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The aim is to enhance the efficiency of gas-liquid separation and formation water purification in oil and gas production equipment.

Substantiating the design of equipment for preparing oil and gas field products for transportation

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The aim is to enhance the efficiency of gas-liquid separation and formation water purification in oil and gas production equipment.
Improved internal structural elements in a three-phase separator and cyclone were designed.
Thermodynamic and CFD modeling were utilized to assess hydraulic performance and separation efficiency.
Analysis of hydraulic losses and secondary drop removal during separation processes was conducted.
The new design solutions led to an increase in condensate volume collected while maintaining hydraulic losses below 0.037 MPa.
Enhanced structural designs promoted uniform speed distribution and reduced low-mobility zones in the flow.
Improved inertial deposition of drops contributed to effective separation efficiency.

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Investigates equipment design to enhance separation efficiency in oil and gas production, indicating the potential for improved operations.

Nesterenko et al. (2026) studied this question.

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Investigates equipment design to enhance separation efficiency in oil and gas production, indicating the potential for improved operations.