Choke and Kill Manifold System — API Spec 16C Compliant

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The Choke and Kill Manifold is a critical well control system used in oil and gas drilling operations to manage kick and blowout risks while supporting both underbalanced and overbalanced drilling practices. 

The choke manifold helps regulate casing pressure by safely diverting well fluids and maintaining bottom hole pressure through controlled discharge. The kill manifold enables the pumping of kill fluid back into the well to suppress formation pressure and restore well control. 

This equipment is fully compliant with API Spec 16C standards.

Key Features:

• Configurations: Available in single-wing, dual-wing, or multi-wing structures.
• Control Options: Manual, hydraulic, or electric operation, with optional remote-control capabilities via integrated control panels.
• Base Types: Offered in skid-mounted or dual-layer multi-stage lift designs for flexible site deployment and height adjustment.
   

Designed for safety, reliability, and operational efficiency, our Choke and Kill Manifold systems are engineered to support critical well control operations under extreme conditions. 

The Drilling Choke Valve is a critical component mounted on the choke manifold, designed to regulate and control fluid flow and pressure during drilling operations.

It features an adjustable flow element—incorporating a patented wedge-shaped trim—that enables precise throttling of the fluid path.

Key Features:

• Adjustable Flow Control: Flow rate and pressure are controlled by varying the orifice size of the internal flow element.
• Drive Options: Available with manual or hydraulic actuators, offering flexibility for both remote and local operation.
• Robust Design: Engineered for high-pressure, high-volume drilling environments, ensuring safe and reliable well control.
   

This valve plays a vital role in managing wellbore pressure and maintaining operational safety during underbalanced or managed pressure drilling. 

The Drilling Choke Valve is a critical component mounted on the choke manifold, designed to regulate and control fluid flow and pressure during drilling operations.

It features an adjustable flow element—incorporating a patented wedge-shaped trim—that enables precise throttling of the fluid path.

Key Features:

• Adjustable Flow Control: Flow rate and pressure are controlled by varying the orifice size of the internal flow element.
• Drive Options: Available with manual or hydraulic actuators, offering flexibility for both remote and local operation.
• Robust Design: Engineered for high-pressure, high-volume drilling environments, ensuring safe and reliable well control.
   

This valve plays a vital role in managing wellbore pressure and maintaining operational safety during underbalanced or managed pressure drilling. 

Engineered for enhanced durability and safety, the Erosion-Resistant Pup Joint is installed downstream of the choke valve to mitigate flow-induced erosion. 

Flow field analysis and field applications have proven that integrating this pup joint significantly improves flow uniformity and reduces turbulence.

Key Features:

• Tungsten Carbide Inserts: Embedded downstream alloy inserts offer superior resistance to high-velocity abrasive flow.
• Optimized Flow Control: Helps streamline the flow field, minimizing turbulence and impact force.
• Enhanced Safety & Longevity: Effectively protects downstream piping from erosion damage, ensuring the long-term integrity and safe operation of the choke manifold system.
   

Ideal for high-pressure, high-flow well control environments, this pup joint is a proven solution for safeguarding critical choke system components.