PetroMod v11(32bit) + The PetroMod 1D and 1D Express Tutorial v9.0 SP3

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PetroMod petroleum systems modeling software combines seismic, well, and geological information to model the evolution of a sedimentary basin. The software predicts if, and how, a reservoir has been charged with hydrocarbons, including the source and timing of hydrocarbon generation, migration routes, quantities, and hydrocarbon type in the subsurface or at surface conditions.

Petroleum systems models are 1D, 2D, or 3D large-scale geologic models. These models cover areas ranging from a single charge area for a prospect to regional studies of entire basins to resource assessments of mega-regional scale covering multiple basins. The models provide a complete record of the evolution of a petroleum system, including pressure and temperature history. They relate the structural evolution of a basin to generation, migration, accumulation, and loss of oil and gas in a petroleum system through geologic time. Properties such as gas/oil ratios and API gravities can be analyzed, understood, and predicted. A petroleum systems model provides the only means to integrate all physical aspects (source, trap, seal, and reservoir) and time (charge) to quantify and analyze processes and reduce exploration risk.

The simulator is the heart of the PetroMod software suite, simulating the entire history of a sedimentary basin from the deposition of the bottom layer onwards. PetroMod software uses consistent simulators in 1D, 2D, and 3D, which means that all technical features and tools are available—and identical—in all dimensions. It also enables different simulation methods—Darcy, flow path (ray tracing), invasion percolation (IP), and the PetroMod hybrid Darcy/flow path/IP simulator—to be used with the same data models.

PetroMod software determines whether oil and gas have been generated, where and how much, when migration occurred, and whether it filled the trap. The software models the burial of source rocks through geological time, from their deposition at the surface until they reach sufficient depth to generate first oil and, eventually, gas as they descend deeper into the earth. Various components of oil and gas are tracked as they are expelled from the source and migrate upwards to fill traps, until either the buoyancy forces break through the seal or the trap “fills and spills” so that oil and gas migrate to other traps. PetroMod software predicts the location of oil and gas accumulations, as well as important properties such as API gravity of oil, gas/oil ratio, and viscosity.

How Install Schlumberger PetroMod v11 (32bit)

------------------------- First Setup the program -------------------------

1. Copy "ibfs32.dll" to C:\Windows\System32

2. copy all files in "PM11 patch 2" folder  to 

C:\PetroMod11\WIN32\bin

3. Open "petromod11.lic"

- change "IOGeophysicist-PC"  to "your comuter name".

- change first "27009"  to "your Network Adress value"

- If you not change your network Adress Let it as it was.

4. Download and Setup "Schlumberger Licensing 2012" or 

higher.

5. Open "SLBLicensing" from C:\Program Files 

(x86)\Schlumberger\Schlumberger Licensing\flex118

- press on "Stop" then press on "Add license file" and add 

"petromod11.lic".

- press on "Diagnostics" then press on "Start" then "ok".

6. If you see this message"the full path and debug is too 

long".

- from "file" menu select "Advanced options" and select 

"options file".

- Add options file and choose location of "petromod11.lic" 

Then press "ok".

- you will see new file "petromod11-20120820201128.BAK" 

in patch folder.

- Press "ok" and open the program.

Size: 127 MB

GulFup

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Surfer v11.0.642 (32bit & 64bit) + Serial

Official Site

www.goldensoftware.com 

Size: 64 MB

GulFup

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Nanotube Modeler 1.6.4

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Ventsim: Optimise ventilation to reduce cost

Ventsim: Optimise ventilation to reduce cost.

There is increasing awareness in the mining industry regarding the significant costs associated with inadequate ventilation modelling. Ventilation can account for 1/3 or more of the total power consumption at a site and the prospect of emissions related costs mean that mining companies need to focus more on the user of power. In addition, as mines become deeper and hotter, smarter and more extensive thermodynamic modelling of ventilation circuits is required.

Ventsim products are underground mine ventilation simulation packages designed to simulate airflows, pressure and heats (and many other types of ventilation data) from a modelled network of airways. Ventsim was the first ventilation package to integrate an easy to use Windows graphical design with a 3D graphics interface. The software is currently used by over 400 mines, universities, consultants and research organisations throughout the world.

Fast and Accurate - allowing you to build models to rapidly interrogate airflow, velocity, humidity, dust, noxious fumes, diesel particulate, rock heat and refrigeration data.

Value for Investment - emergency response systems can also be tested and analysed with well constructed Ventsim models.

Multiple Ventilation Scenarios - can be run quickly and easily providing significant time savings.

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The artistic "shape" filters give the landscapes a typical structure, like round hills or ridged mountains. The semi-scientific erosion algorithms turn these outlines into fantastic realistic and so believable landscapes. Beside that flows, rivers or even river networks can be added to the terrain. The algorithm is unique, extreme fast and satisfies even scientific requirements.

But landscapes are not only defined by nature. The human factor also is a very important element. The "vector" tool "simulates" this part of a landscape. You can use it to integrate roads, urban areas or even controlled rivers.

The newest features from GeoControl2:

- Improved GUI
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LogPlot has been used by geoscientists since 1983 to display their geotechnical, environmental, geophysical, mud/gas, and mining data as a graphic boring log. LogPlot offers almost unlimited flexibility for log layout via its easy-to-use, built-in Log Designer. With a WYSIWYG, point-and-click interface, LogPlot's Log Designer makes it easy to customize logs for different clients and projects. Field data can be entered into LogPlot's Data Editor using the keyboard, copy/paste, data collection, and/or import tools (LAS, RockWorks, Excel, ASCII, DBF). Multiple libraries of soil and rock types are included with LogPlot, and you can easily customize them to suit your company's needs. Compile the data in to the design at any vertical scale for singe-page, multi-page, or continuous logs. Distribute the free LogView program with your logs so your clients can view and print your LogPlot logs. Or, create HTML log pages or JPG, BMP, TIFF, PNG, WMF and EMF images.

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