Custom Design Advantages for Field Operations
- Moves up to 70 percent solids by weight, allowing operators to move dense slurry instead of diluting material with excess water. This increases production per pass and lowers overall pumping and disposal costs.
- Handles solids up to 9 inches in diameter, eliminating the need for pre-screening or manual debris removal. Large rocks, debris, and compacted material pass through without interrupting operations.
- Integrated water jetting ring actively breaks up compacted sediment at the suction point. This keeps material in suspension, improves feed consistency, and prevents bridging in dense or layered deposits.
- Delivers 1,200 to 5,000 GPM with a head up to 200 feet, making it suitable for long discharge runs, elevated placement areas, and high-volume dredging projects that demand sustained output. Actual distance depends on various factors like slurry SG, friction loss, discharge pipe and friction loss.
- Non-clog pump design outperforms centrifugal and vortex pumps in abrasive, high-viscosity applications. It maintains flow in sludge, tailings, ash, and slurry where traditional designs lose efficiency.
- Cable-deployed configuration enables deepwater operation up to 100 feet without building a full dredge platform. This simplifies mobilization and allows access to confined or hard-to-reach work zones.
- Built for continuous heavy-duty operation in mining, dredging, ash handling, and industrial slurry transfer. Components are engineered to withstand abrasion, high solids loading, and extended runtime.
- Adjustable jetting patterns give operators control over agitation intensity and material breakup. This flexibility allows the pump to adapt to varying sediment types, densities, and site conditions in real time.
10-inch Electric Cable Deployed Pump in
real world applications
Technical Specifications
Performance Specifications
- Flow Capacity: 1,200 – 5,000 GPM
- Head Range: Up to 200 ft
- Maximum Speed: 1,800 RPM
- Discharge Size: 10 in
- Suction Size: 12 in
- Solids Handling: Up to 9 in diameter solids
- Percent Solids by Weight: 40% – 70%
- Dredging Depth: Up to 100 ft (30 m)
Physical Specifications
- Overall Weight: 7,500 lbs (3,400 kg)
- Overall Length: 154 inches (3.9 m)
- Overall Height: 48 in (1.2 m)
- Overall Width (discharge removed): 46 in (1.17 m)
- Overall Width (with discharge mounted): 57 in (1.45 m)
- Carrier Weight Range: 60 – 94 tons (54,400 – 85,000 kg)
- Standard Jetting Ring Diameter: 36 in (0.91 m)
- Seal System: 3.5 in (89 mm) double seal with sealed barrier fluid tank (allows dry run)
Required Equipment
- Jetting Ring Agitator
- 10-inch DAE slurry hose
- Generator and VFD to power a 450 Hp motor
Recommended Accessories
- Doppler Wireless Slurry Flow Meter (for stable, plug-free pipeline flow)
- Discharge Line Pressure Gauge (0 – 150 PSI)
- “Quick Prime” Valve (requires 24V air system)
- Pivot-Mounted Discharge Hose Carrier (adaptable to most machines)
- Liner-Safe Roller Attachment and Self-Cleaning Mud Guard compatibility
- Recirculation System for pre-mixing applications (requires 24V air system)
Jetting Ring Specifications
| Jetting Ring Size | Number of Jets | Flow per Jet (GPM) | Total Flow (GPM) | Velocity (ft/sec) | Inlet Flange Size | Inlet Flange Bolts | Part Number |
| Small Ring | 16 | 47.5 | 760 | 108 | 3″ | 4 Bolt, 150# Class | EXF4K 16 16025 |
| Large Ring | 28 | 27 | 760 | 62 | 4″ | 8 Bolt, 150# Class | EXF6K/8K/10K 28 12882 |
EDDY Pump – 10 Inch – Pump Curve
PUMP CURVE
The pump curve for the 10-Inch Electric Cable Deployed Pump illustrates its ability to maintain high flow across demanding head conditions, even in abrasive, high-solids environments. With operating speeds up to 1800 RPM, the curve demonstrates stable performance from 1,200 to 5,000 GPM and head up to 200 feet. Unlike conventional pumps that lose efficiency in dense slurry, this system is engineered to sustain output in sludge, sand, tailings, and sediment. Custom curves can be generated based on material type, solids concentration, and discharge distance for precise project matching.
