Oil and Gas Well Cementing for Engineers.

Format:

Book

Author/Creator:

Suleimanov, Baghir A.

Contributor:

Veliyev, Elchin F.

Aliyev, Azizagha A.

Language:

English

Subjects (All):

Oil well cementing.

Additives.

Physical Description:

1 online resource (275 pages)

Edition:

1st ed.

Place of Publication:

Newark : John Wiley & Sons, Incorporated, 2023.

Summary:

This comprehensive resource delves into the theoretical and practical aspects of well cementing in the oil industry. It covers the elements and construction of oil wells, objectives of well cementing, and the history of the technology's development. The book details the chemical composition and manufacturing processes of Portland cement, as well as the American Petroleum Institute (API) and GOST standards. It discusses various cement additives, special cement systems, and equipment used in cementing operations. Primary and remedial cementing techniques are explored, along with cement job evaluation and laboratory testing methods. Intended for professionals and students in the oil and gas industry, this work aims to provide a thorough understanding of well cementing processes, including slurry preparation and calculations. Generated by AI.

Contents:

Cover

Title Page

Copyright Page

Contents

Foreword

Introduction

Chapter 1 Theoretical and Practical Aspects of Well Cementing

1.1 Oil Well, Its Elements, and Construction

1.2 Objectives of Well Cementing

1.3 Primary Cementing

1.3.1 Single-Stage Cementing with Two Plugs

1.3.2 Two-Stage (Two-Cycle) Cementing

1.3.3 Basket Cementing

1.3.4 Liner Cementing

1.3.5 Reverse Cementing

1.3.6 Cementing Plugs

1.4 History of Oil Well Cementing Technology Development

Chapter 2 Composition and Classification of Portland Cement

2.1 Chemical Composition

2.2 Portland Cement Manufacturing

2.3 API (American Petroleum Institute) Classification of Portland Cement

2.4 GOST (Russian: ) Classification of Portland Cement

Chapter 3 Cement Additives

3.1 Introduction

3.2 Accelerators

3.3 Retarders

3.3.1 Lignosulfonates

3.3.2 Hydroxycarboxylic Acid

3.3.3 Saccharide Compounds

3.3.4 Cellulose Derivatives

3.3.5 Organophosphonates

3.3.6 Inorganic Compounds

3.4 Extenders

3.4.1 Clays

3.4.2 Sodium Silicate

3.4.3 Pozzolans

3.4.4 Lightweight Particles

3.4.5 Gas Based Extenders

3.5 Weighting Agents

3.6 Dispersants

3.7 Fluid Loss Agents

3.7.1 Particulate Materials

3.7.2 Water Soluble Polymers

3.8 Lost Circulation Prevention Agents

3.9 Special Cement Additives

3.9.1 Antifoaming Agents (Defoamers)

3.9.2 Strengthening Agents

3.9.3 Radioactive Tracers

3.9.4 Mud Decontamination

Chapter 4 Special Cement Systems

4.1 Thixotropic Cement

4.2 Expansive Cement

4.3 Freeze-Protected Cement

4.4 Salt-Cement Systems

4.5 Latex-Cement Systems

4.6 Corrosion-Resistant Cement

4.7 BFS Systems

4.8 Engineered Particle-Size Distribution Cements

4.9 Low-Density Cements

4.9.1 Foamed Cement

4.10 Flexible Cement

4.11 Microfine Cements.

4.12 Acid-Soluble Cements

4.13 Chemically Bonded Phosphate Ceramics

4.14 Special Cement Systems

4.14.1 Nonaqueous Cement Systems

4.14.2 Storable Cement Slurries

Chapter 5 Cementing Equipment

5.1 Surface Equipment

5.2 Casing Types

5.2.1 Conductor Casing

5.2.2 Surface Casing

5.2.3 Intermediate Casing

5.2.4 Production Casing

5.2.5 Liner

5.3 Technical Characteristics of Casing

5.3.1 Steel Grades

5.3.2 Strength Characteristics of Casing

5.3.3 Weight Per Unit Length of Tube

5.3.4 Connection Types of Casing

5.4 Casing Hardware

5.4.1 Casing Shoe

5.4.2 Check Valve

5.4.3 Centralizer

5.4.4 Turbulator and Scratcher

5.4.5 Cementing Plugs

5.4.6 Cementing Head

