A “System” Where Bulky Waste Transformed "valuable Resources"!
Bulky waste refers to discarded items generated by individuals and organizations in their daily lives that weigh over 5 kilograms, have a volume exceeding 0.2 cubic meters, or are longer than 1 meter.
These items are characterized by their large size, strong integrity, and the need for disassembly before they can be recycled or safely disposed of.
Examples include sofas, mattresses, tables, chairs, wardrobes, bookcases, and other discarded furniture and appliances.
In recent years, with the continuous improvement of material living standards, the frequency of furniture replacement has increased significantly. Bulky waste has become one of the fastest-growing categories of municipal solid waste.
On the one hand, if these "large-sized" wastes are not properly managed in a timely manner and are left to accumulate in residential areas, they become a significant challenge for environmental management.
On the other hand, traditional methods of bulky waste disposal still rely on manual dismantling, which suffers from inefficiency and poor adaptability, among other limitations.
Imagine a scenario where a city district needs to process hundreds of tons of bulky waste daily—how many workers would be required to achieve this goal through manual dismantling?
So, how can we ensure that bulky waste transforms into a value?
Harden Machinery Ltd. has conducted in-depth research and analysis of the bulky waste market environment. By integrating its self-developed RDF/SRF preparation technology, the company has developed a bulky waste resource processing system that adds value to bulky waste.
This system employs multiple refined processing techniques, including "Crushing + Pulse Dust Removal + Wind Shifter + Magnetic Separation + RDF Granulation." These processes effectively and rapidly reduce the volume of bulky waste through crushing and sorting, achieving 100% resource utilization of bulky waste.
System Advantages:
①100% Resource Recovery:
②High Processing Efficiency and Strong Adaptability: Collected bulky waste does not require pre-sorting. Items such as mattresses, sofas, tables, chairs, and cabinets can be directly processed by the system.
③Fully Automated Processing: Reduces labor costs.
④High Sorting Rate and Clean Materials: Enhances the economic benefits for processing units.
Output Materials from the System:
①Wood: Can be processed into density fiberboard.
②Ferrous Metals: These metals can be melted down and reused.
③RDF Rods: Used in power plants and cement factories. These fuel rods have a calorific value similar to fossil fuels but with lower carbon emissions.
Project Case Study:
