By Nnaemeka Ezekwe
The full, updated, useful advisor to fashionable Petroleum Reservoir Engineering it is a entire, updated consultant to the perform of petroleum reservoir engineering, written through one of many world’s such a lot skilled pros. Dr. Nnaemeka Ezekwe covers subject matters starting from uncomplicated to complex, specializes in at present applicable practices and glossy innovations, and illuminates key strategies with practical case histories drawn from a long time of engaged on petroleum reservoirs world wide. Dr. Ezekwe starts off via discussing the resources and functions of uncomplicated rock and fluid houses information. subsequent, he exhibits the best way to are expecting PVT houses of reservoir fluids from correlations and equations of nation, and offers middle innovations and strategies of reservoir engineering. utilizing case histories, he illustrates useful diagnostic research of reservoir functionality, covers necessities of brief good try research, and provides major secondary and superior oil restoration equipment. Readers will locate functional insurance of experience-based systems for geologic modeling, reservoir characterization, and reservoir simulation. Dr. Ezekwe concludes by means of offering a collection of easy, useful rules for more suitable administration of petroleum reservoirs. With Petroleum Reservoir Engineering perform readers will learn how to • Use the final fabric stability equation for simple reservoir research • practice volumetric and graphical calculations of gasoline or oil reserves • research strain transients exams of ordinary wells, hydraulically fractured wells, and of course fractured reservoirs • observe waterflooding, gasflooding, and different secondary restoration tools • display reservoirs for EOR techniques, and enforce pilot and field-wide EOR initiatives. • Use functional strategies to construct and signify geologic versions, and behavior reservoir simulation • advance reservoir administration ideas according to functional ideas all through, Dr. Ezekwe combines thorough assurance of analytical calculations and reservoir modeling as strong instruments that may be utilized jointly on so much reservoir analyses. every one subject is gifted concisely and is supported with copious examples and references. the result's a terrific instruction manual for practising engineers, scientists, and managers—and a whole textbook for petroleum engineering scholars.
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Extra resources for Petroleum Reservoir Engineering Practice
1) 2 Chapter 1 • Porosity of Reservoir Rocks Expressed in terms of symbols, Eq. 2) In Eq. 2), f = porosity; Vp = pore volume; and VB = bulk volume. ) that compose the rock. Two types of porosities can exist in a rock. These are termed primary porosity and secondary porosity. Primary porosity is described as the porosity of the rock that formed at the time of its deposition. Secondary porosity develops after deposition of the rock. Secondary porosity includes vugular spaces in carbonate rocks created by the chemical process of leaching, or fracture spaces formed in fractured reservoirs.
19), Cwe is expressed in terms of Cw and a function of shale (in the shale model) or a function of clay (in the clay model). In Eq. 20), X is a function that accounts for the conductivity caused by shale or clay that occur in shaly sands. Note that in Eq. 20) as X approaches zero, Eq. 20) becomes equivalent to Eq. 18). The main point to note from Eqs. 20) is that total porosity is an important data input for calculation of water saturation with water saturation models. If errors exist in the calculations of total porosity, these errors will be transferred to the calculation of water saturations.
He has published numerous technical papers on chemical and petroleum engineering topics. Nnaemeka is a registered professional engineer in California and Texas. 1 Introduction Porosity is defined as a measure of the capacity of reservoir rocks to contain or store fluids. The fluids stored in the pore spaces within the reservoir rocks could be gas, oil, and water. High porosity values indicate high capacities of the reservoir rocks to contain these fluids, while low porosity values indicate the opposite.