For normal central transmission after the natural gas is recovered from the well, oil/water separation is desired for r. When natural gas contains plenty of oil and water, three-phase segregator is usually used. When natural gas contains plenty of oil or water, gas/liquid two-phase segregator is usually used.

 

The gas flow coming into the segregator is a high-speed turbulent mixture of gas and liquid. The density of gas differs from that of the liquid. By utilizing the density difference and by means of gravity, centrifugal force and collision process, maintain a certain temperature and pressure for sufficient time so that the gas phase and liquid phase are balanced. Liquid drops and the gas escapes via separation. Thus gas and liquid separation is achieved.

The form of the separator: HorizontalorVertical

Principlesofseparation: Gravity separation

Executionstandards: Stands of ASME andAPI Objects: Separating oil and gas from oil-gas fields’ wellheads and fields and stations;

Calculation accuracy: ≤±5%

Full-automatic control, unattended,safe andstable;

Continuous operation through the year without a break;

Skid-mounting structure,with nice appearance;

The form of the separator: Horizontal

Separating Principle: gravity separation;

Execution standards: Stands of ASME and API;

Object: Three-phase separation of oil, gas and water in oil/gas field stations;

Separation accuracy: Liquid contented in the gas at the exit≤0.05g/Nm3; water contented in the crude oil at the exit≤0.5％; oil contented in the sewage at exit≤300mg/L;

Gas phase flow rate measurement; measuring accuracy: ≤±5%

Full-automatic control, unattended, safe and stable;

Continuous operation through the year without a break;

Skid-mounting structure, with nice appearance.

 

The form of the separator: Vertical

Separating Principle: Centrifugal separation;

Execution standards: Stands of ASME and API;

Object: Separating gas and liquid from gas fields’ wellheads and fields and stations;

Separation accuracy: Diameter of liquid drop at gas outlet ≤50μm;

Liquid flow rate and the gas phase flow rate measuring;

Measuring accuracy: ≤±5%

Full-automatic control, unattended, safe and stable;

Continuous operation through the year without a break;

Skid-mounting structure, with nice appearance

 

The form of the separator: Vertical

Separating Principle: Centrifugal separation;

Execution standards: Stands of ASME and API;

Object: liquid-vapor separator in the gas field and initial gas station;

Separation precision: Diameter of liquid drop at gas outlet≤3μm;

Full-automatic control, attendant-free, safe and stable;

Continuous operation through the year without a break;

Skid-mounting structure, with nice appearance.