Versatile physicochemical water treatment system and method

A versatile physicochemical water treatment system, comprising:

• an acceleration chamber module having a physicochemical reaction chamber with an inlet and an outlet for water flow, said physicochemical reaction chamber containing therein a helically formed static mixer;
• disposed externally thereto at least one ultrasonic transducer assembly configured to emit ultrasonic waves in the 25-40 KHz frequency range to generate acoustic cavitation;
• at least one permanent magnet assembly to generate a static magnetic field;
• at least one magnetic field generating coil;
• and
• a central control unit electrically connected to at least said ultrasonic transducer assembly and said magnetic field generating coil;
• wherein said central control unit is configured to control said magnetic field generating coil to generate a variable multipole magnetic field, including the capability to generate magnetic fields in the form of square waves and/or triangular waves acting on the water flow;
• and
• wherein said acceleration chamber module is configured to treat water through the combined effects of hydrodynamic cavitation from said static mixer, acoustic cavitation from said ultrasonic transducer assembly, a static magnetic field from said permanent magnet assembly, and a variable multipole magnetic field in square wave and/or triangular wave form from said magnetic field generating coil.