The company has organized wind tunnel experts and research teams to invent a wind powered rotary feeder after years of research. The wind powered rotary feeder has a compact structure, occupies a small area, and is easy to arrange in the process. And the conveying distance is long, the conveying height is high, the pipeline is fully sealed, and there is no emission or pollution. It uses a low-pressure air source instead of compressed air to achieve pipeline transportation. The material is quickly transported in a spiral state through the pipeline to the designated location. The conveying horizontal distance can reach 0~500m, the height can reach 0~70 meters, and the conveying capacity is 0~480T/H. Each conveying can consume only about 0.5~1.7KW/H, which saves a considerable amount of electricity consumption. Moreover, traditional pneumatic transportation currently has low capacity, high investment, high energy consumption, and high requirements for pipelines. The layout of air ramps and elevator conveying equipment is limited, maintenance costs are high, and air pollution is severe.

Fine coal powder, fly ash, mineral powder, lime powder, cement and other dry powders, as well as objects with particles ≤ 25mm such as salt, wheat, grains, beans, corn, etc.

Model	Traditional pneumatic transportation	High performance air supply system
Conveying height	<40m	The current case is 65m (Yunyang, Chongqing)
Temperature and air pressure inside the conveying pipe	High (temperature>60, air pressure>700Kpa)	Low
Requirements for conveying pipelines	Special steel seamless pipe, replacement every 1-2 years	10mm thick ordinary spiral plate, replaced every 5-6 years
Blockage phenomenon	Frequent occurrence and large amount of loose pipeline engineering	No occurrence, the pipeline can be buried underground
Energy consumption	Tall	Low (1/6 of traditional pneumatic transportation energy consumption)
Operating cost	Tall	Low (1/5 of the operating cost of traditional pneumatic transportation)

Negative pressure suction+positive pressure feeding system

♦  Easy installation
The transformation of the enterprise from design to installation will not affect the normal production of the enterprise.
It is very safe to transport materials under low pressure in pipelines
♦  environment protection
Fully sealed logistics transportation
♦  Efficient
Large conveying tonnage.
Not affected by changes in weather conditions.
Compared to conventional compressed air delivery, this equipment will not cause any blockage.
♦  Flexible arrangement
The entire transportation layout is made of ordinary material pipelines
Arranging pipelines can build multiple points and warehouses.
The pipeline can turn up, down, left, and right from the starting point to the target library.
♦  Low maintenance cost
The material is transported in a rotating mode within the pipeline, resulting in minimal wear on the pipeline
Transporting materials without consumption
♦  energy conservation
Compared to the electricity consumption of commonly used compressed air conveying equipment, this device consumes one-third of its electricity
(Actual operating power consumption ÷ Total amount of materials transported per hour) x Electricity price=Operating cost Electricity fee