Featuring High Pressure Resistance and Exceptional Reliability, Our 8-Inlet, Class 900LB Electrically Actuated Multiport Selector Valves Support the Safe and Efficient Development of CNOOC Bozhong 19-2 Offshore Oilfield in the Bohai Sea
Bozhong 19-2 Offshore Oilfield in the Bohai Sea, a key project of CNOOC for oil and gas development in the Bohai Bay, imposes extremely high engineering requirements on the equipment performance, operational stability and control accuracy of wellhead manifolds, fluid transportation and regulation systems. Our company has developed 8-inlet, Class 900LB Electrically Actuated Multiport Selector Valves, which have been successfully applied in the core wellhead manifold systems and fluid control sections of the oilfield.
These Electrically Actuated Multiport Selector Valves are precisely engineered to meet the high-pressure operating standards of offshore oilfields, with a Class 900LB pressure rating capable of withstanding high-pressure conditions during production.
Featuring high-strength, corrosion-resistant materials for the valve body and an 8-inlet integrated design, the valves enable centralized control and efficient diverting switching of multi-channel oil and gas media, greatly simplifying the layout of the oilfield manifold system and reducing redundant piping and valve components. This not only saves limited space on the platform but also lowers equipment installation and later operation and maintenance costs.
In addition, the valves are equipped with professional electric actuators featuring fast response and precise control, supporting both remote automatic control and local emergency operation. They satisfy the intelligent and intensive control requirements of the oilfield, ensure operational convenience and safety under special working conditions, and fully meet the demand for long-term continuous operation.
The successful application of our company’s 8-Inlet Class 900LB Electrically Actuated Multiport Selector Valves in the CNOOC Bozhong 19-2 offshore oilfield project has fully validated the product strength and complex condition adaptability of our high-end offshore oil & gas valves, effectively addressing the technical challenges of centralized multiport fluid control and stable operation under high pressure in offshore oilfields.
