Technology


The Rotoliptic pump combines the high efficiency and viscosity handling benefits of a positive displacement pump, with the high flow rate and solids handling capabilities of a kinetic pump.

Technology


The Rotoliptic pump combines efficiency and viscosity handling benefits of a positive displacement pump with high flow rate and solids handling capabilities of a kinetic pump.

Technology


The Rotoliptic pump combines efficiency and viscosity handling benefits of a positive displacement pump with high flow rate and solids handling capabilities of a kinetic pump.


Rotoliptic pumping technology is robust and therefore immensely diverse in its applicability. Strong solids handling and efficiency are key, desirable pump traits for a variety of industries. Marked excitement for improving these very features in the Oil & Gas industry has preliminarily concentrated Rotoliptic’s initial target market efforts.

Electronic submersible pumps (ESP) provide lift within a well to bring submerged oil to the surface. Well conditions are harsh. Electric motors, powering ESPs, are subject to high temperatures and multiphase (gaseous entrainment) conditions that lead to an average service lifetime of less than 2 years. Any relief to these motors, which are the limiting technologies of the system, can hugely benefit lifespan of the entire ESP system.

Rotoliptic’s target is a pump that has dramatically reduced energy consumption rates. The high efficiency of a Rotoliptic pump reduces amperage in its drive motor and reduces exponential heat buildup; leading to a much longer service life. Without the use of rubber stators, the Rotoliptic pump is both high temperature suitable and multiphase compliant, enabling use in many ESP applications.

Electric Submersible Pumps


Electric Submersible Pumps

Rotoliptic pumping technology is robust and therefore immensely diverse in its applicability. Strong solids handling and efficiency are key, desirable pump traits for a variety of industries. Marked excitement for improving these very features in the oil and gas industry has preliminarily concentrated Rotoliptic’s initial target market efforts.

Electronic submersible pumps (ESP) provide lift within a well to bring submerged oil to the surface. Well conditions are harsh. Electric motors, powering ESPs, are subject to high temperatures and multiphase (gaseous entrainment) conditions that lead to an average service lifetime of less than 2 years. Rotoliptic’s technology can bring relief to these motors, which are the limiting technologies of the system, and can hugely benefit lifespan of the entire ESP system.

Rotoliptic’s target is a pump that has dramatically reduced energy consumption rates. The high efficiency of a Rotoliptic pump reduces amperage in its drive motor and reduces exponential heat buildup; leading to a much longer service life. Without the use of rubber stators, the Rotoliptic pump is both high temperature suitable and multiphase compliant, enabling use in many ESP applications.





Rotoliptic pumping technology is robust and therefore immensely diverse in its applicability. Strong solids handling and efficiency are key, desirable pump traits for a variety of industries. Marked excitement for improving these very features in the oil and gas industry has preliminarily concentrated Rotoliptic’s initial target market efforts.

Electronic submersible pumps (ESP) provide lift within a well to bring submerged oil to the surface. Well conditions are harsh. Electric motors, powering ESPs, are subject to high temperatures and multiphase (gaseous entrainment) conditions that lead to an average service lifetime of less than 2 years. Rotoliptic’s technology can bring relief to these motors, which are the limiting technologies of the system, and can hugely benefit lifespan of the entire ESP system.

Rotoliptic’s target is a pump that has dramatically reduced energy consumption rates. The high efficiency of a Rotoliptic pump reduces amperage in its drive motor and reduces exponential heat buildup; leading to a much longer service life. Without the use of rubber stators, the Rotoliptic pump is both high temperature suitable and multiphase compliant, enabling use in many ESP applications.

Electric Submersible Pumps


Electric Submersible Pumps


Rotoliptic pumping technology is robust and therefore immensely diverse in its applicability. Strong solids handling and efficiency are key, desirable pump traits for a variety of industries. Marked excitement for improving these very features in the oil and gas industry has preliminarily concentrated Rotoliptic’s initial target market efforts.

Electronic submersible pumps (ESP) provide lift within a well to bring submerged oil to the surface. Well conditions are harsh. Electric motors, powering ESPs, are subject to high temperatures and multiphase (gaseous entrainment) conditions that lead to an average service lifetime of less than 2 years. Any relief to these motors, which are the limiting technologies of the system, can hugely benefit lifespan of the entire ESP system.

Rotoliptic’s target is a pump that has dramatically reduced energy consumption rates. The high efficiency of a Rotoliptic pump reduces amperage in its drive motor and reduces exponential heat buildup; leading to a much longer service life. Without the use of rubber stators, the Rotoliptic pump is both high temperature suitable and multiphase compliant, enabling use in many ESP applications.


