Installation, useful for treating food substances, comprises treatment station including supporting unit for exposing food substances and watering unit, and supply units for continuously supplying treatment liquids to overflow containers
The installation comprises a treatment station including a supporting unit (2) for exposing food substances, a watering unit placed in a top of the supporting unit, and a unit for displacing the supporting unit compared to the watering unit according to a relative axis of motion, where the watering unit includes overflow containers (5) including overflow edges (13a) placed to allow discharge of liquid on the exposed food substances, and supply units for continuously supplying treatment liquids to the overflow containers. The supply units comprise an adjustment unit (10). The installation comprises a treatment station including a supporting unit (2) for exposing food substances, a watering unit placed in a top of the supporting unit, and a unit for displacing the supporting unit compared to the watering unit according to a relative axis of motion, where the watering unit includes overflow containers (5) including overflow edges (13a) placed to allow discharge of liquid on the exposed food substances, and supply units for continuously supplying treatment liquids to the overflow containers. The supply units comprise an adjustment unit (10) for adjusting a flow of treatment liquids and a supply connector approximately and vertically placed to plunge in the container. The supply connector presents a supply end positioned at a distance from a bottom of the container in a range between D1/6-D1/4, where the D1 is a distance between the bottom from the container and each of the overflow edges. The supply units are adapted so that a pressure of the treatment liquid at the supply end is 0.1-0.4 bar. The container comprises a basic wall equipped with a draining unit. The overflow edges are extended by an external edge in a shape of discharge edge, and extend orthogonally compared to the relative axis of motion from the supporting unit and the watering unit. The container is parallelly delimited by the overflow edges orthogonal compared to the relative axis of motion of the supp
