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INNOVATIVE TECHNOLOGY FOR
ENHANCED OIL AND GAS PRODUCTION

Discover Rotoliptic's patented technology that will revolutionize pumping operations, enabling operators to maximize production efficiency, overcome challenges, and unlock the full potential of their oil and gas assets.

Rotoliptic company logo, representing a leading provider of advanced artificial lift solutions for the oil and gas industry

SEE HOW OUR POSITIVE DISPLACEMENT PUMP WORKS

Optimizing Performance with Advanced Geometry

Our unique rotor-stator design enables superior fluid handling, minimized internal friction, and improved sealing. With unrivaled geometry, operators unlock higher productivity, improved flow dynamics, and increased operational efficiency. Experience the power of Rotoliptic's innovative geometry for enhanced oil and gas production.

CHALLENGES ADDRESSED

HIGH
TEMPERATURE

Icon representing thermal degradation, highlighting the impact of temperature on the performance of the technology. This icon emphasizes the need for heat-resistant materials and thermal management strategies to mitigate potential degradation risks.

THERMAL

DEGRADATION

High temperatures can lead to significant performance degradation and equipment failure, directly impacting productivity and reliability in extreme thermal environments.

Icon representing lost production, indicating the potential production decline or inefficiencies associated with certain conditions. This icon underscores the significance of optimizing the technology to minimize production losses and maximize operational efficiency.

LOST

PRODUCTION

Limited gas handling capabilities in high-temperature wells impose operational constraints, hindering efficiency and restricting steam injection capabilities.

Our Difference

Simple All-Metal Construction

At Rotoliptic, we understand the challenges posed by high temperature wells. Our advanced technology is specifically designed to address these issues head-on, offering unmatched performance and reliability in extreme thermal environments.

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One of the key benefits of Rotoliptic in high-temperature applications is its ability to overcome thermal degradation, withstanding temperatures up to 350°C. While some traditional pumping systems may experience a decline in performance or even failure at elevated temperatures, our pumps are engineered with materials and design features that ensure no loss of volumetric efficiency by maintaining seal integrity under extreme thermal conditions. With Rotoliptic, you can trust that your artificial lift system will maintain its desired performance and deliver consistent results, even in the most demanding high-temperature environments.

Additionally, our pumps are engineered to efficiently handle fluids with varying viscosities and chemical compositions commonly encountered in high-temperature wells. Whether it's pumping heavy oil or tackling solvent and aromatic environments, Rotoliptic pumps offer exceptional performance and compatibility across a wide range of fluid conditions.

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By choosing Rotoliptic for your high temperature wells, you can overcome the obstacles of thermal degradation and operational limitations. Our advanced technology ensures that your artificial lift system operates at its best, maximizing production potential and enhancing your overall efficiency in challenging high temperature environments.

Engineer working on a top drive system, ensuring efficient drilling operations.

Challenging
Fluid
Conditions

Icon representing viscosity fluctuations, symbolizing the challenges posed by varying viscosity levels and their effect on the technology's operation. This icon highlights the importance of designing the technology to handle a wide range of viscosities and adapt to fluctuating conditions for consistent performance.

VISCOSITY

FLUCTUATIONS

Encountering varying fluid viscosities can pose significant challenges as it can lead to a rise in frictional losses, decreased pump efficiency and potential equipment damage.

Icon representing chemical compatibility, highlighting the importance of using materials that are compatible with the fluids being handled. This icon emphasizes the need for chemical-resistant components to ensure reliable and safe operation in various chemical environments.

CHEMICAL

COMPATIBILITY

Managing fluid compatibility and mitigating chemical risks are essential to maintaining the longevity and reliability of an artificial lift system.

Our Difference

Broaden Your Operating Range

Unlike some conventional methods that struggle with varying viscosities, Rotoliptic's unique positive displacement pumps can effectively handle fluids with different viscosities, ranging from water to heavy oil. This flexibility allows operators to have a wide. turndown ratio in diverse reservoirs and adapt to changing fluid properties without the need for constant adjustments or equipment changes.

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In addition, Rotoliptic excels in chemical compatibility, offering a reliable solution for environments with varying compositions. The materials used in Rotoliptic pumps are carefully selected to withstand a wide range of corrosive and challenging fluid compositions. This ensures that the pumps maintain their performance and integrity even in environments with solvents, aromatics, and other chemically aggressive substances.

Graph showing Rotoliptic flow efficiency compared to ESP

MULTIPHASE
FLOW

Icon representing separation and handling, signifying the technology's capability to effectively handle and separate different phases of fluids. This icon showcases the technology's advanced separation mechanisms and efficient fluid handling features, promoting optimal fluid management.

SEPARATION &
HANDLING

Without efficient separation, operators are unable to prevent issues such as reduced pump efficiency, gas interference, and gas locking.

Icon representing flow instability, illustrating the issues related to unstable flow patterns and their impact on the performance of the technology. This icon underscores the technology's ability to mitigate flow instability challenges through innovative flow control mechanisms, ensuring steady and reliable operation.

FLOW

INSTABILITY

Maintaining stable flow conditions is critical for efficient production when there are variations in fluid composition. High gas-to-liquid ratios can lead to slug flow, slippage or gas interference.

Our Difference

Optimal Multiphase Handling

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Rotoliptic's innovative pump technology surpasses current methods in effectively handling multiphase flow, delivering superior performance and addressing key challenges faced by operators. One notable advantage is the pump's ability to retain higher liquid production in the presence of gas compared to other forms of artificial lift. When compared to a rod pump, Rotoliptic's pump has multiple stages that allow compression to happen throughout, with less effect on the liquid volume that is being discharged. Compared to an ESP, the Rotoliptic pump's head capacity is not reduced by gas so extra pump stages are not necessary at higher gas fractions.

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By leveraging its unique geometry and design and ability to operate at higher gas fractions, improved production rates and optimized well performance occur. Operators benefit from enhanced system reliability, reduced downtime, and increased overall production efficiency.

Let's Maximize Your Production

We understand the complex challenges that the oil and gas industry faces. Our innovative solutions are designed to address these difficulties, empowering operators to overcome obstacles and maximize production. With our technology and expertise, we can provide tailored solutions that target your specific pain points.

Resource Library

Explore our resource library for valuable insights and information.

Our Offerings

Discover our products that harness the power of this technology to deliver unmatched results
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