Abstract: A system for treating an effluent stream from a food production facility may include a first reactor unit including a first reactor tank and an electrical treatment reactor that is fluidly connected to the first reactor tank. When the reactor assembly is in use the effluent may travel along a reactor circulation flow path in which effluent is drawn from the first tank, flows through the electrical treatment reactor and is subjected to an electrical charge and then returns to the first tank, whereby a reaction initiated in the effluent by the electrical charge within the electrical treatment reactor continues when the effluent is returned to the first tank. A second processing unit may be downstream from the first reactor unit to receive the partially treated effluent stream and configured to further process the partially treated effluent.

Abstract: A water treatment device having a tank containing an anode and a cathode. A motor is provided to impart rotational motion to the cathode. A scraping means is fixed to the interior of the tank and extend inward toward the tank so as to define a gap between the scraping means and the cathode. As mineral deposits accumulate on the cathode they are removed by the scraping means and the rotational motion of the cathode.

Abstract: A water treatment device having a tank containing an anode and a cathode. A motor is provided to impart rotational motion to the cathode. A scraping means is fixed to the interior of the tank and extend inward toward the tank so as to define a gap between the scraping means and the cathode. As mineral deposits accumulate on the cathode they are removed by the scraping means and the rotational motion of the cathode.