Reservoir Engineering Software: All Listings 

DOE/BC-86/7/SP. In-Situ Combustion Predictive Model, Supporting Technology for Enhanced Oil Recovery, Fossil Energy Report III-3. December 1986. 263 pp. NTIS Order No. DE86000264.

DOE/BC-86/6/SP. Steamflood Predictive Model, Supporting Technology for Enhanced Oil Recovery, Fossil Energy Report III-2. December 1986. 594 pp. NTIS Order No. DE87001219.

CO2 Prophet: Water and CO2 Flood Prediction Software. CO2 Prophet, conceived by Texaco Exploration and Production Technology Department (EPTD), was partially developed as part of the DOE Class I cost share program "Post Waterflood, CO2 Flood in a Light Oil, Fluvial Dominated Deltaic Reservoir" under ...
Read More ...

We are transforming how 3D rock images are analyzed to predict petrophysical parameters and fluid flow properties. Using industry-standard analytical tools and our proprietary RockDNA* pore network modeling technology, we provide reservoir answers to geoscientists and engineers significantly faster ...
Read More ...

What is LINK-WellOpt? LINK-WellOpt is a new Petrel Plug-in to help user to optimize well place- ment in maximizing recovery based on reservoir models without running expensive flow simulation, yet producing highly correlated models. LINK-WellOpt provides a rapid solution to the challenge in decidi ...
Read More ...

Display of Histograms of Kh ratios The histogram of the Kh ratios of all the wells, obtained from the input table, is displayed by the plug-in. Up to two histograms can be displayed: one corresponding to the currently displayed Kh ratios in the table and another one that displays the Kh ratios save ...
Read More ...

Used for over a decade by the oil and gas industry, VMGThermo is an accurate predictor of phase equilibria and physical properties for a variety of mixtures. Run virtually any processing application throughout your well's lifecycle The result of our work is a thermophysical property calculator wit ...
Read More ...

Faced with understanding fluid flow and the corresponding fluid recovery from a porous media, the reservoir engineer is involved in the entire lifecycle of the reservoir—from reservoir exploration through production from engineered wells all the way to reservoir storage and abandonment. Gain insigh ...
Read More ...

With any type of modeling there exists an enormous challenge around scale. In reservoir modelling, this challenge typically focuses on the difference in resolution between core, well log, well test, and seismic, where the complexity remains in trying to connect and relate these different resolutions ...
Read More ...

An engineered well, and the corresponding completion, is the link between the subsurface accumulation of hydrocarbon and the producing surface facilities, which deliver the hydrocarbon to market. The design of the location, type, and operation mode are paramount in ensuring the hydrocarbons are opti ...
Read More ...