The Industrial Waste Recycling System Recycles 10 tons of industrial Waste Per Hour
- Share
- publisher
- Harden Machinery Ltd.
- Issue Time
- Dec 9,2022
Summary
In the past, the general industrial solid waste was mainly processed by incineration, landfill and other treatment methods. Still, these two methods not only cause material waste, and do not conform to the national environmental protection policy and the concept of the circular economy.
In
the past, the general industrial solid waste was mainly processed by
incineration, landfill and other treatment methods. Still, these two methods
not only cause material waste, and do not conform to the national environmental
protection policy and the concept of the circular economy.
Now,
the general industrial solid waste resource treatment system developed by
Harden can effectively prepare general industrial solid waste such as leather
scraps, cloth scraps, waste paper residue, waste fabric and waste plastics into
Refuse-derived Fuel (RDF), thus realizing the transformation of waste into
resources.
The system
adopts two-stage shredding concept with high automatic degree, which can not
only shred the material into a smaller size in order to meet the needs of
customers, but also ensure 95% standard rate of discharge size in the face of
complex general industrial waste.
The RDF
produced by the system will eventually be sold to cement plants, thermal power
plants, coal plants, etc., which will not only greatly reduce the coal
consumption of coal enterprises, but also reduce carbon emissions and improve
their operating profits!
At present,
this general industrial solid waste resource treatment system has been put into
operation, and the processing capacity has reached 10 tons per hour, realizing
the stable operation of the whole process of general industrial solid waste
from shredding, screening and granulation.
In the future,
Harden will continue to expand the field of solid waste application through
core technology research, and develop solutions more in line with market demand.