Groundwater for Sustainable Development

A software was coded in C++ and compiled in Visual C for the basic interpretation of the geochemical data, considering the utility thermodynamic nature and classification of water. The input data includes Ca, Mg, Na, K, Cl, HCO3, SO4, F, NO3, Si, TDS, EC, pH and Temperature. The output of the software presents the parameters like I.B.E. (Index to Base Exchange), Schollers water type, R.S.C. (Residual sodium carbonate), S.A.R. (Sodium Adsorption Ratio), N.C.H. (Non Carbonate Hardness), P.I, (Permeability Index), K.R. (Kellys Ratio), P.S. (Potential Salinity), M.H. (Magnesium hazard), S.S.P. (Soluble Sodium Percentage) and Na% (Sodium Percentage). The software also calculates the Scholler Classification, Corrositvity ratio, Chloride Classification, Cation, Anion facies and Handas Classification for each sample. The corrosive nature of the water sample is also determined by the software by calculating Puckorius Scaling index, Ryznar stability index, Larson-Skold index, Langelier saturation index and Aggressive index for each sample. Activity coefficient, Ionic activity and silicate stability diagrams were designed in the output. Later the total number samples were grouped based on the standard classification adopted for each calculated parameter. Standard diagrams like USSL, Johnsons plot, Gibbs, Doneens, other thermodynamic plots for Na, K, Mg for silicate system also form the output of the software. The output are saved in different files as opted during the execution of the program. Disclaimer: Since the software is free and provided "as is," the authors, the KISR, and the Kuwait Government have made no warranty, express or implied, as to accuracy or completeness and are not obligated to provide the user with any support, consulting, training or assistance of any kind with regard to the use, operation, and performance of this software nor to provide the user with any updates, revisions, new versions or "bug fixes". The user assumes all risk for any damages whatsoever resulting from loss of use, data, or profits arising in connection with the access, use, quality, or performance of this software. Software is copyrighted No.04-0091/2019.

Geochemical analysis of groundwater samples in the springs area of Oum-Errabia-Morocco

Through present simulation code, it is seen that more accurate results, in comparison to the experimental data in literature, are produced than the conventional approach of thermal modeling.

Data and models used in the paper with the title mentioned above (readme file is available)The analysis starts with hydrological simulation using the wflow_sbm model, followed by groundwater flow simulation using MODFLOW model, before the figures in the paper are produced

Data and models used in the paper with the title mentioned above (readme file is available)The analysis starts with hydrological simulation using the wflow_sbm model, followed by groundwater flow simulation using MODFLOW model, before the figures in the paper are produced