Wellhead Christmas Tree for Oilfield Production Well

• Customization: Available
• After-sales Service: 24/7
• Warranty: 1 Year
• Model NO.: api
• Drilling Program: Multistage
• Applicable Medium: Mud, Crude Oil
• Connection Form: Flange
• Well Type: Chassis Well
• Installation Position: Overwater
• Structure: Vertical
• Type: Composite
• Weight (Kg): 1850
• Condition: New
• Usage: Hole Drilling
• Processing Type: Forging
• Working Medium: Oil, Gas, Mud, Gas Containing H2s, CO2
• Machine Type: Drilling Equipment
• Use: Well Drilling
• Color: Required
• Pressure: 2000psi-15000psi
• Product Name: Wellhead Equipment X-Mas Tree for Oil Drilling
• Transport Package: Box
• Specification: API 6A
• Trademark: Goldenman
• Origin: Shandong, China
• Package Size: 400.00cm * 200.00cm * 500.00cm
• Package Gross Weight: 3000.000kg

Product Description

Introducing API 6A Wellhead Equipment: Precision-engineered to meet the highest standards in the industry, this equipment is vital for the seamless operation of oil, gas, and water wells. Oil: The lifeblood of modern industry, fueling progress and innovation across the globe. Christmas: A festive symbol, but in the oil industry, it's a term for the essential 'Christmas Tree' equipment. Tree: In the context of oil extraction, this refers to the 'Christmas Tree' structure, integral for well operations. X-Mass: Synonymous with 'Christmas Tree' in oil industry jargon, an indispensable part of wellhead systems. Tree: This term in oilfield terminology refers to the complex assembly known as a 'Christmas Tree'. for Oilfield: Designed specifically to enhance and streamline oilfield operations, ensuring efficiency and safety.

First, the crucial role of oil harvesting trees: These structures are pivotal in the extraction process, managing wellhead functions with precision.

The wellhead device, often termed as the 'oil production tree', stands as a cornerstone in oil, gas, and water well operations. It plays a vital role in controlling and regulating the flow of resources. The primary functions include:

(1) Supporting the entire weight of the suspension tubing and bolstering the well structure;

(2) Sealing the annular gap between oil and casing to manage casing gas effectively;

(3) Precisely controlling and regulating the production levels of oil wells;

(4) Overseeing daily management activities such as adjusting pressure data, conducting tests, and performing tasks like wax removal;

(5) Facilitating seamless underground operations including well cleansing, sand washing, acidizing, and fracturing.

Figure 1-1 illustrates the detailed composition of the KY65-21 wellhead oil production tree.

Figure 1-1: Schematic diagram highlighting the KY65-21 oil production tree's intricate design.
1- Test valve; 2- Left or right production valves; 3 - Clamps; 4 - Tubing tee; 5 - Total valve; 6 - Upper flange; 7 - Casing tee; 8 - Lower flange; 9 - Left and right casing valves; 10- Tubing topping wire

Second, the different types of oil harvesting trees: Explore the evolution from traditional to modern designs.

Oil harvesting trees are broadly classified into traditional and modern categories. The traditional models, reminiscent of designs like Dalong, Rongfeng, and Lianggong from the 1960s, stand in contrast to the contemporary Daqing and Sheng models, which reflect advancements in design and technology.

Third, the intricate structure of oil extraction trees: Understanding the KY65-21 model's components.

The KY65-21 oil production tree exemplifies modern engineering with its components like the casing tee, valve systems, tubing head, and various accessories, all working in harmony to facilitate efficient resource extraction.

Fourth, the innovative connection methods of oil production trees: Exploring diverse techniques for assembly.

There are five prominent methods to connect the components of oil trees, each with unique merits:

(1) Clamp connection: Primarily used in models like Daqing 150II and Sheng 261 micro, this method ensures secure assembly.

(2) Thread connection: Utilized in models such as Daqing 150 and Sheng 251, offering a reliable threaded interface.

(3) Iron hoop connection: Common in Sheng I and Sheng II models, providing robust support through iron hoops.

(4) Flange connection: Typical in Shanghai Dalong, Rongfeng, and Lianggong models, using flanges for durability.

(5) Clamp flange connection: Seen in heritage models like the original CY250, combining clamp and flange for enhanced stability.

Technical Parameters
Pressure	2000Psi-20000Psi
Material Grade	AA BB CC DD EE FF HH
Temperature Level	-46~178
Specification	PSL1 PSL2 PSL3 PSL3G PSL4
Performance	PR1 PR2
Media	Oil,Water,Gas,