Abstract: A method of managing ionization for biofouling control in a water intake system that includes channeling a supply water stream through an electrochemical cell, monitoring at least one parameter of the supply water stream, determining an ion concentration threshold for the supply water stream based on the at least one parameter, and controlling the electrochemical cell such that ions are discharged into the supply water stream. The electrochemical cell is controlled such that an ion concentration of a treated water stream discharged from the electrochemical cell is greater than the ion concentration threshold.

Abstract: A method of managing ionization for biofouling control in a water intake system that includes channeling a supply water stream through an electrochemical cell, monitoring at least one parameter of the supply water stream, determining an ion concentration threshold for the supply water stream based on the at least one parameter, and controlling the electrochemical cell such that ions are discharged into the supply water stream. The electrochemical cell is controlled such that an ion concentration of a treated water stream discharged from the electrochemical cell is greater than the ion concentration threshold.

Abstract: The present disclosure relates generally to methods, devices and systems that treat multiple modes of fouling throughout water systems. More specifically, the present disclosure comprises an electrochemical reaction tank that treats fouling due to, for example, corrosion, scale formation, microbial growth and/or particulate build-up in water.

Abstract: The present disclosure relates generally to methods, devices and systems that treat multiple modes of fouling throughout water systems. More specifically, the present disclosure comprises an electrochemical reaction tank that treats fouling due to, for example, corrosion, scale formation, microbial growth and/or particulate build-up in water.