Recently, two three-phase separator pressure vessel skids completed manufacturing, inspection, and final preparations for shipment and are now being shipped to Ecuador for a local oil and gas project.

If the design pressure, design temperature, processing capacity, separation performance, material requirements, continuous operating conditions,

After an oil and gas well has been drilled and enters the production testing stage, formation fluids such as oil, gas, and water flow from the wellbore into the surface system.

The ordered equipment is a 42″ × 15′ three-phase separator designed for high-pressure and sour service applications, with a design pressure of 1,440 PSI and a design temperature range of -29°C to 121°C.

Many people’s understanding of oil production may simply be: there is oil underground, it is extracted through oil wells, and then sent to a refinery.But in reality, the “oil” that comes out of the reservoir is

When it came time to confirm the 4th repeat order, the customer's purchasing manager sent us a very short email: The specifications are the same as the previous batch, quantity 1 unit, please evaluate the delivery time and get back to me.

Although the two types of separators have many similarities in appearance and basic structure, they are different in terms of the process media they handle, separation objectives, internal structure and liquid level control methods.

The main function of a two-phase gas-liquid separator is to utilize the differences in density, inertia and flow velocity between gas and liquid. After the mixed fluid enters the equipment, its flow velocity is reduced and its flow direction is changed