Choke manifold
24/7
1 Year
Wellhead Pressure Adjust
Mud, Water
Flange
Chassis Well
on Ground
Horizontal
Good Price API 16c Choke and Kill Manifold for Wel
3000
New
Forging
Pressure Control Equipment
2 1/16 "~4 1/16"
Red
None
Provided
2000psi~15000psi
Energy & Mining
High Performance
Good Price API 16c Choke and Kill Manifold for Wel
1-3m
2 1/16 "~4 1/16"
GM
Plywooden Boxes
Up to the quantities
China
843143
Product Description
Manifold
A Choke and Kill Manifold is an essential asset in the realm of drilling and well-control systems. Its primary purpose is to expertly manage well pressure, safely reroute flow, and adeptly handle kick scenarios during either drilling or production operations. This indispensable component is crucial for ensuring safe operations within oil and gas wells, particularly when dealing with high-pressure environments.
Functions of a Choke and Kill Manifold
1. Pressure Regulation:
The manifold is designed to guarantee the safe and controlled management of well fluids during well-control events, such as kicks. By utilizing adjustable chokes, it effectively regulates pressure, ensuring optimal safety and performance.
2. Flow Diversion:
Expertly diverts fluids from the wellbore to designated lines, either choke or kill lines, facilitating the effective management of unwanted pressures or fluids with precision.
3. Kill Operations:
The kill manifold is a key instrument, used to inject heavy kill fluid, such as mud, into the wellbore to masterfully control well pressure and, if necessary, neutralize the well.
4. Flow Monitoring and Testing:
It meticulously monitors and tests well flow, ensuring the utmost safety during drilling or well-control activities, thereby promoting seamless operations.
Components of a Choke and Kill Manifold
1. Adjustable and Fixed Chokes: These elements are pivotal for regulating well pressure and flow rate with precision.
2. Gate Valves: Vital for isolating flow paths, these ensure the maintenance of safe and effective control.
3. Pressure Gauges and Transducers: Critical for monitoring pressure levels, these components provide essential insights for assessing the well's condition.
4. Piping System: This includes both choke lines and kill lines, which are integral for directing fluid flow efficiently.
5. Control Panel: Automates the operation of chokes and valves, delivering precise pressure control for optimal performance.
Functions of a Choke and Kill Manifold
1. Pressure Regulation:
The manifold is designed to guarantee the safe and controlled management of well fluids during well-control events, such as kicks. By utilizing adjustable chokes, it effectively regulates pressure, ensuring optimal safety and performance.
2. Flow Diversion:
Expertly diverts fluids from the wellbore to designated lines, either choke or kill lines, facilitating the effective management of unwanted pressures or fluids with precision.
3. Kill Operations:
The kill manifold is a key instrument, used to inject heavy kill fluid, such as mud, into the wellbore to masterfully control well pressure and, if necessary, neutralize the well.
4. Flow Monitoring and Testing:
It meticulously monitors and tests well flow, ensuring the utmost safety during drilling or well-control activities, thereby promoting seamless operations.
Components of a Choke and Kill Manifold
1. Adjustable and Fixed Chokes: These elements are pivotal for regulating well pressure and flow rate with precision.
2. Gate Valves: Vital for isolating flow paths, these ensure the maintenance of safe and effective control.
3. Pressure Gauges and Transducers: Critical for monitoring pressure levels, these components provide essential insights for assessing the well's condition.
4. Piping System: This includes both choke lines and kill lines, which are integral for directing fluid flow efficiently.
5. Control Panel: Automates the operation of chokes and valves, delivering precise pressure control for optimal performance.
Typical Specifications of a Choke and Kill Manifold
| Parameter | Details |
| Bore Size | 2-1/16", 3-1/16", 4-1/16", or as required |
| Design Pressure | 5,000 psi / 10,000 psi / 15,000 psi / 20,000 psi |
| Material Class | API 6A Grades: EE, FF, HH |
| Working Temperature | -20°F to 250°F (-29°C to 121°C) |
| Choke Type | Adjustable chokes (manual/automatic) and fixed chokes |
| Skid Type | Mounted on a compact or modular skid for easy transportation and setup |
| End Connection | Flanged (API 6A/ASME B16.5), threaded, or hub connections |
