In the realm of waste management and sustainable agriculture, the high temperature compost machine has emerged as a revolutionary device. It plays a pivotal role in efficiently converting organic waste into high - quality compost, which is a valuable resource for soil enrichment. By leveraging the power of high - temperature decomposition, this machine addresses the growing concerns of organic waste disposal, environmental protection, and the need for sustainable soil amendments.

Models

Model	11FFG-55	11FFG-80	11FFG-100	11FFG-120	11FFG-140	11FFG-160	11FFG-220	11FFG-280
Body Volume	55m³	80m³	100m³	120m³	140m³	160m³	220m³	280m³
Power	29.25kW	34.25kW	39.25kW	39.25kW	43.75kW	43.75kW	84.25kW	109.6kW
Body Material	Double-layer Stainless Steel
handling capacity	4-6m³	4-6m³	6-8m³	8-10m³	10-12m³	12-14m³	16-19m³	20-24m³
Tip:The Moisture Content of Fresh Chicken Manure is 65-70%

Monitoring and Control System

The high temperature compost machine is equipped with advanced monitoring and control systems. These systems use sensors to monitor various parameters such as temperature, and pressure in the fermentation tank. The data collected by these sensors is transmitted to a central control unit, the programmable logic controller (PLC) .

Working Principle

In this high - temperature environment, a community of thermophilic microorganisms, mainly bacteria and fungi, becomes active. Thermophilic bacteria are heat - loving organisms that thrive in these elevated temperatures. They start by attacking simple organic compounds in the waste, such as sugars and starches. Enzymes secreted by these bacteria break down these compounds into simpler substances that can be easily absorbed by the microorganisms for energy and growth. As the process continues, the bacteria move on to decompose more complex materials like cellulose and hemi-cellulose and so on. The high temperature accelerates the metabolic rate of these microorganisms, enabling them to break down the organic matter at a much faster pace compared to mesophilic composting at lower temperatures.

process