In the field of organic waste resource utilization, trough fermentation technology is widely used due to its advantages such as small footprint and controllable environment. As the core equipment of this process, the chain compost turning machine is becoming an ideal choice for many projects due to its unique operating method.
The core technology of the chain compost turning machine lies in its chain-plate turning mechanism. It uses a chain-driven scraper system to form a circulation system, which, under hydraulic drive, penetrates deep into the bottom of the material, lifting the deep material to a high level and scattering it, allowing the material to fully contact the air before being re-piled. This “low-level lifting, high-level scattering” operating mode allows for a single turning displacement of 8-10 meters, achieving quantitative material movement.
From a performance perspective, the chain compost turning machine first solves the problem of deep trough operations. Its chain plate structure can penetrate 1.8-2.5 meters into the trough bottom, completely eliminating anaerobic zones and shortening the fermentation cycle by more than 30%. Secondly, it has significant energy-saving effects; the rolling support chain plate mechanism greatly reduces turning resistance, reducing energy consumption by 30% compared to traditional equipment. Furthermore, it boasts a high degree of automation, automatically adjusting operating parameters based on material characteristics to achieve fully automated operation.
In application areas, the chain compost turning machine is particularly suitable for trough-type aerobic fermentation of organic waste such as livestock and poultry manure, municipal sludge, and kitchen waste. Its unique trough-changing mechanism allows for multi-trough operation with a single machine; simply adding fermentation tanks expands production scale, significantly increasing the equipment’s utilization value.
As the organic waste resource utilization industry develops towards refinement, the chain compost turning machine, with its deep-trough operation capability, energy-efficient characteristics, and intelligent control advantages, is becoming a reliable technical support for trough-type aerobic fermentation processes.
