmental standards. The HDX 8000’s high-solids-handling capability ensures safe, low-maintenance operation in coal- and thermal-power facilities.
Chemical and Process Industries
Suitable for transferring corrosive and high-viscosity fluids, including industrial sludges and chemical byproducts. Available in stainless steel and duplex metal options, it resists chemical attack and delivers reliable performance in demanding process environments.
Paper and Pulp Waste Management
Capable of moving fibrous pulp waste, sludge, and process residues without clogging or degradation. The smooth flow path of the EDDY rotor design prevents fiber buildup, ensuring continuous operation in pulp and paper mill wastewater systems.
Municipal and Industrial Sludge Transfer
Handles thick biosolids, digester sludge, and waste streams in treatment plants and industrial effluent systems. Its ability to pump up to 70% solids makes it a dependable solution for large-scale wastewater and dewatering operations.
Case Study
Problem
A major industrial wastewater treatment facility faced recurring issues in transporting thick biosludge over a 1.5-mile pipeline to its dewatering station. The material’s high solids content and viscosity caused frequent blockages, pressure drops, and uneven flow. Existing electric booster pumps were unable to sustain consistent discharge pressure, and their fixed installations limited operational flexibility. The system required constant maintenance due to rapid wear on impellers and seals, resulting in prolonged downtime and high operational costs.
Solution
To address these challenges, the facility deployed an EDDY Pump 8-Inch Diesel-Powered Direct Drive Booster Pump rated at 550 HP. The portable, skid-mounted diesel configuration eliminated dependency on stationary power lines and allowed strategic placement along the discharge route. EDDY Pump’s patented non-clog rotor design handled abrasive, high-viscosity sludge with ease, while high-chrome construction and a dual mechanical seal system minimized wear and leakage. The integration of flow monitoring ensured stable pressure throughout the line, maintaining uninterrupted operation.
Result
The implementation of the diesel booster pump improved overall process reliability and efficiency. Transfer rates increased by 25 percent, and maintenance intervals doubled due to reduced clogging and mechanical wear. The facility achieved consistent slurry transport over the full distance, cutting downtime and operational costs by 30 percent. The mobile setup also enabled easy repositioning for future expansion, making it a durable, cost-effective solution for long-distance sludge pumping.
Call for sales or support
If you need assistance with pump selection, sales or engineering support, call 619-404-1916.
Talk To About Any Question?
Frequently Asked Questions
What is the power and capacity of the 8-Inch Diesel-Powered Booster Pump?
The 8-Inch Booster Pump is driven by a 550 HP diesel engine and can deliver flow rates up to 3,600 GPM with a discharge head reaching 230 feet. It is ideal for long-distance slurry and dredge pipeline support where consistent flow and high solids handling are required.
What makes the EDDY Pump Booster Pump different from traditional centrifugal booster pumps?
Unlike centrifugal models, the EDDY Pump Booster Pump uses a patented non-clog rotor design that allows it to move high-viscosity and abrasive materials efficiently. This design minimizes wear and eliminates clogging, making it a high-performance booster pump for dredging and slurry transport.
Can the Diesel-Powered Booster Pump handle large solids and heavy slurry?
Yes. The 550 HP diesel booster pump can handle solids up to 7 inches in diameter and slurry mixtures with up to 70 percent solids by weight. This makes it suitable for sand, gravel, sludge, tailings, and other dense materials.
Is the 8-Inch Diesel Dredge Booster Pump portable?
The system is designed as a portable diesel booster pump for dredging, mounted on a skid or barge for easy relocation. Its mobility allows operators to deploy it at optimal positions along the pipeline to maintain flow and pressure.
What materials are used in the construction of the booster pump?
The pump is built using high-chrome, ductile iron, and stainless-steel alloys to resist abrasion and corrosion. These materials extend the life of the diesel engine booster pump, even in harsh dredging and mining environments.
What industries commonly use the 8-Inch 550 HP Booster Pump?
It serves multiple sectors, including dredging, mining, oil and gas, sand and aggregate, power generation, and industrial wastewater management. Its heavy-duty design makes it a dependable slurry booster pump system across diverse applications.
How does the direct-drive design improve performance?
The direct-drive configuration transfers power more efficiently from the diesel engine to the pump shaft, reducing mechanical losses. This setup ensures higher torque output and reliable operation in high-head applications where pressure consistency is critical.
Can the booster pump be used for hydraulic dredging projects?
Yes. The hydraulic dredging booster pump configuration is ideal for extending pipeline reach in large-scale marine and river dredging operations. It maintains discharge flow and prevents sediment buildup in long lines.
What maintenance does the Diesel Booster Pump require?
Routine checks on seals, bearings, and fuel systems are recommended. However, the EDDY Pump’s non-clog rotor and self-flushing dual mechanical seal system reduce maintenance frequency compared to standard slurry pumps, ensuring long-term efficiency.
Is this booster pump suitable for sand and slurry pumping in remote locations?
Absolutely. The 550 HP portable diesel booster pump is engineered for off-grid operations, making it ideal for remote sand mining, marine dredging, and industrial slurry pumping where electric power is unavailable. Its fuel-efficient engine and rugged design ensure consistent performance in field conditions.
HD (Heavy Duty) Slurry Pumps / Dredge Equipment
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