Electric Submersible Pumps

Rotoliptic pumping technology is robust and therefore immensely diverse in its applicability. Strong solids handling and efficiency are key, desirable pump traits for a variety of industries. Marked excitement for improving these very features in the oil and gas industry has preliminarily concentrated Rotoliptic’s initial target market efforts.

Electronic submersible pumps (ESP) provide lift within a well to bring submerged oil to the surface. Well conditions are harsh. Electric motors, powering ESPs, are subject to high temperatures and multiphase (gaseous entrainment) conditions that lead to an average service lifetime of less than 2 years. Rotoliptic’s technology can bring relief to these motors, which are the limiting technologies of the system, and can hugely benefit lifespan of the entire ESP system.

Rotoliptic’s target is a pump that has dramatically reduced energy consumption rates. The high efficiency of a Rotoliptic pump reduces amperage in its drive motor and reduces exponential heat buildup; leading to a much longer service life. Without the use of rubber stators, the Rotoliptic pump is both high temperature suitable and multiphase compliant, enabling use in many ESP applications.

Electric Submersible Pumps

Rotoliptic pumping technology is robust and therefore immensely diverse in its applicability. Strong solids handling and efficiency are key, desirable pump traits for a variety of industries. Marked excitement for improving these very features in the oil and gas industry has preliminarily concentrated Rotoliptic’s initial target market efforts.
Electronic submersible pumps (ESP) provide lift within a well to bring submerged oil to the surface. Well conditions are harsh. Electric motors, powering ESPs, are subject to high temperatures and multiphase (gaseous entrainment) conditions that lead to an average service lifetime of less than 2 years. Rotoliptic’s technology can bring relief to these motors, which are the limiting technologies of the system, and can hugely benefit lifespan of the entire ESP system.
Rotoliptic’s target is a pump that has dramatically reduced energy consumption rates. The high efficiency of a Rotoliptic pump reduces amperage in its drive motor and reduces exponential heat buildup; leading to a much longer service life. Without the use of rubber stators, the Rotoliptic pump is both high temperature suitable and multiphase compliant, enabling use in many ESP applications.

Truck Transfer



By increasing both flow rate and durability, Rotoliptic pumps will offer the highest yield at the lowest lifetime cost for midstream crude transfer markets.

Rotoliptic expects to double flow rates of current industry standard pumps. Heightened flow allows for more load transfers per day translating to substantial financial gains. Furthermore, Rotoliptic’s target is a 100% longer service life, saving downtime, service costs, and replacement fees.

Crude oil is transported via pipeline, rail and trucks. Currently, low flow gear pumps with long fill times dominate crude trucking. These pumps are habitually subject to harsh solids, namely sand. As a result, pump components wear out prematurely, often leading to hydrocarbon leakage with considerable clean up expense.




Truck Transfer

By increasing both flow rate and durability, Rotoliptic pumps will offer the highest yield at the lowest lifetime cost for midstream crude transfer markets. 

Crude oil is transported via pipeline, rail and trucks. Currently, low flow gear pumps with long fill times dominate crude trucking. These pumps are habitually subject to harsh solids, namely sand. As a result, pump components wear out prematurely, often leading to hydrocarbon leakage with considerable clean up expense.

Rotoliptic expects to double flow rates of current industry standard pumps. Heightened flow allows for more load transfers per day translating to substantial financial gains. Furthermore, Rotoliptic’s target is a 100% longer service life, saving downtime, service costs, and replacement fees.

 

Truck Transfer

By increasing both flow rate and durability, Rotoliptic pumps will offer the highest yield at the lowest lifetime cost for midstream crude transfer markets.

Rotoliptic expects to double flow rates of current industry standard pumps. Heightened flow allows for more load transfers per day translating to substantial financial gains. Furthermore, Rotoliptic’s target is a 100% longer service life, saving downtime, service costs, and replacement fees.

Crude oil is transported via pipeline, rail and trucks. Currently, low flow gear pumps with long fill times dominate crude trucking. These pumps are habitually subject to harsh solids, namely sand. As a result, pump components wear out prematurely, often leading to hydrocarbon leakage with considerable clean up expense.

Truck Transfer

By increasing both flow rate and durability, Rotoliptic pumps will offer the highest yield at the lowest lifetime cost for midstream crude transfer markets.
Rotoliptic expects to double flow rates of current industry standard pumps. Heightened flow allows for more load transfers per day translating to substantial financial gains. Furthermore, Rotoliptic’s target is a 100% longer service life, saving downtime, service costs, and replacement fees.
Crude oil is transported via pipeline, rail and trucks. Currently, low flow gear pumps with long fill times dominate crude trucking. These pumps are habitually subject to harsh solids, namely sand. As a result, pump components wear out prematurely, often leading to hydrocarbon leakage with considerable clean up expense.