Summary
    OUAIP is a software dedicated to the interpretation and simulation of pumping tests in hydrogeology (well tests, groundwater tests).

    Test pumping is an essential part of groundwater studies and is most often required when quantitative data on water resources are needed.

    Test pumping is a hydraulic test of the aquifer. It is the operation by which the hydrogeologist determines the operating rate of a structure (borehole) and estimates the parameters of the groundwater flow laws.  In particular, the interpretation of a test pumping allows the quantification of parameters specific to the structure and hydrodynamic parameters characteristic of the aquifer.

    OUAIP, developed by the BRGM, is a freeware application designed to interpret and simulate hydrogeological pumping tests. It offers a range of analytical solutions (e.g. for porous, fissured, captive or semi-captive environments) and also handles disruptive effects (related to wells, limits, capacity, etc.). 

    Exemples d'utilisation du logiciel OUAIP

    OUAIP software: home page and reports following a groundwater test and a well test. OUAIP software: home page and reports following a groundwater test and a well test.

    OUAIP software: home page and reports following a groundwater test and a well test.

    © BRGM
    Interpretation of a pumping test on a piezometer by integrating the flow variations at the pumping well (Theis method) Interpretation of a pumping test on a piezometer by integrating the flow variations at the pumping well (Theis method)

    Interpretation of a pumping test on a piezometer by integrating the flow variations at the pumping well (Theis method).

    © BRGM
    Interpretation of a groundwater test at the pumping well taking into account the quadratic head losses (Theis method) Interpretation of a groundwater test at the pumping well taking into account the quadratic head losses (Theis method)

    Interpretation of a groundwater test at the pumping well taking into account the quadratic head losses (Theis method).

    © BRGM
    Interpretation of an unchained flow step well test: linear, quadratic and total head losses shown Interpretation of an unchained flow step well test: linear, quadratic and total head losses shown

    Interpretation of an unchained flow step well test: linear, quadratic and total head losses shown.

    © BRGM
    Comparative interpretations of unchained flow step well tests Comparative interpretations of unchained flow step well tests

    Comparative interpretations of unchained flow step well tests.

    © BRGM
    Interpretation of an unchained flow step well test (data entry) Interpretation of an unchained flow step well test (data entry)

    Interpretation of an unchained flow step well test (data entry).

    © BRGM
    Predictive simulation of dynamics at a pumping well with integration of a pumping flow record Predictive simulation of dynamics at a pumping well with integration of a pumping flow record

    Predictive simulation of dynamics at a pumping well with integration of a pumping flow record.

    © BRGM

    Contact

    Do you have any questions? You can contact us at ouaip@brgm.fr.

    Do you need training in the interpretation and valorisation of test pumping data? Follow this link.

    Pratical information 

    • Operating system: Windows (XP, 7, 10) 
    • Programming language: VB.NET 
    • Languages: French, English (translations may be provided in other languages) 

    OUAIP software user guide

    Poster

    Publication

    Trial pumping in a borehole, Jordan Trial pumping in a borehole, Jordan

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