A flexible computer code for modelling transport in porous media: impact
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Recovery of nickel from strongly acidic bio-ore leachate using a bispicolylamine-based chelating resin
2022, Separation and Purification TechnologyCitation Excerpt :Each cell is composed of a stationary phase (resin) and a flowing phase (aqueous solution). To do so, the computer code IMPACT [26] was used. As described in previous works [27–29], the code relies on the following assumptions:
Transport of selenium oxyanions through TiO<inf>2</inf>porous media: Column experiments and multi-scale modeling
2014, Journal of Contaminant HydrologyCitation Excerpt :Numerical simulations described later in Section 6 focus on these points. The IMPACT code (Jauzein et al., 1989) was applied to simulate the multicomponent behaviors of experimental results. The specified phenomenological mechanism combining the defined reactions and the measured hydrodynamic parameters was incorporated in the code to simulate the transport process of selenium oxyanions on TiO2 rutile.
Coupled chemical speciation-solute transport model for prediction of solute transport in clay buffers
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