OTECHOS CR-Technlogy

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The Centric Reciprocation is a unique and patented rotary displacement technology

Page last modified

April 11 2024

Inner and outer rotor has two vanes each, rotating in the same direction with variable angular velocity 90 out of phase.

Each chamber expands and contracts twice per revolution -> Enables high capacity per unit.

Each revolution vields 8 full compressor/pump strokes.

Suction/exhaust are formed in four voids between vanes (arranged in front and back of barrel or on sides).

The technology is ready for market and well suitable for applications such as: booster pump, mud pump, CO2 pump, heat pump. wet gas compressor.

Pros & Limitations

Water sealing fluid provides efficient cooling for nearly isothermal compression process

Low internal friction due to non contact compression chamber sealing

High output – Low energy consumption (kWh/m3)

Oil separation and cooling systems are not required

The high tolerance for liquid and contaminations allows for process steps like e.g. scrubbing and drying to be done after compression at a lower volume

Positive displacement, self priming, positive suction head

Robust and reliable, particle resistant, suitable for multi-phase pumping and wet gas compression

Modular, simple, repair friendly design

Specification

Specification Title	Specification Description
Centric Reciprocating Technology	Flexible, scalable energy effective technology
Areas of application	Subsea pumps, CO2 pumps, wet gas compressor
Application - Wet Gas compressor	First liquid tolerant Centric Reciprocating Compressor enabled to Pump (CRCP). Efficient, Reliable (low maintenance), Clean, Liquid Tolerant and allow for system simplifications.
Application - Multiphase seabed booster pump (Unique displacement pump)	More oil and gas with OTECHOS CRP. Provides artificial lift, reduces needs for gas lift, less topside equipment