Mathematical models and finite elements for reservoir simulation

During the last twenty years, many numerical simulators for oil reservoirs have been developed. They are now widely used by the oil companies and they include refined physical and thermodynamical effects. However, this research has taken place primarily within the oil companies, and has been thus somewhat inaccessible to the scientific community. The obstacle to communication has not been any kind of confidentiality, but has rather come from the specialized language used in the oil industry, together with an increasing complexity of the physical models underlying the numerical simulators.

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Name: Mathematical models and finite elements for reservoir simulation

Author: Guy chavent ceremade

Capacity disk: 5 MB

Publisher: NORTH-HOLLAND

Languaje: English

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Introduction to Precise Numerical Methods

The text gives the mathematics behind the various numerical techniques and also describes in general terms the procedures followed by the various computation programs. The software is open-source; that is, the source code for each computation program is available for inspection. Thus a student is able, when conversant with programming languages, to adapt these programs to other uses. Chapters 1 through 15 can be read by a student who has completed the calculus sequence and an elementary linear algebra course. The final chapter, Chapter 16, requires some acquaintance with complex analysis.

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Name: Introduction to Precise Numerical Methods

Author: Oliver Aberth

Capacity disk: 6 MB

Publisher: Elsevier

Languaje: English

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Integrated reservoir studies

Ever since the f 986 crisis, the price of crude oil has been fluctuating severely. Oil companies have had to comply with this situation by cutting their costs and putting more effort into estimating as accurately as possible the economics of projects and associated risks. Technical advances in well design and drilling, now allow the drilling of horizontal wells several kilometers long, as well as extended multilateral wells, with new production-injection architecture. Such wells permit the development of the fields using less wellheads and hence more convenient surface infrastructures. Also, new types of structures have replaced traditional platforms; allowing a reduction in capital expenditure and hence increasing the possibility of deep offshore development.dies.

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Name: Integrated reservoir studies

Author: Luca cosentino

Capacity disk: 55 MB

Publisher: Institute francais du petrole publications

Languaje: English

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Handbook of POROUS MEDIA Second Edition

Theoretical and applied research in flow, heat, and mass transfer in porous media has received increased attention during the past three decades. This is due to the importance of this research area in many engineering applications. Significant advances have been made in modeling fluid flow, heat, and mass transfer through a porous medium including clarification of several important physical phenomena. For example, the non-Darcy effects on momentum, energy, and mass transport in porous media have been studied in depth for various geometrical configurations and boundary conditions. Many of the research works in porous media for the past couple of decades utilize what is now commonly known as the Brinkman–Forchheimer-extended Darcy or the generalized model.

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Name: Handbook of POROUS MEDIA Second Edition

Author: Kambiz Vafai

Capacity disk: 15 MB

Publisher: Taylor & Francis Group, LLC

Languaje: English

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Gas lift design and technology

Most wells completed in oil producing sands will flow naturally for some period of time after they begin producing. Reservoir pressure and formation gas provide enough energy to bring fluid to the surface in a flowing well. As the well produces this energy is consumed, and at some point there is no longer enough energy available to bring the fluid to the surface and the well will cease to flow. When the reservoir energy is too low for the well to flow, or the production rate desired is greater than the reservoir energy can deliver, it becomes necessary to put the well on some form of artificial lift to provide the energy to bring the fluid to the surface. The types of artificial lift available are illustrated in Figure 1-1. When gas lift is used, high-pressure gas provides the energy to enable the well to produce.

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Name: Gas lift design and technology

Author: Schlumberger

Capacity disk: 3 MB

Publisher: Schlumberger

Languaje: English

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Gas transport in porous media

In this book, gas and vapor are distinguished by their available states at standard temperature and pressure (20◦C, 101 kPa). If the gas-phase constituent can also exist as a liquid phase at standard temperature and pressure (e.g., water, ethanol, toluene, trichlorothylene), it is considered a vapor. If the gas-phase constituent is non-condensable at standard temperature and pressure (e.g., oxygen, carbon dioxide, helium, hydrogen, propane), it is considered a gas. The distinction is important because different processes affect the transport and behavior of gases and vapors in porous media. For example, mechanisms specific to vapors include vapor-pressure lowering and enhanced vapor diffusion, which are caused by the presence of a gasphase constituent interacting with its liquid phase in an unsaturated porous media. In addition, the “heat-pipe” exploits isothermal latent heat exchange during evaporation and condensation to effectively transfer heat in designed and natural systems.

