Introduction to the pneumatic conveying system for underground garbage classification and collection

Our company's carefully developed modern garbage classification and collection pneumatic conveying system can be regarded as a set of efficient, hygienic, and convenient garbage collection and transportation tools. The system cleverly utilizes air as a power source, and through carefully laid underground pipelines, quietly takes away garbage from busy crowds in every corner of the city, ensuring the cleanliness and beauty of the city.

In this magical system, garbage classification and collection are no longer tedious physical labor, but have become intelligent and automated. People only need to put their household waste into the pre-set buried garbage collection bin. When the garbage in the bin reaches the preset capacity, the computer program will accurately control the fan to start and generate vacuum negative pressure. Under this negative pressure, the garbage in the garbage bin is quickly drawn to the centralized garbage treatment center through the pipe network, as if it is attracted by magic.

At the centralized garbage treatment center, we are equipped with advanced automatic screening and classification equipment. These devices are like robots with sharp eyes, capable of quickly and accurately sorting various types of garbage. After classification and compression, the garbage is transported by professional transport vehicles to the garbage incineration power plant and the recyclable material recycling center, achieving the resource utilization of garbage.

The components of the pneumatic conveying system for garbage classification and collection are diverse, including garbage disposal ports, buried garbage collection bins, pipe networks and related ancillary facilities, suction valves, exhaust valves, automatic garbage classification equipment for centralized treatment, power and control systems, etc. These parts work together to form an efficient garbage collection and transportation network.

The advantages of this system are obvious. Firstly, it greatly improves the urban environment and reduces the occurrence of secondary pollution. Secondly, timely garbage collection and disposal prevent garbage from staying in the city for a long time. In addition, due to the use of automated control negative pressure conveying technology, the problem of garbage leakage has been effectively avoided. Meanwhile, due to the fact that all garbage collection bins and pipelines are located underground, the footprint is greatly reduced, providing more possibilities for urban space utilization. Finally, the application of this system significantly reduces the labor intensity of garbage collection, improves the efficiency of collection and transportation, and brings revolutionary changes to urban garbage management.