Applicable materials: organic perishable waste such as kitchen waste, fruit and vegetable waste, rotten vegetable leaves, foodleftovers, fruit peels, egg shells, tea dregs etc.…
Kitchen Food waste accounts for about 50%-60% of domestic waste, mainly refers to the perishable, organic domestic waste generated in the daily life of residents and activities such as food processing, catering services and unit feeding, including: waste fats and oils, raw meat remnants, leftovers, bones, etc., and also includes fruit and vegetable waste from vegetable markets.
The Kitchen Food Waste has strong shearing and tearing forces to shred all kinds of soft and hard food waste, is anti-corrosion and wear resistant, impact-resistant and can be operated centrally and continuously, making it easy to expand capacity and production.
Disposal Process Of Kitchen Food Waste Shredder
The Kitchen food waste shredder is an intelligent shredding plant designed for the characteristics of kitchen waste, which is highly adaptable to the material and not limited by moisture.
After processing
Advantages Of Kitchen Food Waste Shredder
Technical Specifications
Model No.
Capacity(t/h)
Shredder Type
Output Size(mm)
ZC4
1-3
Dual Shaft
50-200
ZC6
3-6
Dual Shaft
50-200
ZC8
8-15
Dual Shaft
50-200
ZC10
15-30
Dual Shaft
50-200
Kitchen Food Waste Disposal System
The system receives kitchen waste materials through a multifunctional feeder and feeds them into a coarse separator via a screw feeder. Large materials sorted out by the coarse separator are transported for external treatment.
The remaining materials undergo efficient pretreatment through processes such as crushing, screening, and magnetic separation. The oversize materials are separated by an air separator, with light combustible materials being incinerated. The undersize materials are sent to a biomass crushing and sorting machine, where inorganic materials are transported for external treatment. Organic materials are dewatered by a press and then transferred to fermentation, biogas production, or composting processes, thereby completing the overall pretreatment. The liquid phase enters the subsequent wastewater treatment system.