Intelligent Electric Slab Gate Valve: High-precision actuator supports remote precise opening and closing with rapid response, suitable for unattended gas fields.
Dual Protection of Safety Valve: Millisecond-level action responds to extreme conditions such as pipeline abnormalities and fires, building a safety barrier.
Optimized 135° Flow Channel: Reduces turbulence and pressure loss, improving natural gas transmission efficiency and wellhead operational stability.
Integrated Modular Structure: Reduces sealing points by 50%, enhances pressure-bearing capacity, and lowers installation height and operation and maintenance costs.
Highly Integrated Design: Merged casing head and tubing head result in a smaller footprint, lighter weight, and space savings.
Enhanced Stacked Load-Bearing: Serially stacked casing hanger and tubing hanger strengthen structural stability and load capacity.
Leakage Reduction Assurance: Fewer external connection points minimize potential leakage at the source, elevating safety performance.
Internal Safety Mechanism: Internal locking mechanisms reduce susceptibility to external interference, further increasing safety levels.
Efficient and Simplified Installation: It allows for one-time connection with the BOP stack, shortening installation cycles and saving drilling/completion costs.
Pre-integrated Modules: Main body connections are completed in the factory, and integrated modules simplify on-site processes and improve operational efficiency.
Precise Sealing and Locking: Special tools combined with a Lockdown screw system ensure high-precision suspension and reliable sealing.
Controllable Maintenance Costs: Seals can be replaced independently without overall disassembly, reducing maintenance costs.
Safety Redundancy Design: Reduces external flange connections, minimizing leakage risks from the source and improving safety performance.
Strong Emergency Adaptability: Equipped with emergency suspension tools to handle special situations and ensure continuous operations.
Independent Operation of Dual Systems: The two pay zones can be independently produced or tested without mutual interference, adapting to diverse development needs.
High Pressure-Resistant Sealing: Optional all-metal or composite sealing structures to adapt to extreme working conditions such as high pressure and corrosion.
Compact Integration: The integrated housing integrates dual systems, saving space and suitable for scenarios such as offshore platforms.
Automation Adaptability: Supports hydraulic, pneumatic, and electric actuators for remote precise control.
Flexible Process Configuration: Can meet special processes such as dual-tube gas injection and separate zone injection-production, adapting to complex development needs.
Complete Isolation of Multi-Systems: Each production system operates independently without interference, allowing separate production or injection operations.
High-Reliability Sealing: Adopts metal and composite sealing structures with low leakage risks, adapting to extreme corrosive working conditions.
Ultra-Compact Design: The integrated forged housing optimizes flow channels, resulting in a lighter structure and smaller space occupation.
Intelligent Remote Monitoring: Distributed control modules can be connected to the oilfield digital platform to achieve unattended operation.
Precise Separate Zone Regulation: Customizes production parameters according to zone differences, independently adjusting each zone to improve recovery rates.
Ultra-Quick Connection: Innovative structure achieves rapid docking, saving more than 90% of connection time.
Compact Integrated Sealing: Composite integrated streamlined design reduces external connections and improves sealing reliability.
High Load-Bearing Sealing: Customized packoff form an efficient system, simplifying the installation process and reducing maintenance difficulty.
Intelligent Pipeline Integration: Arranges monitoring and control lines to support intelligent completion and remote control, facilitating digital transformation.
Multi-Scenario Emergency Guarantee: Standardized emergency devices quickly respond to sudden situations, enhancing the risk resistance of wellhead operations.