PLANT TO OFFTAKE AND CLEAN WATER FROM SURFACE SOURCES

FIELD: machine building. ^ SUBSTANCE: proposed plant comprises water intake, transition chamber with closed top and check valve arranged in top section, pump, compressor with air tube, air eliminators, electrically driven gates, control unit, at least two electrophoresis chambers closed from top, and submerged electrically drive pump. Water intake comprises flotation tank closed from above with perforated tubular air distribution system and outlet side holes made at its bottom. Jet apparatus submerged in source water is arranged on air tube. The latter communicates with pressure tank. Pressure tank is located at water intake bottom. Every electrophoresis chamber is equipped with electrodes arranged at top and bottom and air eliminators arranged at top. Every chamber is equipped with electromagnetic check valves fitted at top, bottom and center of water intake chamber. Submerged electrically driven pump is arranged in water intake chamber to communicate with water lift tube. Inclined protective canopy is installed on vertical part of aforesaid tube above water intake. Water flow rate pickup is arranged on horizontal section of water lift tube. Water flow rate pickup is connected with control unit. Control unit is connected with electrically driven gates on air lift and air tubes, pressure pickup, transducer of electrophoretic mobility of suspension particles, pump, compressor, all check valves and DC source. Pressure pickup is mounted on air tube. DC source is connected with electrodes. ^ EFFECT: higher quality of water cleaning, expanded performances. ^ 2 dwg Установка содержит водоприемник, закрытую сверху переходную камеру с обратным клапаном в верхней части, насос, компрессор с воздушной трубой, воздушные вантузы, электрические задвижки, блок управления, не менее двух закрытых сверху камер электрофореза, погружной электрический насос. Водоприемник включает открытую сверху флотационную емкость с перфорированной трубчатой системой для распределения воздуха и выходными боковыми отверстиями в нижней части. На воздушной трубе расположен погруженный в воду источника струйный аппарат. Воздушная труба соединена с напорной емкостью. Напорная емкость расположена в нижней части водоприемника. Каждая камера электрофореза оборудована расположенными в верхней и нижней частях электродами, в верхней части - воздушными вантузами. В верхней части, на дне и в средней части со стороны закрытой сверху водоприемной камеры электрофореза каждая камера оборудована электромагнит