Technical Drawings & Resources
EDDY Pump 16-Jet Ring Head Specs Sheet – 3″ Inlet
EDDY Pump 28-Jet Ring Head Specs Sheet – 4″ Inlet
Electric Cable-Deployed Dredge Pump Comparison
| Model | Discharge Size | Flow Range (GPM) | Max Head (ft) | Solids Handling (inches) | Production Rate (yd³/hr) | Max Speed (RPM) | Percent Solids by weight | Dredging Depth (ft) | Pump Weight (lbs) | Carrier Weight | Motor HP |
|---|---|---|---|---|---|---|---|---|---|---|---|
| JPE 4000 | 4 inch | 250–1200 | 200 | 3 | 75–150 | 1800 | 40–70% | 100 | 3,300 | 20–45 tons | 100 |
| JPE 6000 | 6 inch | 450–2000 | 200 | 5 | 150–200 | 1800 | 40–70% | 100 | 4,800 | 20–45 tons | 150 |
| JPE 8000 | 8 inch | 800–4000 | 200 | 7 | 250–300 | 1800 | 40–70% | 100 | 6,800 | 60–94 tons | 450 |
| JPE 10000 | 10 inch | 1200–5000 | 200 | 9 | 300–350 | 1800 | 40–70% | 100 | 7,500 | 60–94 tons | 450 |
| JPE 12000 | 12 inch | 1800–7000 | 200 | 11 | 500–600 | 1800 | 40–70% | 100 | 9,500 | 30+ tons | 700 |
Call for sales or support
If you need assistance with pump selection, sales or engineering support, call 619-404-1916.
Industries Served
Mining
In mining operations, this pump moves dense tailings, overburden slurry, and process waste with minimal dilution. Its ability to handle high solids and large debris supports pit dewatering, tailings pond management, and material relocation without clogging or production loss.
Dredging and Marine Construction
For ports, channels, and waterways, the pump delivers high-volume sediment removal in deep or confined areas. Cable deployment allows access without full dredge builds, while the jetting ring breaks compacted material for consistent dredging.
Sand and Aggregate
Quarries and aggregate producers use this system to recover sand, gravel, and fines from pits and settling ponds. High solids capability improves yield per pass and reduces water handling, increasing overall plant efficiency.
Barge Unloading and Material Transfer
In bulk handling operations, the pump rapidly offloads slurry from barges and vessels. High flow rates and non-clog performance keep material moving, even with debris and mixed solids.
Oil and Gas
The pump supports drilling mud recovery, tank cleanouts, and slurry transfer in upstream and downstream operations. Its tolerance for viscous, abrasive fluids reduces downtime and manual intervention in harsh environments.
Coal Ash and Power Generation
Power plants rely on this system to move fly ash, bottom ash, and slurry from ponds and basins. High head capability enables long discharge runs to lined storage areas or dewatering systems.
Wastewater and Environmental Remediation
For treatment plants and remediation sites, the pump handles sludge, grit, and contaminated sediment. Large solids passage and stable performance simplify basin cleanouts and sediment removal projects.
Industrial Slurry Handling
Across steel, cement, and chemical facilities, the pump transfers abrasive byproducts and process waste. Continuous-duty design ensures reliable operation in high-load, high-wear industrial environments.
Industrial Lagoon Cleanout – Case Study
The Problem
A chemical manufacturing facility depended on a lined process lagoon to capture heavy sludge and settled byproducts from daily production. Over time, dense material accumulated along the basin floor, reducing holding capacity and threatening overflow during peak operations. Traditional cleanouts required full shutdowns, vacuum trucks, and manual labor. These methods extended maintenance windows, exposed crews to hazardous material, and disrupted plant throughput for days at a time. As production volumes increased, the lagoon became a growing operational and compliance risk.
