Bøger af Mohammed Ismail Iqbal

This is a comprehensive guide to the intricacies of the oil and gas industry, focusing specifically on production processes.

The primary aim of the book is to present the basic physics of Well Test engineering, using the simplest and most straightforward of mathematical techniques. It is only through having a complete understanding that the engineer can hope to appreciate and solve complex reservoir engineering problems practically. It involves basics of Flow Equations. The book is organised so that it can be used as a textbook for senior and graduate students or as a reference book for practicing engineers. Chapter 1 gives entire details about the field, Chapter 2 mentions statement of problem, Chapter 3 describes the theory and practice of well testing and pressure analysis techniques, which is probably one of the most important subjects in reservoir engineering. Chapter 4 discusses basic assumptions and flow equations along with Darcy¿s Equation. Chapter 5 presents Drill Stem Test along with flow periods in details. Chapter 6 focuses on Modular Dynamic Testing, principles, sampling procedures. Chapter 7 illustrates on PVT Analysis and Testing. Chapter 8 explains about the practical Well Test Analysis & Interpretation on real time data on Ecrin Software.Chapter 9 study of designing of Artificial Lift.

The primary aim of this book is to understand the detail study and Development of Reservoir. The aim of the four volumes presented under the title: ¿An Oil and Gas Field Development Plan¿ is to provide the basics of the technology and construction involved in each of the four activities listed above in a condensed form, thereby allowing better interaction among the men and women. The introduction to Oil and gas field technology is also designed to help specialists in other fields, e.g.: information processing, law, economy, research, manufacturing, etc. This book is written as a stand-alone plan of Oil & Gas field given the complex nature of the reservoir and the inherent uncertainties, there is therefore a possibility that an amendment be made to this plan, depending on the outcome of further data gathering and understanding of the reservoir. The primary aim of the book is to present the basic physics of Reservoir engineering, using the simplest and most straightforward of Reservoir software¿s. It is only through having a complete understanding that the engineer can hope to appreciate and solve complex reservoir engineering problems in a practical manner.