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    Introduction - Pipeline Design: A, B, N A, E, K

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    NivedanSahay
    This document provides an overview of the key steps in pipeline design: 1. The first step is to select the optimal route for the pipeline. 2. Next, factors like wall thickness, anti-corrosion coating, flow assurance, stability, thermal expansion, buckling resistance, shore approaches, and crossings are considered. 3. Finally, installation methods and requirements for welding are reviewed to complete the pipeline design.

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    Introduction - Pipeline Design: A, B, N A, E, K

    Uploaded by

    NivedanSahay
    8 views1 page
    This document provides an overview of the key steps in pipeline design: 1. The first step is to select the optimal route for the pipeline. 2. Next, factors like wall thickness, anti-corrosion coating, flow assurance, stability, thermal expansion, buckling resistance, shore approaches, and crossings are considered. 3. Finally, installation methods and requirements for welding are reviewed to complete the pipeline design.

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    PIP3

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    This document provides an overview of the key steps in pipeline design: 1. The first step is to select the optimal route for the pipeline. 2. Next, factors like wall thickness, anti-corrosion coating, flow assurance, stability, thermal expansion, buckling resistance, shore approaches, and crossings are considered. 3. Finally, installation methods and requirements for welding are reviewed to complete the pipeline design.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    8 views1 page

    Introduction - Pipeline Design: A, B, N A, E, K

    Uploaded by

    NivedanSahay
    This document provides an overview of the key steps in pipeline design: 1. The first step is to select the optimal route for the pipeline. 2. Next, factors like wall thickness, anti-corrosion coating, flow assurance, stability, thermal expansion, buckling resistance, shore approaches, and crossings are considered. 3. Finally, installation methods and requirements for welding are reviewed to complete the pipeline design.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    of 1

    Introduction – Pipeline Design

    FC 01
    Pipeline design

    N101 A, B, N
    Route Selection

    A, E, K

    N102
    Wall Thickness dimensioning

    L
    N103 A, B, J, K
    Anti-Corrosion Coating Selection
    & dimensioning

    L
    N104
    Flow Assurance

    N105 A
    On-Bottom Stability Analysis

    L N112
    Dropped Object Protection
    N117 Dimensioning
    N106
    Pipe Stacking Height Thermo-hydraulic

    M N113
    A, K Allowable Free Spans
    J
    F
    A
    N107
    N111 N114
    Thermal Expansion
    Cathodic Protection Bottom Roughness
    A, B,
    C, F
    D G H
    L
    N108 N115
    N002 Upheaval Buckling verification Shore Approach
    Installation Studies N, O

    C A, K
    N109 N116
    A, E D, N, O Lateral Buckling verification Crossing

    C L

    N118
    Weld Repair Length N110
    M, N Pipe Walking verification

    FC01
    Completed

    23-Apr-
    Page 13
    20

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