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URL: http://www.swstechnology.com//news.php
News
Welcome to the Schlumberger Water Services new section, containing the latest
news on groundwater software, instrumentation, training, and consulting.

 

View Older archived News and E-newsletters (2003, 2004, 2005, 2006, 2007, 2008)


Recent Schlumberger Water Services News:

Groundwater News In Perspective Spring 2008

Products

New Visual MODFLOW Premium 4.3
The industry standard is now stronger and more versatile


Obtain in-depth information by investigating wells spanning over multiple layers; dramatically reduce run times when simulating models; leverage the power of your PC’s dual processor when simulating multiple species. Visual MODFLOW Premium* 4.3. is loaded with muscle to help groundwater experts deliver complex projects faster.

The industry standard in groundwater modeling now integrates new and enhanced features including the Multi-Node Well (MNW) package, support for MODFLOW-SURFACT 3, MT3DMS multi-processor support, improved Wells Manager, and two numeric engine updates. Give it a test drive by downloading a demo today.

Download a Demo Now!

Visual MODFLOW Premium 4.3 Flyer 
Visual MODFLOW Premium 4.3 Demo Tutorial
Visual MODFLOW Premium Website

Groundwater Software | Contact Us

First SWS Groundwater Research Lab in Mexico:
Researchers now have full access to the latest groundwater software in the industry


The inauguration of the first SWS groundwater research lab at the end of April was a complete success. Fully equipped with Visual MODFLOW Premium*, Hydro GeoAnalyst*, AquaChem*, AquiferTest Pro*, and Visual HELP*, the lab represents a major cooperative endeavor between SWS, the Water Institute of the State of Nuevo Leon, and ITESM – one of the best private universities in Mexico.

This lab is part of several key research labs created and directed by the Research and Innovation Park from the State of Nuevo Leon in an effort to raise the level of knowledge and research and development on many subjects, including water resources management. The combination of the ITESM and the Water Institute's top-notch applied scientific research and the cutting-edge SWS technology will dramatically expand knowledge amongst researchers and post-graduate students alike.

Groundwater Software | Groundwater Instrumentation | Contact Us

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Westbay System used for remedial investigation of contaminated groundwater in fractured bedrock at Maryland Superfund site

Between 1962 and 1988, the present-day Spectron Superfund site in Elkton, Cecil County, Maryland USA was the location of Galaxy Chemicals/Spectron, Inc., a company that recycled chemical solvents and blended fuels. In 1988, after nearby residents complained of careless practices at the plant, the State of Maryland shut Spectron down.

Following geophysical testing and sampling of the borehole, the Westbay* System from Schlumberger Water Services was installed and data was collected from different intervals within the same borehole.

Click here to read the full story

Groundwater Services | Contact Us


Schlumberger Water Services (SWS) Provides A Unique Water Quality Evaluation

Schlumberger Water Services (SWS) recently demonstrated the ability to estimate future impacts of acid tailing effluents seeping into a river flowing in the valley below the mine. Impacted river water mixed with a number of downstream tributaries prior to the compliance point for the mine.

Click here to read the full story

Groundwater Services | Contact Us

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Conferences & Events

Special Announcement

“Feasibility Study for Raw Water Supply to a Proposed Reverse Osmosis Plant on New Providence Island, Bahamas”

Paper to be presented at 20th Salt Water Intrusion Meeting (SWIM) scheduled June 23-27, 2008 in Naples, FL.

By Weixing Guo, Wm. Scott Manahan, and Thomas M. Missimer
Schlumberger Water Services, Fort Myers, FL, USA

ABSTRACT
A hydrogeological investigation was conducted to study the feasibility of raw water supply to a proposed reverse osmosis (RO) plant on New Providence Island, Bahamas. The study included field investigation and development of a SEAWAT model. After calibration, the model was used to evaluate the long-term water quality changes due to different withdrawal scenarios. Both wellfield and lake withdrawals were considered. The results indicate the raw water total dissolved solids (TDS) concentration would increase quickly due to vertical migration of salt from below. There is no significant difference to the simulated water quality changes between well or lake withdrawals.

