| Brand Name: | HuiHang |
| MOQ: | 1 |
| Price: | Negotiation |
The Organic Fertilizer Fermentation Tank is a fully automatic composting system designed for efficient treatment of organic waste and production of high-quality fertilizer materials. By providing a controlled aerobic fermentation environment, the equipment accelerates the decomposition of organic matter while reducing odor emissions and improving the overall composting process.
Equipped with a PLC automatic control system and touch screen operation, the fermentation tank can monitor and adjust key parameters such as temperature, oxygen supply, and fermentation time. It is suitable for processing various organic materials, including kitchen waste, municipal organic waste, livestock manure, agricultural residues, and other biodegradable resources.
Compared with traditional open composting methods, the closed fermentation tank requires less space, provides more stable fermentation conditions, and supports continuous organic fertilizer production.
The fermentation tank adopts an intelligent control system with PLC and touch screen operation. The system automatically monitors fermentation conditions and adjusts operating parameters, reducing manual operation and improving production stability.
The equipment uses aerobic fermentation technology to provide sufficient oxygen for microbial activity. The optimized fermentation environment accelerates organic matter decomposition and improves compost maturity.
The enclosed tank design helps control unpleasant odors during fermentation and reduces environmental impact. Combined with an optional deodorization system, it provides a cleaner solution for organic waste treatment facilities.
With controlled temperature, oxygen, and moisture conditions, the fermentation tank can complete the organic waste treatment process within a shorter cycle compared with traditional composting methods.
The fermentation tank can process different types of organic waste, including:
Kitchen waste
Municipal organic waste
Cattle manure
Poultry manure
Pig manure
Crop straw
Agricultural residues
Food processing waste
The fermented materials can be further processed through crushing, screening, mixing, and granulation equipment to produce commercial organic fertilizer products.
The equipment is manufactured with corrosion-resistant materials to ensure long-term operation in demanding working environments. Different tank volumes and configurations can be customized according to raw materials, processing capacity, and project requirements.
| Feature | Description |
|---|---|
| Fermentation Method | Aerobic fermentation |
| Processing Cycle | Around 8–10 hours (depending on materials) |
| Tank Volume | Customizable |
| Application | Organic fertilizer production and waste treatment |
| Operation Mode | Automatic control |
The Organic Fertilizer Fermentation Tank is widely applied in:
Organic fertilizer manufacturing plants
Food waste treatment projects
Municipal waste recycling facilities
Livestock and poultry farms
Agricultural waste recycling centers
Bio-organic fertilizer production lines
It provides an efficient solution for enterprises that need to convert organic waste into valuable fertilizer resources while improving environmental management.
1. Organic Waste Feeding
Organic materials are collected and transported into the fermentation tank.
2. Automatic Mixing and Aeration
The system provides oxygen circulation and creates suitable conditions for microbial activity.
3. Temperature-Controlled Fermentation
The PLC system monitors fermentation parameters and maintains optimal processing conditions.
4. Compost Discharge
After fermentation, the stabilized organic materials are discharged for further processing.
5. Further Fertilizer Processing (Optional)
The fermented compost can enter crushing, screening, granulation, and packaging processes to produce finished organic fertilizer.
The Organic Fertilizer Fermentation Tank provides a reliable solution for modern organic waste recycling and fertilizer manufacturing, helping enterprises achieve efficient composting, sustainable resource utilization, and standardized organic fertilizer production.