The manufacture of phosphoric acid by wet process, where the phosphates are solubilized
by mineral acids, frequently gives a product which inevitably contains several impurities …

A common pathway for P-recovery from wastewater is phosphate precipitation as calcium
phosphates. In this paper, a thermodynamic model for phosphate precipitation is proposed …

This paper deals with the modeling and multi-objective optimization of an industrial
phosphoric acid process. The objective is to determine the operating conditions which …

In this work, a thermodynamic-based model of an industrial phosphoric acid process is
developed. It consists of mass and charge balance equations along with equilibria and …

The solution chemistry of Mo (VI) and W (VI) in mixtures of sulfuric and phosphoric acids is
relevant to the development of practicable hydrometallurgical processes for the recovery …

In this work, transport and thermodynamic properties of phosphoric acid/water mixtures were
determined experimentally over a wide range of concentrations. Liquid binary diffusion …

This paper presents a new set of Pitzer ion interaction model parameters for the binary
NaOH–H 2 O system for concentrations up to over 30 mol· kg− 1 and temperatures ranging …

The potentiometric method was used to study an H2SO4–H3PO4–H2O system (20–95 C)
containing Fe (III) and Fe (II) cations. The oxidizing ability of the 2 MH2so4+ H3PO4 system …

The wet-process phosphoric acid (WPPA) production is generally based on the use of
sulfuric acid (H2SO4) for phosphate ore attack. One of the main issues encountered in this …

The usual approach in modeling electrolyte systems consists in using only VLE
experimental data or derived properties values to adjust the thermodynamic model …