EDDY Pump site directory

Abrasive slurry, dense sludge, and suspended solids call for a pump matched to the material. Compare deployment options, then review the duty point and wear requirements with EDDY Pump engineering.

Position the pump directly in the sump, pond, or process material. Submersible configurations suit submerged solids transfer and dredging where the power supply and service access can be planned around the installation.

A flooded-suction installation places the liquid level above the pump inlet. Gravity helps maintain the feed, making this configuration useful for process tanks, sumps, and permanent slurry transfer systems.

Keep the pump and drive at the surface while a suction line reaches the material. Self-priming systems suit mobile operations and sites where submerged equipment is difficult to install or maintain.

Longer pipelines, elevation changes, and viscous fluids require a careful review of the system curve. Compare the high-head and high-viscosity options against the actual fluid properties and required operating point.

EDDY Pump supplies marine pumping systems for applications including brine, bilge, graywater, and sewage. Discuss vessel requirements, interfaces, and documentation with the marine team.

An excavator-mounted slurry pump brings the intake to the sediment. Match the attachment, agitation option, and hydraulic supply to the carrier, material, and discharge route.

The Mini Auger ModDredge combines an auger-fed intake with a compact dredging platform. Review pond geometry, access, sediment properties, and the disposal route to determine the right configuration.

The Autonomous ModDredge combines a modular barge platform with remote operation and automation-ready controls. Engineering review covers the work area, material, spud or winch positioning, and the project’s automation requirements.

A dredge sled carries the pump along the bottom of a pond or basin. It offers another deployment approach when access, depth, and the retrieval arrangement favor a sled over an excavator or floating dredge.

The Self-Priming Excavator Pump & Bucket combines a bucket, cutterhead, and slurry pump in one excavator-mounted attachment. Evaluate carrier compatibility, hydraulic supply, material feed, and the discharge route before sizing the system.

Suspend a slurry pump from a crane, cable arrangement, or suitable support structure. Cable deployment can reach material where excavator access is limited, with lifting and hose support planned as part of the system.

A diver-operated dredging arrangement supports localized sediment removal in areas requiring close positioning. Equipment selection must account for the dive plan, work environment, and material discharge requirements.

A booster pump adds energy to a slurry pipeline when the system requires additional pressure. Select and position boosters using the flow requirement, slurry properties, elevation profile, and pressure rating of the complete line.

The Subdredge is a remotely operated underwater dredging system. Review bottom conditions, site access, positioning, and the discharge route to assess its suitability for submerged sediment removal.

The Automated Thin-Layer Placement system places dredged slurry, sand, sediment, and capping material in controlled layers. Review the placement area, target lift thickness, material feed, and monitoring requirements to configure the system.

Pumps depend on the equipment around them. Coordinate power units, agitation, piping, flotation, monitoring, and controls so each component suits the same material and operating conditions.

A dedicated hydraulic power unit supplies the flow and pressure required by the pump and associated equipment. Match the power package, circuits, cooling, and hydraulic hose arrangement to the selected dredging configuration.

Sediment removal in a lined pond requires controlled contact, depth management, and an equipment configuration suited to the liner. Review the liner material, condition, slopes, and sediment cover before choosing a deployment method.

The environmental dredge combines a spud-ladder platform, a rotating suction head, positioning, and flow monitoring. Review the sediment, dredging depth, placement plan, and monitoring requirements to assess the configuration for your project.

Compare the equipment families, choose a deployment approach, and review the technical details for your application.

Compare the published specifications for the HD-1000 pump platform, including discharge size, flow range, head, solids handling, and available specification sheets.

Compare the published specifications for the HD-2000 pump platform, including discharge size, flow range, head, solids handling, and available specification sheets.

Compare the published specifications for the HH-2000 pump platform, including discharge size, flow range, head, solids handling, and available specification sheets.

Compare the published specifications for the HD-3000 pump platform, including discharge size, flow range, head, solids handling, and available specification sheets.

Compare the published specifications for the HD-4000 pump platform, including discharge size, flow range, head, solids handling, and available specification sheets.

Compare the published specifications for the HD-5000 pump platform, including discharge size, flow range, head, solids handling, and available specification sheets.

Compare the published specifications for the HD-6000 pump platform, including discharge size, flow range, head, solids handling, and available specification sheets.

Compare the published specifications for the HD-8000 pump platform, including discharge size, flow range, head, solids handling, and available specification sheets.

