25KW Food Waste Composting Machine 100kg Daily Capacity | 90% Reduction Rate | 380V Industrial Grade

Price Negotiable

Price: Negotiation

MOQ: 1

Delivery Time: 30days

Brand: TOGO

Product Description

Industrial Food Waste Composting Machine

This fully automated biodegradable waste compost machine efficiently converts food waste into organic fertilizer through microbial decomposition. Designed for various commercial and institutional applications, it offers high reduction rates with minimal environmental impact.

Key Features & Performance

High-speed processing with 90% waste reduction in 24 hours
Compact design with small footprint for space efficiency
Fully automated PLC control system with touch screen interface
Zero odor emissions and no secondary pollution
Stainless steel construction (SUS304) for durability
Daily capacity range from 100kg to 50,000kg available

Technical Specifications

Model	TG-CC-100
Daily Processing Capacity	100KG/Day
Processing Cycle	24 Hours
Reduction Rate	90%
Power Consumption	25KWH/Day
Power Rating	5.3KW
Voltage	380V, 50/60Hz
Noise Level	≤65dB
Machine Dimensions	1600×1300×1340mm (L×W×H)
Machine Weight	640KGS
Contact Material	SUS304 Stainless Steel
Control System	Fully Automatic PLC + Touch Screen

Operation Process

Pour kitchen waste directly into the processing groove
Automatic filtration separates water and oil for treatment
Grinding system processes waste into fine particles
Dehydration system removes excess moisture
Final output ready for organic fertilizer production

Application Areas

Restaurants and hotel kitchens
School and government cafeterias
Residential communities and apartment buildings
Food waste disposal centers
Supermarkets and food retail establishments

Product Images

Industrial food waste composting machine exterior view

Food waste composting machine control panel and interface

Internal mechanism of waste composting system

Final organic fertilizer output from composting process

Environmental Benefits

This composting machine eliminates landfill waste, reduces greenhouse gas emissions, and produces valuable organic fertilizer, supporting circular economy principles and sustainable waste management practices.