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Name: Gas transport in porous media

Author: Clifford K. Ho

Capacity disk: 9 MB

Publisher: Schlumberger

Languaje: English

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Api Gas Lift Manual

Artificial lift represents an increasingly important part of the oil business. In fact, at the time of this writing, over 90% of the oil wells in the United States used some form of artificial lift. The four basic typeso f artificial lift used in the oil industry are: rod pumping, electric submersible pumping, hydraulic pumping, and gas lift. As the name implies,l i gfta s is the only oneo f the artificial lift systems that does nuost e some formo f mechanical pump to physically force the fluid from one place to another. Becaouf steh is phenomenon; gas lift has certain advantages over the other systems in some instances and occupies a rather unique and important place as a lift mechanism.

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Name: Api Gas Lift Manual

Author: AMERICAN PETROLEUM INSTITUTE

Capacity disk: 11 MB

Publisher: AMERICAN PETROLEUM INSTITUTE

Languaje: English

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Fundamentals of fractured reservoir engineering

The material presented in this book is the result of my personal involvement in fractured reservoir studies in Europe and the Middle East during the last two decades. The results obtained in various studies and the continuous attempt to reconcile field behaviour with theoretical work presented in various papers have been the basis of the elaboration of specific fractured reservoir production mechanisms. In addition, discussion with specialists during the examination of various projects improved the concepts which are introduced in the present book. I am proud to mention that the basis of the third part of the book is the result of a meeting with M. Muskat in London (1963), where both of us were involved in the evaluation of the future behaviour of Ragusa Field (Sicily). Muskat’s concepts on matrixfracture flow mechanisms and rate sensitivity vs. water-table advancement are the basic approach of the material developed in chapters 9 and 10.

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Name: Fundamentals of fractured reservoir engineering

Author: T.D. Van Golf-Racht

Capacity disk: 10 MB

Publisher: Elsevier

Languaje: English

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Forsthoffer's Rotating Equipment Handbooks Vol 2 Pumps

This Series has evolved from my personal experience over the last 40 years with the design, selection, testing, start-up and condition monitoring of Rotating Equipment. Most of the concept figures were originally written on a blackboard or whiteboard during a training session and on a spare piece of paper or I beam during a start-up or a problem solving plant visit.

My entire career has been devoted to this interesting and important field. Then and now more than ever, the cost of rotating equipment downtime can severely limit revenue and profits. A large process unit today can produce daily revenues in excess of US$5 million. And yet, the Operators, Millwrights and Engineers responsible for the safety and reliability of this equipment have not been afforded the opportunity to learn the design basis for this equipment in practical terms. I have also observed in the last ten years or so, that the number of experienced personnel in this field is diminishing rapidly.

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Name: Forsthoffer's Rotating Equipment Handbooks Vol 2: Pumps

Author: William E. Forsthoffer's

Capacity disk: 12 MB

Publisher: Elsevier

Languaje: English

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Enhanced Oil Recovery by Marcel Latil

Is a center of excellence and a depository of knowledge regarding the implementation of Enhanced Oil Recovery techniques in Wyoming. Use this book to learn about the activities of the institute, to keep abreast of institute outreach efforts, to find general information regarding Enhanced Oil Recovery technologies and to find data and information regarding research and technical development in the field of Enhanced Oil Recovery. Please read our conspectus for a more detailed overview of EORI activities.

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Name: Enhanced Oil Recovery

Author: Marcel Latil

Capacity disk: 78 MB

Publisher: Editions technip

Languaje: English

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Enhanced Oil Recovery, II processes and operations

As a whole, EOR production in the U.S. is currently around 500 thousand barrels/ day and increasing, nearly 10% of the 5.31 million barrels/day produced in 2009. The increase is due solely to the increase in enhanced oil production from gas injection, virtually all of which is CO2. The number of CO2 projects and the production from those projects has been steadily growing since the late 1970s. In 1986, production was 25,000 barrels/day. By 2009, it was over 250,000 barrels/day from 101 CO2-EOR projects. The industry has matured and the technology proven. There have been no CO2 related fatalities since inception in the transportation, injection and processing of the gas.

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Name: Enhanced Oil Recovery, II processes and operations

Author: Erle C. Donaldson

Capacity disk: 51 MB

Publisher: Elsevier

Languaje: English

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