baryczny system ss\u0105co t\u0142ocz\u0105cy is characterised by this that formed from the existing underground large sealed, rigid, apses, containers, tanks, and irrigation system (95, 96), space, buildings, large containers (90) for assembly and an embossed zassanej change atmospheric pressure to pressure me barycznego contained in these vast spaces (95,96) in the (973 - 1027 hpa) and respectively 730 - 770 mm hg differences of 40 mm hg and 550 mm water column, respectively, resulting in podci\u015bnieniem with increase in atmospheric pressure pressing.(92) the liquid suction pipe (91) with a minimum depletion (123) by a non-return valve (89) to the container (90) with a maximum filling and emptying valve (124) minimum (123) variable periodically pressure namely.hypotension and hypertension causing draw by zw\u00f3r (89) and by the pressure drop in atmospheric pressure pressing.pressing by a non-return valve (88) and the pipe (83) liquid in the vertical direction to the tank (86) with a minimum depletion (123) and at the same time, is reinforced by the liquid flow using the same equipment to the same tank (90) in successive vertical intervals x many levels, due to the huge volume of the containers (95, weather patterns96) with great productivity multiplies freely height movement of liquid in vertical lower position of weather patterns (95, 96) for the entire system t\u0142ocz\u0105cego pneumatic system including tanks (90) with a valve (124) that gets liquids to horn du pneumatic (93) periodically variable air pressure namely.suction and pressing has no negative effect on bsst, allows to produce vertical intervals x multiplexing many levels bsst systems in grubo\u015bciennych irrigation pipes, probes, forming flat tapering rylcami and transporter \u015blimakowym, \u015brubowym full after in the making of land for mining and liquid fertiliser solutions collected courses tableaged for centuries, with wells and their filling, collectors melioracyjnych to fertilisati
