The Qunfeng Bag Breaker is a highly effective bag-opening technology that eliminates the need for manual bag openers，it is to split open the bags of MSW(Municipal Solid Waste) and supply the MSW to the waste treatment system continuously.
The shredders are useful machines for the volume reduction of bulky waste such as reams of paper, paper materials, bumpers, tires, refrigerators and the shredding of different materials such as scrap iron, aluminum, copper, plastic as well as municipal solid waste and industrial waste.
Eddy Current Separator (Non-Ferrous Separator) is to separate non-ferrous metals by the induction principle (eddy current) of a high-frequency magnetic field.
The system has adopted the most advanced vertical compression technology. The theory of the process, in simple words, is discharging waste from above to a vertical container below taking advantage of the gravity.
This is the most advanced space saving way for waste recycling, which is ideal for any geographical condition. It is composed of one single overground trash can and a whole set of underground devices, which includes the main framework structure and a waste compress machine.
The system is composed of a 2-floor building of steal structure or concrete structure, compaction equipment, waste container, transfer vehicle and auxiliary devices.
Dezhou Qunfeng Machinery Manufacturing Group, located in the east of Ningjin economic development area of Dezhou Shandong, is a high-tech enterprise dedicated to manufacturing and operation of environmental sanitation equipment, weighing product, waste sorting equipment and steel structure.
Municipal Solid Waste (MSW), or household waste, consists of discarded everyday consumable items.c
PEAKS ECO customers are able to produce high-value Refuse Derived Fuel (RDF) from the combustible components of municipal solid waste (MSW).
While most EU countries and USA still have a policy that favors source separation, Single Stream waste processing is increasingly becoming an alternative for recycling mixed MSW.
