Kitchen waste treatment production line

The kitchen waste treatment production line refers to an integrated system combining automated equipment with biological/physical technologies, which transforms food waste (including leftover food, discarded oil, food processing residues, etc.) into usable resources through an industrialized processing procedure. Its core objective is to achieve the goals of harmless treatment, reduction, and resource utilization of waste, while meeting environmental protection standards and the requirements of the circular economy.

Description

The kitchen waste treatment production line is a systematic processing system that aims to achieve the goals of “decreasing, harmlessizing, and resourceizing” of kitchen waste. It integrates multiple equipment and processes such as receiving and conveying, pre-treatment, core treatment, resource utilization, and exhaust/wastewater treatment. It is not a single device but a system that completes the entire process of kitchen waste from “collection and entry” to “conversion into usable resources” through the coordinated operation of each unit. This production line mainly consists of pre-treatment systems, biochemical treatment systems, post-treatment systems, and odor treatment systems.

Characteristics of the kitchen waste treatment production line:
– Full-process automation, reducing reliance on manual labor;
– Outstanding environmental protection, with controllable pollutant emissions;
– High resource utilization rate, achieving a circular economy;
– Strong adaptability, compatible with complex raw material characteristics;
– Intelligent management, reducing operating costs.

Faqs

(1) When the equipment is running, if it emits a shrill or irregular noise, it is mostly due to the presence of hard foreign objects such as metal or stones in the feed, causing the cutting tools or components in the crushing chamber to collide. (2) It could also be caused by worn or loose bearings, or abnormal meshing clearance of the transmission gears.
The parallelism deviation of the conveyor belt rollers, improper tension adjustment, or the entanglement of winding debris (such as plastic bags and ropes) on the rollers can cause the conveyor belt to deviate, and in severe cases, even tear the conveyor belt; wear of the rollers' bearings will result in the conveyor belt getting stuck.

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