Compare the published specifications for the HD-10000 pump platform, including discharge size, flow range, head, solids handling, and available specification sheets.

Compare the published specifications for the HD-12000 pump platform, including discharge size, flow range, head, solids handling, and available specification sheets.

Tailings recovery and pond cleanout involve abrasive solids, varying density, and long discharge routes. Start with representative material data and the operating conditions across the full campaign.

From harbor maintenance to construction support, the dredging method must fit the waterway and work area. Match the intake, deployment system, and pipeline to sediment conditions and the placement location.

Sludge, grit, and fibrous material create different pumping demands. Review the solids profile and basin geometry to select a process pump or a dredging system for settled material.

Sand recovery and aggregate processing expose pumping equipment to persistent abrasion. Particle size, target production, and pipeline velocity all influence equipment selection.

Drilling mud, cuttings, and tank residues call for application-specific engineering. Material chemistry, viscosity, temperature, and site classification are key inputs to the equipment review.

Ash pond cleanout and industrial waste transfer can change as the work progresses. A system review should cover settled solids, make-up water, pipeline routing, and the receiving area.

Sargassum handling requires attention to fibers, entrained debris, and the collection method. Discuss the complete collection and transfer process so the pump receives a suitable, consistent feed.

Hydraulic material transfer can connect a barge to a receiving pipeline or processing area. The system must account for changing material levels, barge geometry, and shore-side requirements.

Sediment in canals, retention ponds, and agricultural water systems can reduce useful capacity. Evaluate where material collects and how equipment can access it during the available work window.

Pulp, fiber, and process sludge require a pumping arrangement suited to the mixture. Review consistency, temperature, and process interfaces as well as the hydraulic duty.

A chemical slurry application needs both a hydraulic review and a materials review. Provide the full fluid composition, concentration, temperature, and solids profile before selecting wetted materials and seals.

Process systems depend on predictable flow and maintainable equipment. Review normal, minimum, and maximum conditions so the selected pump can be assessed across the operating envelope.

Oil sands applications combine abrasive solids with challenging fluid properties. A useful equipment review starts with representative material samples, temperature, viscosity, and the transport requirement.

Frac sand handling requires equipment and piping suited to abrasive material. Consider the particle distribution, solids loading, and transfer route together when comparing pumping options.

Rental equipment can support short campaigns, maintenance shutdowns, and temporary dredging work. Review the complete package, mobilization requirements, and availability with the rental team.

A dredging project needs more than a pump. Discuss site conditions, sediment handling, equipment access, and the disposal or treatment interface to establish an appropriate scope.

Work with EDDY Pump for replacement parts and equipment service. Identifying the pump and documenting the operating conditions helps the team assess wear, repair needs, and the correct components.

Get help with an existing EDDY Pump installation. Share the model, system arrangement, and a clear description of the issue so the support team can route the request.

Explore EDDY Pump project stories in deep basin excavation, river dredging, and hydraulic barge offloading.

Explore EDDY Pump specifications, case studies, education articles, engineering tools, and equipment videos.

Download EDDY Pump model specifications and brochures for slurry pumps, excavator attachments, cable-deployed systems, and booster pumps.

Learn about abrasive slurry, pump selection, dredging methods, material behavior, and industrial pumping applications.

Explore dredge production cost, pump ownership cost, and pipeline planning resources from EDDY Pump.

Watch EDDY Pump technology demonstrations, excavator attachments, dredge sleds, Subdredge, and self-priming systems.

Basin excavation at a wet weather treatment station. Review the challenge, equipment approach, and application lessons from the EDDY Pump project.

Harbor dredging on the Mississippi River. Review the challenge, equipment approach, and application lessons from the EDDY Pump project.

EDDY Pump Corporation designs and manufactures industrial slurry pumps and dredging equipment in El Cajon, California. Founded in 1984, the company builds its systems around patented pump technology.

Learn about EDDY Pump’s founding in 1984, Dr. Harry Weinrib, and the development of its patented pump technology.

Understand EDDY Pump rotor technology, solids handling, and the application engineering behind a complete pumping system.

Discuss EDDY Pump American manufacturing and request equipment-specific origin and procurement documentation for your project.

Contact EDDY Pump for slurry pumps, dredging equipment, rentals, parts, and technical support. Call +1 619-404-1916.