• API TR 10TR1 : 2008

    Superseded A superseded Standard is one, which is fully replaced by another Standard, which is a new edition of the same Standard.

    CEMENT SHEATH EVALUATION

    Available format(s):  Hardcopy, PDF

    Superseded date:  13-05-2019

    Language(s):  English

    Published date:  11-09-2008

    Publisher:  American Petroleum Institute

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    Table of Contents - (Show below) - (Hide below)

    1 Introduction
    2 Framework - Put Cement Sheath Evaluation in Perspective
    3 A Brief Introduction to Cementing
       3.1 Importance of Cement
       3.2 Slurry and Set Cement Properties
       3.3 Mud Removal and the Cement Job
    4 Cement Evaluation Tool Types 'Categories'
       4.1 Sonic (and Low-ultrasonic) Evaluation Tools
       4.2 Ultrasonic Evaluation Tools
    5 Cement Bond Log (CBL)
       5.1 Amplitude and Attenuation Physics
       5.2 Waveform/Variable Density Physics
       5.3 Key Requirements
       5.4 CBL Presentation
       5.5 CBL Interpretation
       5.6 CBL Quality Control
       5.7 Limitations (Environmental Effects)
    6 Compensated Bond Logging Tool (CBT)
       6.1 Attenuation Physics
       6.2 Waveform/Variable Density Physics
       6.3 Key Requirements
       6.4 Compensated Logging Tool Presentation
       6.5 Compensated Logging Tool Interpretation
       6.6 CBL Quality Control
       6.7 Limitations (Environmental Effects)
    7 Segmented Bond Log
       7.1 Introduction
       7.2 SBT Physics
       7.3 Waveform/Variable Density Physics
       7.4 Key Requirements
       7.5 SBT Presentation
       7.6 SBT Interpretation
       7.7 SBT Quality Control and Recommendations
       7.8 Limitations (Environmental Effects)
    8 Sector Bond Log
       8.1 Introduction
       8.2 SBL Physics
       8.3 SBL Waveform/Variable Density Physics
       8.4 Key Requirements
       8.5 SBL Presentation
       8.6 SBL Interpretation
       8.7 SBL Quality Control and Recommendations
       8.8 SBL Limitations (Environmental Effects)
    9 Ultrasonic Cement Evaluation Tools
       9.1 Introduction
       9.2 Ultrasonic Tool Physics
       9.3 Key Requirements
       9.4 Ultrasonic Presentations
       9.5 Ultrasonic Interpretation
       9.6 Ultrasonic Quality Control and Guidelines
       9.7 Ultrasonic Limitations (Environmental Effects)
       9.8 Isolation Scanner Cased-hole Imager
    10 The Power and Limitations of the Computer Packages
    11 Pitfalls and Misconceptions in Cement Evaluation Practice
    12 Tool Selection Criteria/Guidelines
       12.1 Tool Selection Based on the Cement Evaluation Objective
       12.2 Tool Selection Based on the Fluid Inside the Casing
       12.3 Tool Selection Based on the Fluid in the Casing Annulus
       12.4 Tool Selection Based on the Solid in the Casing Annulus
    13 Zonal Isolation
       13.1 What is the Objective of the Cement Job?
       13.2 What Does the Other Available Information Suggest About
            Zonal Isolation Quality?
       13.3 What are the Limitations of the Cement Evaluation Took That
            is Being Run?
       13.4 What Remedial Action Will be Undertaken Based Upon the
            Evaluation?
    Annex A - Jargon
    Annex B - Examples
    Annex C - References

    Abstract - (Show below) - (Hide below)

    Describes how to best incorporate log-interpretation and cementing data into an overall determination of zonal isolation.

    General Product Information - (Show below) - (Hide below)

    Development Note Also available in RUSSIAN version, see API 10TR1 RUSSIAN. (03/2012) Also available in Kazakh version, see API 10TR1 KAZAKH. (09/2014)
    Document Type Technical Report
    Product Note This product is unavailable in Cuba, Iran, North Korea, Syria
    Publisher American Petroleum Institute
    Status Superseded
    Superseded By
    Supersedes

    Standards Referenced By This Book - (Show below) - (Hide below)

    15/30275410 DC : 0 BS EN ISO 16530-1 - PETROLEUM AND NATURAL GAS INDUSTRIES - WELL INTEGRITY - PART 1: LIFE CYCLE GOVERNANCE
    API 65-2:2010 ISOLATING POTENTIAL FLOW ZONES DURING WELL CONSTRUCTION
    16/30292328 DC : 0 BS ISO 27914 - CARBON DIOXIDE CAPTURE, TRANSPORTATION AND GEOLOGICAL STORAGE - GEOLOGICAL STORAGE
    BS ISO 27914:2017 Carbon dioxide capture, transportation and geological storage. Geological storage
    API STD 65-PART 2:2010(R2016) ISOLATING POTENTIAL FLOW ZONES DURING WELL CONSTRUCTION
    BS EN ISO 16530-1:2017 Petroleum and natural gas industries. Well integrity Life cycle governance
    I.S. EN ISO 16530-1:2017 PETROLEUM AND NATURAL GAS INDUSTRIES - WELL INTEGRITY - PART 1: LIFE CYCLE GOVERNANCE (ISO 16530-1:2017)
    API RP 1171 : 2015 FUNCTIONAL INTEGRITY OF NATURAL GAS STORAGE IN DEPLETED HYDROCARBON RESERVOIRS AND AQUIFER RESERVOIRS
    ISO 27914:2017 Carbon dioxide capture, transportation and geological storage Geological storage
    EN ISO 16530-1:2017 Petroleum and natural gas industries - Well integrity - Part 1: Life cycle governance (ISO 16530-1:2017)
    API 96 : 2013 DEEPWATER WELL DESIGN AND CONSTRUCTION
    API 90-2 : 2016 ANNULAR CASING PRESSURE MANAGEMENT FOR ONSHORE WELLS
    API 100-1 : 2015 HYDRAULIC FRACTURING - WELL INTEGRITY AND FRACTURE CONTAINMENT
    API HF1 : 2009 HYDRAULIC FRACTURING OPERATIONS - WELL CONSTRUCTION AND INTEGRITY GUIDELINES
    ISO 16530-1:2017 Petroleum and natural gas industries — Well integrity — Part 1: Life cycle governance
    CSA Z741 :2012 GEOLOGICAL STORAGE OF CARBON DIOXIDE
    CSA Z741 : 2012 : R2017 GEOLOGICAL STORAGE OF CARBON DIOXIDE
    API RP 1171:2022+ERR 1:2023 Functional Integrity of Natural Gas Storage in Depleted Hydrocarbon Reservoirs and Aquifer Reservoirs API RECOMMENDED PRACTICE 1171 SECOND EDITION, NOVEMBER 2022 ERRATA 1, SEPTEMBER 2023
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