By Ahmed T. McKinney P.D.

ISBN-10: 0750677333

ISBN-13: 9780750677332

The first concentration of this e-book is to give the fundamental physics of reservoir engineering utilizing the easiest and simplest of mathematical innovations. it's only via having a whole figuring out of physics of reservoir engineering that the engineer can desire to resolve advanced reservoir difficulties in a pragmatic demeanour. The booklet is prepared in order that it may be used as a textbook for senior and graduate scholars or as a reference booklet for practising engineers.
Contents: good checking out research Water inflow Unconventional fuel Reservoirs functionality of Oil Reservoirs Predicting Oil Reservoir functionality advent to grease box Economics.

Show description

Read or Download Advanced Reservoir Engineering PDF

Similar mining books

Franca Piazza's Data Mining im Personalmanagement: Eine Analyse des PDF

Mit Data-Mining-Methoden stehen dem Personalmanagement leading edge Analysemöglichkeiten zur Verfügung, die dem Entscheidungsträger neue und interessante Informationen liefern können. Franca Piazza untersucht auf foundation der Entscheidungstheorie systematisch und umfassend das Einsatzpotenzial von information Mining im Personalmanagement.

New PDF release: Mining in the Americas. Stories and History

20 years of labor went into the writing of this: the 1st e-book to hide the background of mines and mining in North and South the USA. The textual content is enlivened by means of sketches of many miners the writer acquired to understand over the a long time

Data Mining and Big Data: First International Conference, - download pdf or read online

The LNCS quantity LNCS 9714 constitutes the refereed complaints of the foreign convention on info Mining and massive info, DMBD 2016, held in Bali, Indonesia, in June 2016. The fifty seven papers offered during this quantity have been rigorously reviewed and chosen from a hundred and fifteen submissions. The subject of DMBD 2016 is "Serving lifestyles with facts Science".

Download e-book for iPad: Theory and Technology of Rock Excavation for Civil by Dingxiang Zou (auth.)

This e-book summarizes the technical advances in contemporary a long time and some of the theories on rock excavation raised by way of students from diverse international locations, together with China and Russia. It not just specializes in rock blasting but additionally illustrates a couple of non-blasting tools, similar to mechanical excavation intimately.

Additional resources for Advanced Reservoir Engineering

Sample text

78] Van Everdingen and Hurst (1949) proposed an analytical solution to the above equation by assuming: ● ● ● ● a perfectly radial reservoir system; the producing well is in the center and producing at a constant production rate of Q; uniform pressure pi throughout the reservoir before production; no flow across the external radius re . 77 in a form of an infinite series of exponential terms and Bessel functions. The authors evaluated this series for several values of reD over a wide range of values for tD and presented the solution in terms of dimensionless pressure drop pD as a function of dimensionless radius reD and dimensionless time tD .

17 Pressure disturbance as a function of time. 42 yields: GOR = Rs + krg kro µo Bo µ g Bg ● ● or: GOR = Rs + If the well is allowed to flow at a constant flow rate of q, a pressure disturbance will be created at the sand face. , pwf , will drop instantaneously as the well is opened. 43] where Bg is the gas formation volume factor expressed in bbl/scf. A complete discussion of the practical applications of the WOR and GOR is given in the subsequent chapters. 17(a) which shows a shut-in well that is centered in a homogeneous circular reservoir of radius re with a uniform pressure pi throughout the reservoir.

D 1422 2000 600 = 1089 × 106 − 6. 565 65 15 = 1077. 5 × 106 By interpolation at m(pwf ) = 1077. 5 × 106 , this gives a corresponding value of pwf = 4367 psi. 102] µZ The bars over µ and Z represent the values of the gas viscosity and deviation factor as evaluated at the average pressure p. 99, gives: p2wf = p2i − 1637Qg T µZ kh log Solution kt φµi cti rw2 − 3. 104] Step 1. Calculate the dimensionless time tD : tD = = or: p2wf = p2i − 0. 0002637kt φµi cti rw2 0. 15 0. 02831 3 × 10−4 0. 32 = 224 498.

Download PDF sample

Advanced Reservoir Engineering by Ahmed T. McKinney P.D.

by Kenneth

Rated 4.52 of 5 – based on 32 votes