Second-Layer Automatic Pipe Laying Machine (Offshore Platform)
Second-Layer Automatic Pipe Laying Machine (Offshore Platform)
During offshore drilling platform operations, working on the second deck is extremely dangerous and arduous. Derrick workers on the second deck, high above the derrick, use hooks to lower and retrieve columns.
During this process, columns need to be placed from the wellhead to the fingerrail or transferred from the fingerrail to the hook at the wellhead. Derrick workers frequently extend their upper bodies above the second deck railing to release, install, and lower columns.
Working at height is extremely dangerous, the working environment is harsh, and the labor intensity is high.
To improve operational safety, improve the working environment, and reduce labor intensity, pipe-laying machines can replace manual labor and derrick workers. Equipped with video monitoring systems and hydraulic elevators, they can achieve unmanned operation on the second deck.
Introduction
During offshore drilling platform operations, working on the second deck is extremely dangerous and arduous. Derrick workers on the second deck, high atop the derrick, use hooks to lower and retrieve columns.
During this process, columns need to be placed from the wellhead to the fingerrail or transferred from the fingerrail to the hook at the wellhead. Derrick workers frequently need to extend their upper bodies above the second deck railing to release, install, and lower columns.
Working at height is extremely dangerous, the working environment is harsh, and the labor intensity is high.
To improve operational safety, improve the working environment, and reduce labor intensity, pipe-laying machines can replace manual labor and derrick workers. Equipped with video monitoring systems and hydraulic elevators, they can achieve unmanned operation on the second deck.
Technical Parameters
Applicable Types | Offshore Drilling Platforms |
Drive Mode | Hydraulic Drive |
Robot Type | Suspended |
Applicable String Specifications MM(In) | 73~209 (2-7/8”~8-1/4) |
Maximum Operating Radius (MM) | ≤3850 |
Minimum Operating Radius (MM) | ≤750 |
Workload: | 1T@3850 MM 8T@2000 MM |
Lifting Height (MM) | 2500 |
Travel Distance (MM) | 2600 |
Maximum Operating Speed(M/S) | ≤0.2 |
Maximum Rotation Speed (R/Min) | ≤1.5 |
Position Accuracy (MM) | ≤+5 |
Rotation Angle (°) | ±90 |
Rotation Accuracy (°) | ≤0.15 |
System Maximum Working Pressure (MPa） | 16 |
Maximum System Flow (L/min) | 130 |
Functions and Features
• Features one-touch automatic operation and multiple interlocking safety features.
• Visual monitoring provides full control of operational status, enabling unmanned operation on the second-level platform.
• Features real-time detection and potential fault diagnosis, improving equipment reliability and stability, enhancing maintenance and repair convenience, and ensuring safe operation.
• In the event of a fault, the system can be restored to manual operation without disrupting normal operations.
• Its lightweight, modular design makes it interchangeable with the existing second-level platform, making it suitable for retrofitting older offshore drilling rigs.
Application Cases
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