Abstract
This study investigates the synthesis of potassium sulfate through the conversion of potassium chloride and ammonium sulfate, showcasing the viability of this process. Through systematic experimentation, optimal conditions and the stoichiometric ratio of starting components are determined. The study reveals that in an aquatic environment, the utilization of NH4 + ions reaches an impressive 94-95%. The isolation of potassium sulfate from the liquid phase is achieved through a combination of evaporation and subsequent crystallization. The resulting product is characterized through various analytical methods, offering valuable insights into its composition and potential applications. This research contributes to the advancement of sustainable potassium sulfate production methodologies with implications for agricultural and industrial sectors.
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