Complete set of equipment for handling stale garbage

Complete set of equipment for handling stale garbagePerformance Characteristics

Efficient sorting capability: Adopting multi-stage sorting technology (such as vibrating screen, drum screen, air separator), it can accurately separate garbage components of different densities and particle sizes, with high sorting purity.

Strong adaptability: The modular design of the equipment can adjust the process flow according to the composition of the waste, and is suitable for various scenarios such as landfill aged waste and newly generated mixed waste.

Outstanding environmental performance: Closed operation reduces the spread of dust and odors, equipped with noise reduction devices and dust removal systems, reducing the risk of secondary pollution.

High degree of automation: Integrated PLC control system, realizing the entire process of automatic feeding, sorting, and packaging, reducing manual intervention, and improving processing efficiency.

Strong durability: The key components are made of high-strength wear-resistant materials, which can adapt to harsh environments and extend the service life of the equipment.

Complete set of equipment for handling stale garbageApplication field

Rotten garbage treatment equipment plays an important role in modern urban garbage management and is widely used in the following fields:

Urban garbage treatment plant: deals with the long-term accumulation of stale garbage in the city, achieving waste reduction and resource utilization.

Township and community garbage disposal points: suitable for small-scale garbage disposal sites such as townships and communities, improving the convenience and flexibility of garbage disposal.

Landfill site renovation: Screening and processing of aged garbage in landfills to achieve resource utilization of garbage and ecological restoration of landfills.

Industrial waste treatment: Processing general industrial waste, improving the degree of resource utilization of waste, and reducing environmental pollution.

Application advantages

Significant environmental benefits:

Reduce the footprint of landfills, extend their service life, and minimize the pollution of soil and groundwater by leachate.

Reduce methane emissions and alleviate greenhouse effect through resource utilization.

Outstanding economic benefits:

The separated combustibles can be used for incineration power generation, and recyclable materials such as metals and plastics can create additional revenue.

Reduce the cost of garbage transportation and landfill, and improve the operational efficiency of treatment plants.

Improvement of social benefits:

Promote the cultivation of garbage classification habits and enhance public environmental awareness.

Assist the government in achieving the goal of a "zero waste city" and enhancing the city's image and sustainable development capabilities.

technical:

Integrate IoT technology to achieve remote monitoring and fault warning, optimize operation and maintenance management.

Modular design supports device upgrades and adapts to the iterative needs of future waste management technologies.