Upgrading Municipal Solid Waste Processing Process: Xrido Group Processors Enable Efficient Disposal
With accelerated urbanization, the volume of urban solid waste (such as household waste, commercial waste, and construction scraps) has surged. The traditional landfill-based treatment model is no longer sufficient to meet the demands for reduction, harmlessness, and resource recovery. Modern Municipal Solid Waste Processing Process achieves efficient waste conversion through a systematic process of "pretreatment - sorting - resource recovery - end-of-life disposal." Xrido Group's professional Municipal Solid Waste Processing machines, with their multi-process adaptability, have become core equipment for promoting the implementation of treatment technologies and assisting in the upgrading of urban waste management.
The first step in Municipal Solid Waste Processing is "pretreatment crushing," which aims to break up waste clumps and reduce volume, creating conditions for subsequent sorting. Urban solid waste has a complex composition, often containing large furniture items, plastic wrapping, bricks, and stones. Traditional manual sorting is inefficient and unsafe. Xrido Group's municipal solid waste treatment machine employs a dual-axis shearing and crushing structure, coupled with wear-resistant alloy blades and an intelligent speed control system. It can directly process mixed waste: crushing large furniture pieces into 30-50cm particles, breaking up tangled plastic films, and simultaneously separating inert impurities such as bricks and stones through a screening module. Pre-treatment efficiency is 60% higher than traditional equipment, clearing obstacles for subsequent processing stages.
Pre-shredder
Pre-shredder
"Refined sorting" is the core of municipal solid waste treatment technology, aiming to extract recyclable resources. This stage requires separating different components such as plastics, metals, paper, and organic waste. Traditional sorting equipment is prone to problems such as inaccurate identification and incomplete separation. Xrido Group's municipal solid waste treatment system integrates magnetic separation, air separation, and eddy current separation technologies: the magnetic separation module extracts ferromagnetic metals (such as aluminum cans and nails) with a separation rate of 98%; the air separation module uses a air separator to separate lightweight materials such as plastics and paper based on differences in material density; and the eddy current separation module uses an eddy current separator to extract non-ferrous metals such as aluminum and copper, increasing the purity of recyclables to over 95%. Through this equipment, 40%-60% of the resources in municipal solid waste can be converted into recycled raw materials, significantly reducing subsequent disposal pressure.
trommel screen
optical sorter
Magnetic Separation Machine
"Resource utilization" is the core goal of modern treatment processes. For recyclable materials such as plastics and paper, waste balers can compress them into standardized bales for direct transport to recycling companies; even non-recyclable residual waste can be reduced in volume and cost for subsequent incineration or landfill through the treatment system's volume reduction and crushing. Data shows that municipal solid waste treatment lines equipped with Xrido Group's treatment system achieve a 35% higher resource recovery rate and a 70% reduction in waste volume compared to traditional processes. Xrido Group's Municipal Solid Waste Processing machines, with their advantages of "multi-process adaptability, efficient resource extraction, and environmental compliance," have become a key support for the implementation of these processes. They not only help cities reduce waste disposal costs but also improve resource recycling efficiency, contributing to the construction of a green and low-carbon urban solid waste management system.
baler Machine
baler Machine