Contact us for full details | Conference Website

Visit us at these upcoming events:

Event
Date
Location
Water and Sanitation in International Development and Disaster Relief
May 28-30
Edinburgh, UK
International Mine Water Associating Congress
June 2-5
Karlovy Vary,
Czech Republic
AWW ACE08
June 8-12
Atlanta, USA
20th Salt Water Intrusion Meeting (SWIM)
June 23-27
Naples, USA
Groundwater & Climate in Africa
June 25-28
Kampala, Uganda
Water Management in Mining
July 9-11
Santiago, Chile
American Membrane Technology Association/SEDA 2008 Joint Conference & Exposition
July 13-16
Naples, USA
Florida Environmental Permitting Course
July 16-18
Marco Island, USA
Argentina Mining
Aug 25-28
San Juan, Argentina
Wyoming PET Association
Aug 27-78
Gillette, USA


Contact Us For More Information

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Schlumberger Water Services Training Course Series and Workshops

The Schlumberger Water Services Training Services Division has been offering a range of educational courses for the past 17 years. Our courses have been designed to decrease the confusion typically associated with technical topics, and include hands-on learning using the world’s most sophisticated software programs. Participants of our courses gain practical insight into a variety of environmental issues, and learn cost-effective techniques to achieve project objectives.

Upcoming SWS Training Courses & Workshops:

Course
Location
Date
Waterloo, Canada
June 3, 2008
Paris, France
July 1, 2008
Lima, Peru
July 15, 2008
Waterloo, Canada
August 19, 2008
Tallahassee, USA
June 18, 2008
Tallahassee, USA
June 23, 2008
Santiago, Chile
August 12, 2008
Waterloo, Canada
June 17, 2008
Waterloo, Canada
August 26, 2008
Lima, Peru
July 22, 2008
Waterloo, Canada
August 12, 2008
Sao Paulo, Brazil
July 15, 2008
Custom Open Enrolment Modeling Courses
Waterloo, Canada
July 22, 2008
Waterloo, Canada
July 7, 2008
Lima, Peru
July 21, 2008
Boston, MA
September 15, 2008
Tampa, FL
October 7, 2008

SWS Training Course Series | Course Schedules | Contact Us

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Setting Up a Batch Run in Visual MODFLOW

Multiple projects can be run in the VMEngines interface of Visual MODFLOW.  This is useful if you would like to run several different models at once and/or are comparing the results of similar models with slightly different parameters.

To run your models in batch mode, each model must be translated first.  Open each model separately and, in the Run menu, select the engines to run and translate the files.
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The numeric engine(s) available for the batch run will correspond to the last individual run of that model. If you would like to run additional engines that are not listed, you would need to open each model separately, go to the Run menu, select the engines to run from the dialog, then select translate.

When each of the models have been translated you may start your batch run.  Open one of the models in the batch run and open the Run menu. When running a batch of simulations, it is recommended to disable the VMEngines Auto Start feature (from the Engines to Run window):
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Select Run from the Engines to Run window.

In the VMEngines window, select File>Add Project and browse to each model (projectname.vmf) you wish to run.  The selected projects will appear in the project tree.

3

You have the option to either run all simulations (in batch mode) by clicking on the Start all Projects icon, or run the currently selected project in the Project Tree by clicking on the Run project icon.

45

Please be aware that if a model fails to converge, user input will be required to clear any error messages before the batch run can continue.

If you would like to remove an engine to be run, you can manually delete engines from a project run by right-clicking on the engine and selecting Delete.

The Visual MODFLOW project files selected must be opened and translated by the current version of Visual MODFLOW before they can be added to the Project Tree.

Once the appropriate projects and engines have been selected, start the batch mode by selecting the Start all Projects icon. Visual MODFLOW will run all of the selected projects.

Open each project individually to view the results of the simulation.
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SWS Technical Support | Software FAQ's | Contact Us

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Older Archived News and SWS E-newsletters (PDF)

Archived Schlumberger Water Services News
Schlumberger Water Services Acquires Water Management Consultants
Diver-NETZ Wireless Groundwater Monitoring Network Product Release

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