Two Three-Phase Test Separators Delivered for International Well Testing Operations

HC Petroleum Equipment has successfully delivered two custom-engineered three-phase separators for overseas well testing operations. Designed for early production facilities, these units ensure accurate separation of oil, gas, and water

We Are Hiring: Process Engineer – Natural Gas Processing Focus

HC Petroleum Equipment is hiring a Process Engineer with experience in natural gas processing system design for upstream oil and gas facilities.

New High Pressure Three-Phase Separator Completed for Oil, Gas, and Water Separation

HC has recently completed the manufacturing of a high pressure three-phase separator designed for oil, gas, and water separation in oilfield applications.

42" × 10' Horizontal 3-Phase Separator Delivered for Nigerian Oilfield Project

We are pleased to announce the successful completion and upcoming shipment of a horizontal 3-phase separator customized for an onshore oilfield in Nigeria.

HC Successfully Completed a Horizontal Three-Phase Separator for Delivery to Daqing Oilfield

Recently, HC Petroleum Equipment successfully completed the manufacturing, testing, and final inspection of a horizontal three-phase separator, which is scheduled to be shipped to Daqing Oilfield this week.

Electric Heated Water Bath Heater Delivered to Xinjiang Oilfield Project

Recently, HC successfully completed the manufacturing and final inspection of an electric heated water bath heater, which has now been shipped to a client site in Xinjiang. The unit will be used for crude oil heating and pressure stabilization

How to Choose a Reliable Three-Phase Separator Manufacturer? What Industry Buyers Really Care About

In the oil and gas industry, three-phase separators play a critical role in surface production facilities. These units are designed to separate wellhead fluids into gas, oil, and water phases, ensuring accurate measurement and stable operation

Internal Structure of a Three-Phase Separator: What Each Chamber Does

Although widely used in field operations, many users still lack a clear understanding of the internal structure and specific function of each chamber within a three-phase separator.