Kitchen and incineration integrated cooperative treatment process

Abstract

The invention particularly relates to a kitchen and incineration integrated cooperative treatment process. The kitchen and incineration integrated cooperative treatment process comprises the steps that a kitchen waste treatment station and a household waste incineration station are built at the same site; solid residues and slurry in kitchen waste are separated through the kitchen waste treatment station; solid residues, slurry and household waste separated from the kitchen waste are incinerated through the household waste incineration station so as to produce electric energy, steam and production water; and the electric energy, the steam and the production water are supplied to the kitchen waste treatment station and the household waste incineration station to be used. The kitchen waste treatment station and the household waste incineration station are built at the same site, simultaneous design, simultaneous construction and simultaneous operation can be achieved, investment of main and auxiliary production building engineering and land cost is reduced through infrastructure sharing, technology collaboration and raw material complementation, the amortization cost of later operation is reduced, the profitability is improved, land resources are saved, and building arrangement is optimized.

Description

technical field [0001] The invention belongs to the technical field of garbage treatment, and in particular relates to an integrated collaborative treatment process of kitchen and incineration. Background technique [0002] General collaborative projects need to build the main plant, anaerobic area, logistics entrance, roads, etc. separately, and the staffing of general collaborative projects includes management personnel, operating personnel, functional departments, logistics personnel, etc. The staffing is large, which increases the cost of operation and management. [0003] General collaborative projects need to establish new transmission lines, which generate energy consumption during power transmission and cannot realize comprehensive utilization of resources. General collaborative projects need to be equipped with production and domestic water pipe networks; increase investment costs and operation management costs, General collaborative projects: New steam boilers or l...

AI Technical Summary

Problems solved by technology

[0003] General collaborative projects need to establish new transmission lines, which generate energy consumption during power transmission and cannot realize comprehensive utilization of resources. General collaborative projects need to be equipped with production and domestic water pipe networks; increase investment costs and operation management costs, General collaborative projects: New steam boilers or long-distance transportation are required, which will increase investment costs and operation management costs. At the same time, there will be heat loss during the transportation process. The solid slag generated during the disposal of food waste and waste oil in general collaborative projects needs to enter the garbage Warehouse incineration treatment. During transportation, there are risks of secondary pollution to the surrounding environment such as waste leakage, dripping, and odor overflow; the waste in the solid slag discharge room is exposed, and the slag discharge work is carried out frequently, and the odor and the surrounding environment It is difficult to control; the slag trucks used for solid slag transportation will increase investment and operating costs

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