High-Head-High Viscosity (HHHV) Pump
Handle ultra-viscous fluids and extreme lift conditions with confidence.
EDDY Pump’s New Patented High-Head-High Viscosity (HHHV) Pump
Built to handle extreme conditions, the EDDY HHHV Pump sets a new benchmark for pumping high-viscosity fluids under high-head requirements. With patented Boundary Layer Rotor technology and the capability to pump up to 75,000 centipoise, this pump offers unmatched reliability, performance, and efficiency for demanding industrial applications.
Patented Boundary Layer Rotor Technology
The heart of the HHHV Pump is the patented EDDY Boundary Layer Rotor—a game-changing innovation that minimizes material disruption during pumping.
- Creates a stable boundary layer around the fluid, reducing friction and shear.
- Preserves the integrity of thick, sensitive, or shear-sensitive fluids.
- Enables ultra-high viscosity handling, up to 75,000 centipoise.
- Improves efficiency and flow stability in high-head operations.
This rotor design is what makes the EDDY HHHV Pump stand out in terms of performance, energy efficiency, and longevity.
Performance Features You Can Count On
High Viscosity Handling
Pumps fluids up to 75,000 centipoise—ideal for sticky, thick, and abrasive materials.
Exceptional Head Capacity
Designed to deliver heads over 500 ft TDH (215 psi), perfect for high-lift applications.
Patented Boundary Layer Rotor
Reduces material disturbance while boosting flow efficiency and minimizing energy usage.
Durability in Harsh Conditions
Built with industrial-grade materials for consistent operation in challenging environments.
Save $34000+ with EDDY Pump
EDDY Pump is purpose-built to lower your total life-cycle cost by eliminating the hidden expenses that come with traditional pump systems.
With its patented non-clogging design, the EDDY Pump operates without seals, bearings, or close tolerances—components that often cause breakdowns in centrifugal pumps—resulting in virtually zero maintenance requirements. This means no recurring costs for replacement parts, no unplanned downtime, and no labor-intensive repairs.
Proven Across Industries
Oil & Gas
Efficiently pump heavy crude oil, drilling muds, and viscous hydrocarbons with minimal wear, clogging, or flow interruption.
Mining
Handle abrasive slurries, mine tailings, and mineral-laden fluids with reliable flow performance in harsh site conditions.
Chemical Processing
Transfer thick chemical mixtures, polymers, and reactive compounds without compromising flow stability or material integrity.
Food & Beverage
Safely pump dense food products, such as sauces, syrups, and pastes, while maintaining consistency and meeting hygiene standards.
Municipal Systems
Effectively manage thick sludge, biosolids, and high-viscosity wastewater in treatment facilities with reduced maintenance needs.
Delivering More Than Just Flow
- Reduced energy costs
- Minimal maintenance requirements
- Environmental protection through less fluid agitation
- Broad compatibility with viscous and abrasive materials
Get a Customized Pump Quote
Receive a tailored solution based on your project’s requirements, application details, and budget.
Frequently Asked Questions
What makes the EDDY HHHV Pump different from other high-viscosity pumps?
The patented Boundary Layer Rotor enables it to handle fluids up to 75,000 centipoise with minimal disturbance and higher energy efficiency—something standard pumps can’t match.
What is the maximum head this pump can achieve?
The HHHV Pump can handle heads of over 500 ft TDH (215 psi), making it ideal for applications requiring high vertical lift or discharge pressure.
Can the HHHV Pump handle abrasive slurries or solids?
Yes. The pump is constructed with industrial-grade materials and is capable of handling abrasive and viscous mixtures, such as slurries, tailings, and drilling muds.
Which industries is this pump best suited for?
It’s ideal for oil & gas, mining, chemical processing, municipal wastewater, and food processing—anywhere thick or high-viscosity fluids must be pumped efficiently.
What’s the typical maintenance requirement for the HHHV Pump?
Due to its fewer moving parts and robust design, the HHHV Pump requires less frequent maintenance than traditional pumps, resulting in lower downtime and service costs.
Can it be integrated into existing systems?
Yes. The HHHV Pump is designed for seamless integration into new or existing systems and is available in multiple configurations to suit your setup.
What fluid types can the HHHV Pump handle?
It can handle oils, sludges, slurries, pastes, gels, polymers, food products, and many other thick or viscous fluids.
Is the pump available in multiple sizes or configurations?
Yes. The pump can be customized to meet specific application needs, including size, material compatibility, and performance specifications.
How does the Boundary Layer Rotor improve energy efficiency?
By reducing friction and preserving flow consistency, the rotor minimizes energy losses typically caused by turbulence or shear in high-viscosity pumping.
How can I request pricing or technical consultation?
Simply use the “Request a Quote” or “Talk to an Expert” buttons on this page, and a specialist from our team will contact you promptly.
Speak to an Engineer
Tell us about your application and a pump specialist will respond within 24 hours.