Modular architecture of systems for the regeneration and recirculation of process liquids

Modern industrial sectors that use water in technological processes face significant limitations imposed by traditional water treatment methods. Currently, three main groups of technologies are employed: reagent-based chemical treatment (over 70% of the market), non-reagent treatment methods (less than 20%), and combined technologies (approximately 10%). However, these existing solutions no longer meet contemporary industrial demands, as partial purification or localized improvements in water quality are insufficient for modern production requirements.

Given the inability of established methods to effectively address current challenges, the author-drawing on recent innovative concepts advanced by specialists such as Illia Beda - proposes a comprehensive water-treatment technology. This approach is based on the use of complete, autonomous, and standardized technological modules that ensure scalability, adaptability, and seamless integration into various industrial environments.