Geo-Software

Software developed for you

 

Software for

 

Geology

Geophysics

Drilling

Oil and gas production

Reservoir engineering

Gas storages

Caverns

 

Who can use the software?

 

Engineers

Geologists

Physicists

Technicians

 

 

Advantages of the software

 

User-friendly

Quickly getting into the software

Successfully tested in practice

Effective online help

Quick results

Clearly arranged presentation

Results in tables and graphics

User-friendly WINDOW surface

 

 

Application of software

To

Planning of projects

Realization of projects

Supervising of projects

Calculate oil reserves

Calculate gas reserves

Calculate production profiles

Determination of economics

Develop gas storages

Develop and supervise gas fields

Develop and supervise oil fields

Develop caverns in salt

 

 

 

Summary of available software

 

Gasrate planes and develops gas storages, gas fields with reserves and capacity

Economy for various economic calculations

Apfelmann for designing an individual logo of company

Contour for calculating graphic surfaces from given points

Aquifer calculates pressures, water invasion of gas storages and gas fields

Tarner calculates pressures, production and reserves of oil fields

Pulstest calculates pressures from pulse-testing to an observation well

Wellcurve calculates curvature and run of a well

GPlan calculates production profiles of gas fields including reserves

Pcnorm standardization of capillary pressures for determination of water contact

GWC determinates water contacts in reservoirs using results of Pcnorm

SALT simulates solution mining in salt including rock mechanical stability

Cwerte determinates capacity of gas wells, gas fields and gas storages

OIL calculates water invasion, pressures and production of oil fields

 

 

System Requirements

Windows 98, Windows 2000,Windows NT, Windows XP

Test software

Please ask for test software and

Test it free for 2 months

 

Software application

Start software

Choose DATEI-NEU

Or select an input file

Input data or change data

Select different kinds of calculations

Start calculation with OK- button

Select ANSICHT- GRAFIK for graphics results

Select DATEI- SPEICHERN to store input file

Recent publications

Calculation of productivity of horizontal wells

For underground storage of gas a high capacity of withdrawal of gas is of decisive importance. The capacity of a horizontal well amounts to a multiple value of a vertical well. For planning of storages of gas the calculation of the capacity, the C -value of a horizontal well, is of decisive importance. Even the available simulators of reservoirs need an analytical calculation of the capacity of a horizontal well. Analytical formulas to calculate the productivity of a horizontal well in a oil reservoir in a rectangular shape were presented by Babu and Odeh SPE 18298. These formulas can be converted to calculate the productivity of a gas well, to calculate the C -value. In this publication another analytical method for calculating the C -value is presented and the results are compared with the results using the formulas of Babu and Ode

Fundamentals for planning and supervising of underground gas storages and gas fields

In this paper analytical formulas are offered to the engineer to get quick and optimal answers to the following questions of reservoir engineering. How can the reservoir pressure of a gas field or a gas storage including water invasion be calculated? Is it economical useful to change a depleted gas field into a gas storage? How can losses of gas of a gas storage be proved? Proposals for planning and supervising of gas wells are made to calculate the vertical pressure drop of a gas well. Formulas are offered to calculate the pressure drop in a reservoir with vertical, slanted or horizontal wells. Formulas are developed to calculate the withdrawal rate of a well or a gas field for an optimal development of a gas field or a gas storage including supervising. These formulas are used to calculate the withdrawal rate, the injection rate, the necessary wells, the cushion gas and the working gas of a gas storage. Proposals for calculating peak rate and stabilized rate are made.

 

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