Reservoir

This updated version of SPE’s PEHandbook contains information on many of the subjects covered by the 1962 and 1987 versions. All chapters in this version are new and greatly expanded; chapters existing in the older versions have been revised extensively or rewritten completely, and new chapters have been added on geophysics; geology; petrophysics; production logs; chemical tracers; foam, polymer, and resin injection; miscible processes; valuation; and reservoir management.

Fundamental of CMG reservoir simulation
Genre: eLearning | MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 3.00 GB | Duration: 4h 24m

CMG reservoir simulation special course

Reservoir management is fundamental to the efficient and responsible means of extracting hydrocarbons, and maximising the economic benefit to the operator, licence holders and central government.  All stakeholders have a social responsibility to protect the local population and environment.  The process of managing an oil or gas reservoir begins after discovery and continues through appraisal, development, production and abandonment; there is cost associated with each phase and a series of decision gates should be in place to ensure that an economic benefit exists before progress is made.  To correctly establish potential value at each stage it is necessary to acquire and analyse data from the subsurface, the planned surface facilities and the contractual obligations to the end-user of the hydrocarbons produced.  This is especially true of any improved recovery methods proposed or plans to extend field life.  To achieve all the above requires a multi-skilled team of professionals working together with a clear set of objectives and associated rewards.  The team’s make-up will change over time, as different skills are required, as will the management of the team, with geoscientists, engineers and commercial analysts needed to address the issues as they arise..

This book presents methods for estimating reservoir fluid properties required for gas reservoir-engineering calculations; focuses on estimating original gas in place, gas reserves, and recovery factors for a variety of reservoir drive mechanisms; discusses the implementation and analysis of the four most common types of gas-well deliverability tests: flow-after-flow, single-point, isochronal, and modified isochronal tests.

This book provides a systematical investigation on the reservoir characteristics and percolation mechanism of ultradeep carbonate gas reservoirs, including reservoir characteristics and classification, gas storage and percolation capacities, gas-phase and gas-water two-phase percolation mechanism, microscale complex gas-water relationship, reservoir sensitivity characteristics, and gas production characteristics of heterogeneous carbonate reservoirs. Some advanced and improved experimental techniques and analytical methods are introduced and applied, including comprehensive evaluation technique of storage and percolation capacities, ultra-high temperature and pressure physical simulation experiment technique, microscopic visualization technique based on CT scanning and microelectronics lithography, and physical simulation technique for heterogeneous reservoir development. In addition, it summarizes strategies for the efficient development of ultradeep carbonate gas reservoirs based on these theoretical research results.

By Hamam Yousef, Senior Reservoir Engineer & Author

This book provides a systematical investigation on the reservoir characteristics and percolation mechanism of ultradeep carbonate gas reservoirs, including reservoir characteristics and classification, gas storage and percolation capacities, gas-phase and gas-water two-phase percolation mechanism, microscale complex gas-water relationship, reservoir sensitivity characteristics, and gas production characteristics of heterogeneous carbonate reservoirs.