GB/T 29549.1-2023 in English
VALIDSpecification for offshore modular drilling rigs on fixed platforms—Part 1: Design
- Issued on:2023-11-27
- Implemented on:2024-06-01
- File Format:PDF
- Delivery:Via email within 5 business days
$418.00
《GB/T 29549.1-2023海上石油固定平台模块钻机 第1部分:设计》由TC96(全国石油钻采设备和工具标准化技术委员会)归口,主管部门为国家标准委。
Introduction
Core changes in the standard revision
| Revision items | 2013 version | 2023 version | Technical impact |
|---|---|---|---|
| Rated power of drawworks | Chapter 4.2 | Chapter 5.2 | Improving deep well operation capabilities |
| Calculation of drilling fluid tank volume | Formula (6) | Formulas (7)-(8) | Optimizing the design of the fluid storage system |
| Flatbed loading technology | Not included | 7.6.5.3.2 | New transportation plan specifications |
Analysis of key technical parameters
Drilling equipment system (DES) design
derrick and base layout must meet the following requirements:
- Maximum hook load calculation: Q≥1.2×F string+500kN
- Drilling platform clearance height: H=H1+H2 (wellhead device height + bell pipe height)
- Top drive torque must meet the requirements of GB/T 31049
Modular design specifications
| Module type | Component equipment | Layout requirements |
|---|---|---|
| Drilling equipment system (DES) | Derrick, winch, top drive, etc. | Three-layer layout in the well slot area |
| Drilling support system (DSM) | Generator set, drilling pump, etc. | Symmetrically arranged in front of DES |
| Bulk tank module (P-Tank) | Benzene tank, cement tank, etc. | Main deck vertical structure |
Key points of safety design
- The selection of explosion-proof electrical equipment complies with GB/T 3836.1
- The width of the escape passage is ≥1m, and the clear height is ≥2.2m
- The blowout preventer must be closed within 30 seconds
- Equipped with two independent fire water systems
Implementation suggestions
- Prioritize the use of Z-directional performance steel to make key nodes
- The structural analysis must include loading/towage/hoisting conditions
- The voltage distortion rate of the electrical system is controlled within 5%
- The interface design reserves platform system access points

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