Auger Dredge – Remote Operated

Autonomous Floating Auger Dredge. Powered by your choice of 4 thru 12-Inch EDDY Pumps

submersible-unmanned-dredge-rov-cutterhead-view

Liner-Safe Dredging Solutions

Versatile Auger Suction Dredges for Various Applications

Auger Suction Dredges are used in many dredging applications where there is a liner such as poly, clay, concrete, and other type of plastic liners.  The Auger Suction Dredge can be equipped with wheels to provide liner-safe dredging while still being able to break up consolidated material.

Auger dredges are also used where there is consolidated material at depths about 30 feet. The Auger Suction Dredge is positioned on the surface with cable and pully positioning, verses spuds that may have issues because of depth restrictions. The Auger Suction Dredge can be pulled by cables front and back and cuts the width of the auger.  This Auger Dredge cut at a depth from 1-ft up to 30-ft depending on the dredging project.

autonomous-suction-auger-remote-operated
autonomous-auger-remote-operated

Customizable Dredging Solutions

Innovative Auger Suction Dredge Powered by EDDY Pump

All EDDY dredges use our industrial EDDY Pumps. This Auger Dredge system is powered by your choice of a 4, 6, 8, 10 or 12-Inch EDDY Pump, to match your project production requirements.

EDDY Pump has been bringing new innovative solutions to the dredging industry since 1984. Building on their popular autonomous submersible dredge technology, EDDY Pump engineers have developed yet another groundbreaking product, the Auger Suction Dredge.

Call for sales or support

If you need assistance with pump selection, sales or engineering support, call 619-404-1916.

Dredge Project Consulting

  • Easier to install and maintain, the horizontal slurry pump, a type of dredge pump, allows for quick access to pump components, making repair jobs straightforward. During repair jobs, pumps are completely disassembled for thorough inspection. All components are carefully inspected, and any parts not meeting standards are replaced. After reassembly, the pump is tested to ensure reliable performance. These steps help extend the service life of the hydraulic pump and maintain equipment reliability. EDDY Pump can also provide dredging project managers to oversee sediment projects and remediation projects, ensuring that all aspects of the dredging project are managed efficiently and in compliance with environmental regulations.
  • Requires more room, due to its larger footprint compared to vertical
  • Implementing best management practices and evaluating management alternatives are essential for effective material management in any dredging project.

Vertical Slurry Pump

  • Less smaller footprint, allowing the dredge pump to be implemented in hard to reach jobs

  • More versatile, can be cable hung straight down and inserted directly into medium to pump target material. The vertical slurry pump can also be used in mechanical dredging operations where minimal water addition is required.

  • The vertical slurry pump is typically situated within the excavator or dredging system so that it is optimally positioned for efficient material handling and performance.

  • More difficult to repair and tougher maintenance

EDDY Pump Features and Benefits

Unmanned Auger Suction Dredge

EDDY Pump Advantages

  • Remote Operated, Semi-Autonomous Dredge
  • Non-Clog Pump for High Viscosity, High Specific Gravity, High Abrasives, Low pH Pumping Design
  • 40-70% Solids Pumping by Volume
  • Ability to pump objects of up to 12-inches in diameter
  • 100% American Built
  • State-of-the-Art Research and Development Facilities on site
  • Easily process rags, string, rocks and foreign objects

Auger Pump Features

  • Non-Clogging Design
  • High Solids Handling
  • High Viscosity and Specific Gravity Handling
  • High Abrasives Handling
  • No Critical Tolerances
  • Low Maintenance
  • Minimal Downtime
  • Low Ownership Costs

Pump Features

  • Premium Seal Support System
  • Non-Clogging Design
  • High Solids Handling
  • High Viscosity and Specific Gravity
  • Handling
  • High Abrasives Handling
  • No Critical Tolerances
  • Low Maintenance
  • Minimal Downtime
  • Low Ownership Costs

EDDY PUMP VIDEOS

Watch our videos showcasing Eddy Pump's real-world performance and impressive results across various applications.

Why EDDY Solids Handling Pumps are Better
High End Seal Support System – Explained.
EDDY Pump

Dredge Manufacturer EDDY Pump

Benefits and Technology Overview

Pass solids from 1-12 inches (rocks, rags, debris). The EDDY Pump’s open rotor design with high tolerances allow anything that will go into the intake to be passed through the discharge without issues.

Tolerance between the rotor and the volute in the 4″ EDDY Pump easily allows the passage of a man’s arm (*see picture below). Compared with the tolerance in a centrifugal pump, the EDDY Pump easily wins. Pump Range spans 1-inch through 12-inch EDDY Pump line, the tolerance ranges from 1-12 inches.

This translates to a significant amount of solids and debris pass through, without clogging the pump.  To learn more about the technology behind our pumps continue reading Here.

 

Permitting and Regulations

Dredging projects are subject to various established regulations and permitting requirements. Our team is well-versed in the regulatory framework governing dredging operations and can assist project owners in obtaining the necessary permits and approvals. We ensure that our clients comply with all relevant laws and regulations, minimizing the risk of problems, delays, fines, or legal repercussions. By staying informed about the latest regulatory changes, we help our clients navigate the permitting process smoothly and efficiently.

Auger Dredge Floating Barge - Top View
Superior Slurry Handling

At the heart of the Auger 10K is the 10-inch EDDY Pump. This pump can move slurry up to 4000 GPM and over 400 ft of head. All EDDY Pumps are uniquely engineered to outperform their competitors, particularly in situations with slurry or high solids material. 

