Energy-saving garbage treatment equipment

Abstract

The invention discloses energy-saving garbage treatment equipment and relates to environment-friendly equipment. The energy-saving garbage treatment equipment comprises a bag breaking, cleaning, deodorization and separation integrated machine, a sand sedimentation tank, a methane tank and a circulating water tank which are sequentially connected; a feeding hole is formed in the top of the left end of the bag breaking, cleaning, deodorization and separation integrated machine and is connected with a water pump by a cleaning pipe; a plastic film separation hole is formed in the middle of the bag breaking, cleaning, deodorization and separation integrated machine; the bag breaking, cleaning, deodorization and separation integrated machine is also internally provided with a slag remover connected with the circulating water tank by a cleaning water return pipe; and a slag hole is formed in the tail of the bag breaking, cleaning, deodorization and separation integrated machine and is connected with the sand sedimentation tank. The energy-saving garbage treatment equipment is used for achieving the five aims for domestic garbage treatment, namely, reduction, harmlessness, recycling, energy regeneration and cleaning for rural domestic garbage treatment.

Description

technical field [0001] The invention relates to the environmental protection field of rural domestic garbage treatment, in particular to an energy-saving garbage treatment equipment. Background technique [0002] With the development of the economy, the acceleration of rural urbanization and the improvement of people's living standards, the amount of waste discharge has increased rapidly. Facing the reality of the flooding of garbage, we should no longer just stay on the old issue of how to control and destroy garbage, but should adopt a positive attitude and powerful measures to start scientifically disposing of and utilizing garbage, and classify garbage as The "second resource" to maintain sustainable economic development requires resources, energy, and benefits from garbage. [0003] Existing garbage disposal methods mainly contain three methods: landfill, composting and incineration. [0004] 1. Landfill treatment [0005] Landfill has a long history and is a commonl...

AI Technical Summary

Problems solved by technology

[0021] Landfilling buries usable materials, making it more and more difficult to choose a landfill site, and the costs of transportation, landfilling, and management continue to increase

The landfill covers a large area and has serious secondary pollution. For example, the seepage of garbage will pollute the groundwater and soil. Fire and explosion hazards, and emissions into the atmosphere will produce a greenhouse effect

Moreover, the disposal capacity of the landfill is limited, and it is still necessary to invest in the construction of a new landfill after the service period expires, further occupying land resources

[0022] 2. Limitations of composting

[0024] 3. Limitations of incineration treatment

However, the rural area is vast, the villages are scattered, and it is difficult to collect garbage. Especially in remote villages, the transportation is inconvenient and the cost of garbage transfer is high.

This method is only suitable for villages around towns

[0028] 2. Domestic waste in rural areas is randomly piled up, which can be seen everywhere

[0030] 4. Simple centralized incineration produces toxic gases, pollutes the air, and fails to recover renewable resources from garbage, resulting in serious waste of resources

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