GEA Kelvion Heat Exchanger Plates
GEA is a global system provider for food, beverage, pharmaceutical and many other sectors. Founded in 1881 as an international technology group, it focuses on machinery manufacturing, production operations, process technology, equipment components and comprehensive services.
GEA focuses on the field of professional mechanical engineering and industrial design, mainly providing complete equipment and engineering design, installation and commissioning and maintenance for industrial refrigeration and food refrigeration.
Various models of Baode heat exchanger plates have deep ripples, shallow ripples, large Angle, small Angle, etc., to fully ensure that the needs of different users can be met, special conditions can be specially designed and manufactured according to user needs.
As the world's leading plate heat exchanger plate manufacturer and seller, Baode has a wide variety of domestic plate heat exchanger plates, more models! It can provide all common types of plate heat exchanger plates from well-known brands at home and abroad (including: AlfaLaval /GEA, TRANTER, SONDEX/HISAKA/APV/Thermowave /Schmidt/FUNKE/VICARB/LHE, etc.).
GEA Heat Exchanger Plates, Kelvion Heat Exchanger Plates, Heat Exchanger Plates For GEA Jiangsu Baode Heat-Exchanger Equipment Co.,LTD , https://www.baodehex.com
Choke manifold is an essential device used to effectively control well kicks and implement pressure control technology during oil and gas drilling operations. It is designed to support the latest balanced drilling techniques, which help prevent formation damage, increase drilling efficiency, and manage blowouts efficiently. One end of the choke manifold connects to the side flange of a BOP (Blowout Preventer) spool. When the BOP is closed, it regulates the casing pressure by adjusting the choke valve's opening, enabling balanced drilling under minimal pressure differential.
The choke manifold consists of key components such as a choke valve, gate valve, piping, fittings, and pressure gauges. These parts work together to ensure safe and controlled fluid flow during drilling operations.
The working principle of the choke manifold involves releasing well fluids through the choke valve to regulate casing pressure. If the pressure becomes too high, the gate valve can be used to directly vent the fluid, ensuring safety and control.
In terms of specifications, choke manifolds are available in pressure classes of 5,000 psi, 10,000 psi, and 15,000 psi, with custom options available based on client requirements. They are manufactured according to API Specification 16C, ensuring compliance with industry standards. The working pressure range is typically between 5,000 psi and 15,000 psi, and the nominal bore size ranges from 2 1/16" to 4 1/16".
This product is ideal for use in oil and gas drilling operations where precision, reliability, and safety are critical. The design allows for efficient pressure management, making it a vital component in modern drilling systems. The images below showcase the high-quality construction and detailed engineering of the Y-02 model, highlighting its durability and performance.