5.4.7 Screening Devices and Cement Baskets

5.5 Remedial Cementing Equipment

5.5.1 Cased - Hole Remedial Cementing Equipment

5.5.2 Open Hole Remedial Cementing Equipment

Chapter 6 Primary Cementing

6.1 Planning

6.1.1 Depth and Design of the Well

6.1.2 Reservoir Conditions

6.1.3 Drilling Mud Parameters

6.2 Slurry Selection

6.2.1 Density

6.2.2 Compressive Strength and Mechanical Properties

6.2.3 Formation Temperature

6.2.4 Cement Slurry Additives

6.2.5 Cement Slurry Design

6.3 Theoretical Basis of Mud Displacement

6.3.1 Preparing the Well for Running Casing

6.3.2 Theoretical Basis for Assessing Circulation and Displacement Efficiency

6.3.3 Conditioning the Drilling Mud

6.3.4 Drilling Mud Displacement

6.4 Methods of Well Cementing

6.4.1 Cementing Through Drill Pipes

6.4.2 Cementing Through Small Diameter (Macaroni) Tubing

6.4.3 Single-Stage Cementing

6.5 Multistage Cementing

6.5.1 Standard Two-Stage Cementing

6.5.2 Continuous Two-Stage Cementing

6.5.3 Three-Stage Cementing

6.6 Liner Cementing

6.7 Critical Factors in Cementing Operations.

6.7.1 Volume of Cement Slurry

6.7.2 Displacement of Cement Slurry

6.7.3 Well Temperature

6.7.4 Well Pressure

Chapter 7 Remedial Cementing

7.1 Plug Cementing

7.1.1 Plug Cementing Techniques

7.1.2 Plug Cementing Equipment

7.1.3 Slurry Design

7.1.4 Plug Cementing Evaluation

7.2 Squeeze Cementing

7.2.1 Squeeze Cementing Technologies

7.2.2 Slurry Design

7.2.3 Design and Execution of Squeeze Cementing Operations

7.2.4 Analysis and Evaluation of the Squeeze Cementing Job

Chapter 8 Cement Job Evaluation

8.1 Hydraulic Testing

8.1.1 Pressure Test

8.1.2 Inflow Test

8.2 Temperature Log

8.3 Radioactive Logging

8.3.1 Pulsed Neutron Logging

8.4 Acoustic Logging

8.5 Types of Logging Tools

8.5.1 Cement Bond Log (CBL)

8.5.2 Radial Acoustic Cement Meter

8.5.3 Multiple Pad Sonic Tool

8.5.4 Ultrasonic Tool

Chapter 9 Laboratory Testing and Evaluation of Well Cements

9.1 Preparation of Cement Slurry

9.2 Test Methods of Cement Slurries

9.2.1 Density

9.2.2 Thickening Time

9.2.3 Fluid Loss

9.2.4 Free Water

9.2.5 Sedimentation Test

9.2.6 Rheological Measurements

9.2.7 Static Gel Strength (SGS)

9.2.8 Flowability of Cement Slurries

9.3 Test Methods of Cement Stone

9.3.1 Mechanical Strength of Cement

9.3.2 Destructive Test (Compressive Strength)

9.3.3 Expansion and Shrinkage

9.3.4 Gas Migration

9.3.5 Cement Stone Permeability

9.3.6 Thermophysical Properties of Cement

9.4 Laboratory Evaluation of Spacers and Washers

9.4.1 Compatibility of the Buffer/Washer Fluid with the Drilling Fluid and Cement Slurry

9.4.2 Efficiency of Wellbore Cleaning with Washer Fluid

9.5 Chemical Analysis of Mix Water

Chapter 10 Typical Calculations for Well Cementing

10.1 Slurry Preparation Calculations

10.1.1 Specific Gravity of Cement Slurry.

10.1.2 The Concept of Absolute and Bulk Volumes

10.1.3 Additive Concentration Calculation

10.1.4 Density and Yield of the Slurry

10.1.5 Special Additives

10.2 Primary Cementing Calculation

10.2.1 Volume of Cement Slurry

10.2.2 Volume of Displacing Fluid

10.2.3 Pressure to Place the Cement Plug on the Stop Collar

10.2.4 Buoyancy

10.3 Remedial Cementing Calculations

10.3.1 Plug Cementing Calculations

10.3.2 Squeeze Cementing

Annex. Conversion Tables

Recommended Literature

Index

EULA.

Notes:

Description based on publisher supplied metadata and other sources.

Part of the metadata in this record was created by AI, based on the text of the resource.

Other Format:

Print version: Suleimanov, Baghir A. Oil and Gas Well Cementing for Engineers

ISBN:

9781394164882

1394164882

9781394164868

1394164866

OCLC:

1392343755