FIELD: transport.
SUBSTANCE: method contains large waste transportation system formed by multiple subsystems connected by means of the main pipe with waste station of the large system. Subsystem contains at least one waste inlet point, waste transportation pipe connected with inlet point, separating facility to separate wastes from conveying air, facility for creation of pressure difference and/or conveying air flow in transportation pipe during at least wastes carrying when wastes are conveyed from inlet point to separating facility or subsystem accumulator tank where wastes are separated from conveying air and separating facility or subsystem accumulator tank are emptied. Herewith, in the method, partial vacuum generating device of at least one second subsystem is used to create suction effect necessary to convey wastes in the main pipe, wastes accumulated in separating facility or accumulator tank of one first subsystem to separating facility of waste station. Device for method implementation contains large waste transportation system formed by multiple subsystems connected by means of the main pipe to waste station of the large system. Herewith, subsystem is made as described above . Pneumatic system for waste transportation contains large system made of multiple subsystems, such as wastes removal pneumatic systems for specific urban quarter, and main pipe using which wastes of subsystems are conveyed to separating facility of large system waste station to separate wastes form conveying air. Herewith, system pressure difference necessary to convey wastes accumulated in separating facility or accumulator tank of one subsystem from subsystem separating facility in the main pipe to separation facility of large system waste station is created with possibility to be achieved using partial vacuum generating device/fan of at least one second subsystem.
EFFECT: decreased energy consumption.
21 cl, 14 dwg
