I'm very pleased to announce a two-day short course entitled Aquifer Testing for Improved Hydrogeologic Site Characterization Featuring AQTESOLV and the In-Situ LevelTROLL that will be held on August 16 and 17, 2007 in Calgary, Alberta, Canada.
This offering will reprise the very well-received course that we presented in Ft. Collins last year. The workshop covers both pumping tests and slug tests and combines lectures on state-of-the-art aquifer testing methods with hands-on use of AQTESOLV in the analysis of test data.
In addition to myself (Glenn Duffield, president of HydroSOLVE, Inc. and author of AQTESOLV), instructors for the course will include Jim Butler (2007 NGWA Darcy Lecturer and author of The Design, Performance, and Analysis of Slug Tests) and Chris Neville (Vice President and Senior Hydrogeologist with S.S. Papadopulos & Associates).
For more information, please visit the Midwest Geosciences Group web site. This course is offered in collaboration with Aquatic Life Ltd.
Saturday, April 28, 2007
Saturday, April 21, 2007
Horizontal Wells in AQTESOLV
One of the new features introduced in AQTESOLV/Pro v4.0 is a solution for a pumping test conducted in an anisotropic confined aquifer with a horizontal well (Daviau et al. 1985). With this solution, you may analyze drawdown data from fully or partially penetrating observation wells to determine the following aquifer properties: T (transmissivity), S (storativity) and Kz/Kr (hydraulic conductivity anisotropy ratio).
The horizontal well solution in AQTESOLV has been benchmarked against published well function values (Clonts and Ramey 1986) as shown in the accompanying figure.
AQTESOLV provides options for uniform-flux and infinite-conductivity conditions at the horizontal well as well as variable rates, recovery, multiple horizontal wells and multiple observation wells.
The horizontal well solution in AQTESOLV has been benchmarked against published well function values (Clonts and Ramey 1986) as shown in the accompanying figure.
AQTESOLV provides options for uniform-flux and infinite-conductivity conditions at the horizontal well as well as variable rates, recovery, multiple horizontal wells and multiple observation wells.
Labels:
features,
horizontal wells,
pumping tests,
tips
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