Enhance efficiency. Extend life. Revolutionize Pumping Technology.
Enhance Efficiency. Extend Life. Revolutionize Pumping Technology.
Rotoliptic Technologies’ pump is dramatically more efficient and durable.
Our patented positive displacement pump dramatically improves fluid transfer efficiency and pump durability, resulting in increased productivity, reduced downtime and a lower total cost of ownership. This innovative new technology is applicable to 15% of the $65B global pump market, with initial products focused on pumping crude oil in midstream oil and gas applications.
Rotoliptic Technologies Inc. has developed a revolutionary method to move high viscosity fluids with high solids content.
Our patented positive displacement pump dramatically improves fluid transfer efficiency and pump durability, resulting in increased productivity, reduced downtime and a lower total cost of ownership. This innovative new technology is applicable to 15% of the $65B global pump market, with initial products focused on pumping crude oil in midstream oil and gas applications.
The Rotoliptic Design
The core innovation behind Rotoliptic pumps is an elliptical rotor and continuous rotary mechanism in a positive displacement assembly. Critically, a Rotoliptic pump is simply two moving parts.
The Rotoliptic Pump
Rotoliptic is a patented positive displacement pump design capable of handling fluids with high viscosity and solids content, such as fluids with sands and fines. Our design maintains efficiency over a broader range of viscosities and can pump high gas fractions. The result is a robust, economical, drop-in replacement pump, easily scalable by stages.
Target Market
Rotoliptic is currently applicable to 15% of the $65B global pump market. Pronounced interest from the electronic submersible pump (ESP) industry has fuelled initial product focus on oil and gas, specifically artificial lift. With reduced drive strain, Rotoliptic will promise longer life, less maintenance and downtime, and substantial savings on total cost of ownership.
Projected Impact
Today’s centrifugal pump struggles to maintain efficiency; specifically, remain at best efficiency point (BEP) throughout its lifespan. Pump efficiency is vulnerable to pressure, flow rate, and viscosity fluctuations. Currently, the incumbent’s performance plunges with high viscosity, Notably, Rotoliptic pump efficiency is remarkably more immune to both varying viscosity and flow rate.
The Rotoliptic Design
The core innovation behind Rotoliptic pumps is an elliptical rotor and continuous rotary mechanism in a positive displacement assembly. Critically, a Rotoliptic pump is simply two moving parts.
The Rotoliptic Pump
Rotoliptic is a patented positive displacement pump design capable of handling fluids with high viscosity and solids content, such as fluids with sands and fines. Our design maintains efficiency over a broader range of viscosities and can pump high gas fractions. The result is a robust, economical, drop-in replacement pump, easily scalable by stages.
Target Market
Pronounced interest from the electronic submersible pump (ESP) industry has fuelled initial product focus in oil and gas, specifically artificial lift. With reduced drive strain, Rotoliptic will promise longer life, less maintenance and downtime, and substantial savings on total cost of ownership.
Projected Impact
Today’s centrifugal pump struggles to maintain efficiency; specifically, remain at best efficiency point (BEP) throughout it’s lifespan. Pump efficiency is vulnerable to pressure, flow rate, and viscosity fluctuations. Currently, the incumbent’s performance plunges with high viscosity, Notably, Rotoliptic pump efficiency is remarkably more immune to both varying viscosity and flow rate.
The Rotoliptic Design
The core innovation behind Rotoliptic pumps is an elliptical rotor and continuous rotary mechanism in a positive displacement assembly. Critically, a Rotoliptic pumps is simply two moving parts.
The Rotoliptic Pump
Rotoliptic is a patented positive displacement pump design capable of handling fluids with high viscosity and solids content, such as fluids with sands and fines. Our design maintains efficiency over a broader range of viscosities and can pump high gas fractions. The result is a robust, economical, drop-in replacement pump, easily scalable by stages.