The Solution
The facility deployed the EDDY Pump 10-Inch Electric Cable Deployed Pump directly into the lagoon from an existing service platform. The integrated water-jetting ring broke up compacted sludge at the bottom, keeping dense material in suspension at the suction point. The non-clog pump moved high-solids slurry with minimal added water through long discharge runs to the treatment area. Operators adjusted jetting intensity and flow in real time to match changing sludge density and composition, maintaining continuous, controlled removal.
The Result
Lagoon maintenance shifted from disruptive emergency shutdowns to predictable, scheduled operations. Cleanout time was reduced dramatically, worker exposure to hazardous material dropped, and plant uptime improved. The facility restored full lagoon capacity without constructing new infrastructure, reduced labor and mobilization costs, and eliminated the need for repeated vacuum truck deployments. What was once a major operational bottleneck became a routine maintenance task.
Frequently Asked Questions
What types of material can the electric pump handle?
The EDDY Pump 10-Inch Electric Cable Deployed Pump is designed for sludge, slurry, sand, tailings, ash, drilling mud, grit, and mixed industrial byproducts. It is built to move dense material with up to 70 percent solids by weight, allowing operators to transport actual sediment rather than heavily diluted water. Large debris, rocks, and compacted material pass through without interrupting flow.
How large can the solids be?
This pump handles solids up to 9 inches in diameter. That capacity eliminates the need for pre-screening and reduces the risk of blockages when working in debris-heavy environments such as mining ponds, ash basins, ports, and industrial lagoons. Operators can dredge or transfer material without stopping to clear obstructions.
How does the water jetting ring improve performance?
The integrated jetting ring actively breaks up compacted sediment at the suction point. It keeps dense material in suspension, prevents bridging, and ensures consistent feed into the pump. This is especially valuable in layered deposits, hardened sludge, and cohesive clay, where traditional suction alone struggles to work.
What makes this different from a standard submersible or centrifugal pump?
Traditional pumps rely on high water volumes to move material, and their efficiency declines as solids increase. The EDDY Pump design moves slurry directly, maintaining flow in abrasive, viscous, and high-density material. It does not rely on tight clearances or impellers that clog or wear rapidly in harsh conditions.
How deep can this system operate?
The cable-deployed configuration allows operation to depths of up to 100 feet. It can be lowered from shore, a barge, or a platform without building a full dredge system. This makes it ideal for deep ponds, pits, lagoons, and confined sites.
What flow rates and head can be expected?
The pump delivers approximately 1,200 to 5,000 GPM with a head up to 200 feet, depending on configuration and material. This range supports long discharge runs, elevated placement areas, and high-production dredging or transfer projects.
What power is required to operate the pump?
The system is driven by an electric motor, typically powered through a generator and a VFD package sized for the application. This allows precise speed control, soft starts, and stable operation across varying material densities and discharge distances.
Is this pump suitable for continuous operation?
Yes. The pump is engineered for continuous heavy-duty use in abrasive environments. Components are designed to withstand high solids loading, extended runtime, and harsh industrial conditions common in mining, dredging, power generation, and wastewater operations.
Can the pump be customized for specific projects?
The system can be configured with different jetting layouts, power packages, discharge setups, and monitoring equipment. Custom pump curves are generated based on material type, solids concentration, and pipeline layout to ensure the system matches real site conditions.
What industries benefit most from this system?
Mining, dredging, ports, sand and aggregate, power generation, oil and gas, wastewater, and heavy industrial facilities benefit most. Any operation that must move dense slurry, sediment, or abrasive byproducts efficiently and reliably can use this system to reduce downtime and increase production.
HD (Heavy Duty) Slurry Pumps / Dredge Equipment
Related Products
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