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Showing 1 to 6 of 6 for “"MINEQL"”.
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The Performance of Silicon Based Sensor and its Application in Silver Toxicity Studies
… on the formation constant of the complex. The MINEQL chemical equilibrium modeling program is used to calculate the ionic silver concentration when complex agent presents, a discrepancy is found between the MINEQL simulation result and the OCP signal of the silicon based sensor. The toxicity of …
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Measuring Bioavailable Copper in Estuarine Waters using an Ion Exchange Resin
… groups become inefficient at low pH values. MINEQL+ predicted that the resin was not retaining approximately 30% Cu<sup>+2</sup> at a pH of 4. Copper retention to the resin was also not as high as expected at NOM contents between 0 and 3 mg/L at pH 8.1. MINEQL+ indicated that the water …
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Prediction of struvite formation potential in Ebpr digested sludge using mass balances, batch precipitation tests, and chemical equilibrium modeling
… chemical equilibrium modeling with the software MINEQL+.
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Physiochemical Treatment Options for High-Conductivity Coal Mining Runoff
… possibility of using the speciation software, MINEQL+, with a set of empirical equations which predict SC using ionic composition for natural waters with a low to medium SC. The physicochemical treatment methods tested were ion exchange, excess lime-soda softening, and the Cost Effective …
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Modeling contaminant transport and fate and subsequent impacts on ecosystems
… with geochemical equilibrium models, such as MINEQL+. Furthermore, metal distribution can be addressed mechanistically. Studies with Pb sorption to amorphous aluminum (HAG), iron (HFO), and manganese (HMO) oxides, as well as oxide coatings, demonstrated that intraparticle diffusion is the …
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Effect of heavy metals on salt march biota
… metals (Cd, Cr, Cu, Ni, Zn). Calculations using MineQL+, a data driven, chemical equilibrium modeling program suggested that, under suboxic and anoxic conditions found in all cores, only Cd, and under anoxic conditions, Ni would not form precipitates, while Cd, Cr, Cu, Pb and Zn would mainly form …