Natural Gas Processing: Technology And Engineering Design Book Pdf [PATCHED]
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This book is for engineers who are designing unconventional gas facilities. It will also be of interest to geologists, geophysicists, environmental engineers, petroleum engineers, and students of petroleum engineering and geosciences. It is intended to be a practical guide to the design of an unconventional gas well.
The use of new technologies and commercial development approaches is reshaping the gas industry. This book describes the basics of hydraulic fracturing and provides a general guide for environmental engineers and gas reservoir engineers. In recent years, unconventional gas development has become one of the major drivers of new gas technologies and commercial production. Much of the unconventional gas has been found in the USA, but Australia is soon to follow.
The book will first introduce the reader to hydraulic fracturing by summarizing why it is used and how it is applied. The next section provides a detailed overview of the various technologies applied in this process. It also describes the most frequently used chemicals and their effectiveness at creating fractures and how they do this. This is followed by a section on the different fracturing methods, which range from simple to complex. The final section describes the equipment and facilities that are required for the various stages of fracturing.
Structural engineering is also involved in unconventional gas extraction. This is particularly true for gas-bearing shale formations, where the shale tends to be brittle and not very strong. Modern extraction techniques, such as hydraulic fracturing, can cause the formations to fail. This is why engineers need to understand the geology of the area and the geological factors that affect the rock and the gas. This book will look at the geology of unconventional gas reservoirs, describe how to use this information to design the location of wells and facilities, and provide a guide to the types of geological factors that affect gas production.
Hydraulic fracturing is the most common unconventional gas extraction technique. It has been used for 50 years on conventional gas and oil reservoirs, but its use for unconventional gas development is relatively new. Hydraulic fracturing uses water mixed with chemical additives, and with the addition of sand, it is able to create microscopic fractures in rock. The gas can then flow from the subsurface to the surface.
The widespread acceptance of unconventional gas production technologies has led to a rapid growth in the volume of gas that can be produced from a particular area. The magnitude of this increase is apparent in Texas, for example, where the number of active shale gas wells has more than doubled in three years.
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