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modular drilling rigs drilling platform clearance height well slot area drilling support system design derrick modular design specifications module typecomponent equipmentlayout requirements current fuses visible light communications striped asphalt paper scopethis
GB/T 29549.1-2023 in English

GB/T 29549.1-2023 in English

VALID

Specification 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
Price(USD): $430.00
$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 items2013 version2023 versionTechnical impact
Rated power of drawworksChapter 4.2Chapter 5.2Improving deep well operation capabilities
Calculation of drilling fluid tank volumeFormula (6)Formulas (7)-(8)Optimizing the design of the fluid storage system
Flatbed loading technologyNot included7.6.5.3.2New 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 typeComponent equipmentLayout 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

  1. Prioritize the use of Z-directional performance steel to make key nodes
  2. The structural analysis must include loading/towage/hoisting conditions
  3. The voltage distortion rate of the electrical system is controlled within 5%
  4. The interface design reserves platform system access points

Sample only — not a preview of GB/T 29549.1-2023
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