Two-Dimensional Continuous Model in Bimolecular Reactive Transport

In this work, a continuum 2D model is proposed to study the interaction at interface of reactive transport processes in porous media. The analysis segregation produced by poor reactant homogenization poral scale addressed parametric heuristic that considers relative gradient reacting species involved process. micro inhomogeneities are incorporated means longitudinal and transversal mechanical dispersion coefficients. A two-dimensional continuous for bimolecular considered where modelling parameters estimated numerically from experimental data. competitive effect between observed analyzed numerical experiments. reproduces properly both total mass product as well its increase with velocity flow inhomogeneity advanced front. methodology used simple fast, results presented here indicate effectiveness.