Design of the ecosystem of modern water treatment modules.

The article examines the features of electrochemical water treatment technology and its subsequent application in medical institutions, biological and microbiological laboratories, art restoration processes, and domestic environments. The operating principles of electrochemical reactors with permeable carbon electrodes and contact elements are presented, enabling water treatment without the use of chemical reagents. The design characteristics of the systems, their operating modes, and the possibilities for adjusting the parameters of treated water, including acidity levels, antibacterial properties, and disinfection processes, are described. Particular attention is given to an integrative complex module for water purification and regeneration that incorporates multistage processes of aeration, sedimentation, ion exchange, filtration, and electrochemical treatment. The use of non-contact monitoring and control systems based on the principles of electromagnetic resonance spectroscopy for real-time monitoring of water parameters is also considered. The article emphasizes the importance of design and configuration solutions in increasing productivity, reducing energy consumption, minimizing equipment dimensions, and achieving a high level of environmental efficiency in intelligent water treatment systems.