This result is expected to be applied for increasing the struvite purity by the Ca re-dissolution through the thermodynamic spontaneity without additional energy input.
It was observed that the ion-association process exhibits a negative value of ΔG0A and becomes more negative with increasing temperature proposing the spontaneity and feasibility of the association at high temperatures.
At room temperature, the value of ΔG° for SBA/16-Ni was shown to be more negative than that of SBA/16, suggesting an increase in the spontaneity of the adsorption.
With increase in temperature, the spontaneity of the corrosion process increases indicating that the activated complex was not stable at higher temperatures.
There is an increase in the values of KD and ?G with increase intemperature, indicating the spontaneity of the adsorption process (Table?2).
All the three adsorbents (WL, CP, TP) displayed ∆G° that became more negative as the temperature increased, and this indicates the spontaneity of the adsorbent adsorbate systems.
The spontaneity of these homotypic associations increases with increasing chain length and decreases with increasing temperature.
The increasing values of ΔG° with temperature show the spontaneity in the sorption processes pharmaceuticals reagent on clay.
Here, at all temperatures, G 0 is negative, and this proposed adsorption system is spontaneous in nature, and the spontaneity decreases with the increase in temperature (Table 2) [31, 31].
The result is an occasional lack of spontaneity, compounded by the increasing skill of the performances.