To learn more about the technology behind our pumps continue reading more HERE.

autonomous-auger-remote-operated

Optimized Pumping Performance

We are one of the few companies who manufactures both our pumps and dredging equipment to ensure optimal support.

The core of this design is the patented EDDY Pump technology. The design redefines the pumping industry by being the only pump that utilizes the principles of a tornado to create a synchronized eddy current. This pump is not a centrifugal, positive displacement or vortex pump, but instead the most highly efficient high solids and high specific gravity pump on the market. This translates to the ability to pump higher percent solids of material and capture the heavy specific gravity gold.

autonomous-auger-remote-operated

Unlike alternative pumps, the EDDY Pump is optimized for:

– High Production
– High Concentration Solids
– High Viscosity and Specific Gravity Fluids
– High Abrasive and Corrosive Materials
– Low Ownership Cost (See PDF)

Primary Auger Dredge Applications

Mine Tailings Ponds often have a poly-liner to prevent contaminated material from seeping into the groundwater. Over time, these tailings ponds fill up from repeated deposits and need to be dredged. However, the dredging process must not penetrate the protective liner. The Eddy Pump Auger Suction Dredge is ideal for this application because it is able to pump higher concentrations of solids with less water without liner damage. This means there is less money spent on treating the water and having to pump more water into the tailings ponds in order to make the material pumpable for conventional dredges and centrifugal pumps. The Eddy Pump also does not have close-tolerances like centrifugal pumps so the highly corrosive low pH tailings do not eat at the impellers and have to constantly be replaced. The Eddy Pump saves millions of dollars on downtime and spare parts over the life cycle of the pump. The Eddy Pump Liner-Safe Auger Suction Dredge is also remote-operated and partially autonomous. This means that mines do not have to put people out on the Auger Suction Dredge which can be hazardous. The remote-operation aspect of the auger dredge allows for minimally manned dredging operations, saving additional expenses for the client.
Paper/Pulp Basins and Ponds: In the paper & pulp industry, caustic and corrosive slurries are often needed to be moved from location to location, eventually reaching a lined containment pond. Due to the corrosive nature of this material, traditional pumps tend to be quickly eaten away which leads to failed parts and costly downtime. Plus, the containment ponds need to be lined with concrete, polyurethane, or clay to prevent the caustic slurry from escaping into the surroundings.
Irrigation Canals and Basins: Concrete line canals and basins are frequently used in agriculture and irrigation water transport. Over time, these canals can fill with dirt, muck, sludge, or other types of grime that needs to be dredged away to maintain the integrity of the canals. The Eddy Pump mounted on the boom of an excavator is the perfect solution as it is made for dredging viscous material with high solids content along with minimal water.
Municipal Sewage processing facilities collect large amounts of sewage and sludge that accumulate in liner pits, which then need to be pumped. These pits are often lined with poly, concrete or clay protective liners to prevent the waste from contaminating the environment. The Eddy Pump creates a turbulent flow that helps keep the heavy materials in suspension and moving down the pipeline. All of this is achieved with less downtime than any other pump and dredge. With an Eddy Pump Auger Suction Dredge, viscous and corrosive sludge can be pumped at concentrations of up to 60% solids by volume. No other pump can come close to this concentration.
Energy ash ponds such as coal ash and fly ash collect large amounts of ash in slurry form. This ash slurry is deposited into large poly-lined ponds and concrete basins where they are then dredged periodically. Coal ash and fly ash slurry is a thick, viscous, and abrasive material that can quickly wear down components of centrifugal pumps. With the Eddy Pump’s proven design and mechanics, abrasive and viscous materials are no problem. The Eddy Pump grit pump can pass an object without any issue that is 1-inch smaller than the intake of the pump. This means a 10-inch Eddy Pump can pass solids of up to 9 inches in diameter.
Agriculture Manure Ponds: Poly-lined ponds are widely used for containing livestock manure. The lined ponds ensure that the waste is not released back into the environment. As a result, when these ponds need to be cleaned or dredged, they must employ a machine that will not damage the liner and create a massive situation. By using an Eddy Pump with a liner-safe attachment, these ponds can be safely dredged without the fear of breaking or tearing the liner. Additionally, the Eddy Pump can be mounted in numerous different ways to ensure the most efficient setup for your pump or dredge application.

Remote-Controlled Dredging Solution

Subdredge Submersible ROV

Submersible ROV. An alternative to the floating Auger Dredge is the submersible Subdredge ROV.  This unit operates on the seafloor. This subsea robot dredger, or Subdredge, is controlled by remote control and keeps divers or humans away from hazards. Learn More…

The Best Non-Clog and High Solids Slurry Pump on the Market. Since 1984.

We manufacture both pump and dredge equipment for maximum compatibility

Cross-section of a pump showing internal components
Submersible Pump with Electrical Wiring
Trailer-Mounted Mobile Pumping Unit
Tracked Rotary Cutter Vehicle for Excavation
Industrial Pump System with Motor and Components
Underwater Dredging Tool with Floatation Devices

Call for sales or support

If you need assistance with pump selection, sales or engineering support, call 619-404-1916.

Get in touch for precision-built dredge and slurry pumps

At EDDY Pump Corporation, we promise innovative, reliable, and efficient pump solutions with exceptional service, ensuring optimal performance and minimal downtime in the most challenging environments.