• FastReact 1.0FastReact 1.0 Quick View
    • FastReact 1.0FastReact 1.0 Quick View

    • FastReact 1.0

    • Reactive transport modelling is commonly used to provide support for repository engineering activities and safety assessment studies. Yet, the very large temporal and spatial scales involved in these types of studies along with the non-linearity of the underlying processes pose formidable computational challenges that usually force modellers to simplify the problem.     In order to circumbent these limitations, we…
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  • iCPiCP Quick View
    • iCPiCP Quick View

    • iCP

    • iCP stands for interface Comsol-Phreeqc. It is an interface to couple Comsol and Phreeqc. The result of this interface is a tool for solving a wide range of multiphysics and chemical problems. It is written in Java and uses the IPhreeqc C++ dynamic library and the Comsol Java API. Furthermore, it takes advantage of the multicore computer architecture by balancing…
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  • iCP R&D License Quick View
  • iDPiDP Quick View
    • iDPiDP Quick View

    • iDP

    • iDP stands for interface DarcyTools-PFLOTRAN. It is an interface to couple DarcyTools and FLOTRAN. The main target is to develop an integrated reactive transport platform consisting of Darcy Tools (complex flow simulations) and PFLOTRAN (High Performance Computing for geochemical simulations) in order to incorporate DarcyTools (ability) with the reactive transport capabilities of PFLOTRAN such as the high performance computing (HPC)…
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  • iFMiFM Quick View
    • iFMiFM Quick View

    • iFM

    • With iFM we propose a novel approach that constitutes a significant improvement over the traditional constant Kd model, while at the same time allows simulations performed with MARFA to be carried out sufficiently quick to permit probabilistic analyses. The basic premise of this approach is that the “background” geochemistry (excluding radionuclides) will first be pre-calculated using a reactive transport code…
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  • iGP Quick View
    • iGP Quick View

    • iGP

    • iGP is the interface between GiD and PFLOTRAN and is developed by Amphos 21. iGP provides a powerful and user-friendly pre and post-processing environment to PFLOTRAN. In iGP, the user can define different regions, set different materials, apply different boundary and initial conditions, mesh complex geometries (using structured, semi-structured or fully unstructured grids), run PFLOTRAN and post-process the results. License…
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  • iPP Quick View
    • iPP Quick View

    • iPP

    • iPP is a coupling code interfacing two standalone software: Palabos and PhreeqcRM. The main goal of this development is the simulation of reactive transport processes in porous media at the pore-scale. Palabos (www.palabos.org) is an open source three dimensional (3D) CFD solver based on the lattice Boltzmann method. PhreeqcRM is an open source geochemical reaction module based on PhreeqC specifically…
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  • MARFA Quick View
    • MARFA Quick View

    • MARFA

    • The computer code MARFA (Migration Analysis for Radionuclides in the FAr field) uses an extremely efficient particle-based Monte Carlo method to simulate the transport of radionuclides in fractured rock systems. The algorithm uses non-interacting particles to represent packets of radionuclide mass. These particles are moved through the system according to rules that mimic the underlying physical transport and retention processes.…
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  • MCPhreeqcMCPhreeqc Quick View
    • MCPhreeqcMCPhreeqc Quick View

    • MCPhreeqc

    • 0,00€
    • MCPhreeqc 2.0 Phreeqc is used for modelling many different types of natural geochemical processes. What they all have in common is that there is an uncertainty about the exact value of the parameters used. In the classical modelling method, the model is calibrated to find the “correct” values of these parameters. Another approach is to apply stochastic modelling using Monte-Carlo…
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  • TunFlow Quick View
    • TunFlow Quick View

    • TunFlow

    • 0,00€
    • Groundwater inflows into tunnels may constitute a potential hazard as well as an important factor controlling the rate of advancement in driving a tunnel. One of the major practical difficulties often associated with tunnel construction is related to groundwater. In addition, predictions of groundwater inflows are needed to design suitable drainage systems. On the other hand, drawdowns produced by tunnel…
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