Intelligent kitchen waste comprehensive treatment device

Abstract

The invention discloses an intelligent kitchen waste comprehensive treatment device which comprises a machine box, a smashing device, a solid-liquid separation device, an oil-water separation device, a deodorization device and a centralized control module, an oil liquid collecting barrel is arranged in the machine box, the smashing device, the solid-liquid separation device and the oil-water separation device are sequentially arranged in the machine box from top to bottom, the deodorization device is arranged in the machine box, and the centralized control module is arranged in the machine box. The centralized control module is embedded in the outer side face of the rack, and the smashing device, the solid-liquid separation device, the oil-water separation device and the deodorization device are electrically connected with the centralized control module. The equipment has the beneficial effects that the equipment is more compact and small in occupied area, the centralized control module enables the equipment to be more intelligent and controllable, the oil quantity separated by the equipment can be recorded in real time, the working state of each device can be monitored, liquid level heating is adopted to reduce the power consumption of the equipment, the equipment is suitable for a low-temperature use environment, and the deodorization device enables the equipment to have smaller influence on the environment when the equipment works.

Description

technical field [0001] The invention relates to the field of kitchen waste treatment, in particular to an intelligent kitchen waste comprehensive treatment device. Background technique [0002] At present, the separation process and methods of food waste are roughly as follows: collection, sorting, crushing, cooking and separation. Three-phase centrifuges are generally used for separation, but during the operation, it was found that due to the difficulty in sorting food waste and waste oil, there are a lot of sundries in the slurry entering the centrifuge, such as cloth strips, plastics, ropes, wood chips, Ceramic chips or glass fragments often cause clogging of the centrifuge feed system or drain system, requiring shutdown and flushing. In serious cases, the centrifuge needs to be disassembled and cleaned, which greatly reduces the separation efficiency of the centrifuge. In addition, due to the large proportion of impurities in the slurry entering the centrifuge, it aff...

AI Technical Summary

Problems solved by technology

Three-phase centrifuges are generally used for separation, but during the operation, it was found that due to the difficulty in sorting food waste and waste oil, there are a lot of sundries in the slurry entering the centrifuge, such as cloth strips, plastics, ropes, wood chips, Ceramic pieces or glass fragments, etc., often cause clogging of the centrifuge feed system or drainage system, requiring shutdown and flushing, or dismantling and cleaning in severe cases, which greatly reduces the separation efficiency of the centrifuge

In addition, due to the large proportion of impurities in the slurry entering the centrifuge, it affects the single-machine processing capacity of the centrifuge and causes serious wear and tear on the centrifuge, and the oil obtained after separation has too many impurities and the solids are not dry enough, which increases the subsequent The difficulty of oil-water separation

[0003] Sewage treatment has always been one of the most difficult problems to solve in today's society. For example, sewage from the catering industry contains a lot of organic matter. If it is directly discharged into the urban sewage pipe network, it will not only cause a series of environmental problems, but also affect the urban sewage. The pipe network also creates a great deal of pressure

[0004] The oil-water separation equipment in the prior art immerses the heating equipment in the mixed liquid, and when the equipment is working, the unheated mixed liquid is continuously input into the equipment, the mixed liquid in the equipment has a large fluidity, and the heating equipment usually cannot The mixed liquid has an effective heating effect, resulting in unstable oil-water separation effect

[0005] The existing oil-water separation equipment usually does not have a centralized control intelligent module, and cannot monitor the operating status of the equipment in real time, which is prone to operational safety hazards and increases the labor utilization rate

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