Fiber optic cable wellhead penetrator
Product overview
The fiber optic wellhead penetrator is an important component designed specifically for fiber optic logging and long-term underground monitoring systems. Its core function is to ensure that the fiber optic cable can safely and reliably pass through the wellhead when transmitted from underground to the surface, while completely isolating the underground pressure and ensuring the integrity of the wellhead. This device is widely used in standard wellheads both domestically and internationally, and is compatible with different specifications of casing head flanges or variable diameter flanges. It is suitable for oil and gas wells with high pressure, high temperature, and complex well conditions.
Key Performance and Characteristics
▪ Pressure isolation ensures the integrity of the wellhead. The fiber optic cable wellhead penetrator adopts a multi-layer sealing structure to ensure that the downhole pressure is completely isolated within the wellhead, preventing high-pressure fluid leakage from the wellbore to the surface and ensuring the safety of oil well production.
▪ High pressure sealing technology to meet harsh working conditions.
▪ The high-pressure part of the wellhead penetrator is sealed with metal to ensure reliable sealing performance even in extreme environments, and can withstand high temperatures, high pressures, and corrosive media.
▪ All sealing surfaces must undergo pressure testing at the wellhead site to ensure the long-term stability of the device in high-pressure environments.
▪ Compatible with domestic and international standard wellheads.
▪ Suitable for API 6A and domestic GB wellhead standards, compatible with different specifications of casing head flange or variable diameter flange connections, meeting the wellhead design requirements of different oil fields and wells.
▪ Adopting modular design, customized configurations can be made according to different wellhead standards to meet the application needs of global oil and gas fields.
▪ Structural optimization, easy installation.
▪ Adopting a compact design to reduce the space occupied by the wellhead, while optimizing the fiber optic channel to ensure smooth passage of optical cables.
▪ The connection method is flexible and can be applied to flange or threaded connections, meeting the installation requirements of different wellhead conditions.
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