The fermentation tanks utilize aerobic microbial aerobic fermentation principles for the production of organic fertilizer. This process allows microorganisms to utilize organic matter, residual proteins, and other components from animal and poultry feces and carcasses. Under specific temperature, humidity, and ample oxygen conditions, these microorganisms rapidly reproduce, thereby achieving a harmless treatment of animal and poultry waste for organic fertilizer production.
Pig manure contains 15% organic matter, 0.5% nitrogen, 0.5% to 0.6% phosphorus, and 0.35% to 0.45% potassium. The manure has a fine texture and complex composition, including protein, fat, organic acids, cellulose, hemicellulose, and inorganic salts. Due to its high nitrogen content and low carbon-to-nitrogen ratio of about 14:1, it is easily decomposed by microorganisms, releasing nutrients that crops can absorb and utilize. The manure has a high humus content, a large cation exchange capacity, and strong fertilizer retention, but it has a high water content and a low number of cellulose-decomposing bacteria. Mixing a small amount of horse manure and inoculating with cellulose-decomposing bacteria can significantly enhance the fertilizer's efficacy.
Pig Manure Treatment Fermentation Vessel: Enclosed Design: The vessel is fully enclosed, ensuring the fermentation process is unaffected by environmental elements, thus achieving industrial production standards for organic fertilizer production. This design prevents the leakage of fermentation gases and eliminates secondary pollution. Pig Manure Treatment Fermentation Vessel: Insulation Treatment: The vessel is lined with polyurethane for insulation, minimizing external influences and ensuring year-round fermentation. Pig Manure Treatment Fermentation Vessel: Drive Design: High-torque hydraulic drive ensures the full load operation of the decomposition materials inside, guaranteeing stable operation.
Pig Manure Treatment Fermentation Vessel: Energy-Saving Design - The thermal air within the fermentation vessel can be recycled through a heat exchange system, reducing energy consumption and improving energy utilization efficiency. Long Service Life - The inner wall of the tank is made of 304 corrosion-resistant stainless steel, ensuring a long service life. Easy Operation - The vessel combines electric, automatic, and manual operation methods for convenient and easy-to-learn handling, saving labor costs.
Swine Manure Treatment Fermentation Vessel: Saves Space: This equipment utilizes a vertical, sealed tank structure to save space, allowing for outdoor installation without the need for a factory. Comprehensive Swine Manure Treatment Equipment: The swine manure treatment fermentation vessel is an eco-friendly device that harnesses the decomposition power of natural microorganisms. Organic solid waste undergoes aerobic fermentation in an enclosed tank for approximately 7 days, then processed into agricultural bio-organic fertilizer after microbial fermentation, deodorization, and decomposition.
Our hog manure treatment equipment brings considerable economic benefits while also contributing to environmental protection, land improvement, and sustainable development. It ensures the recyclable and sustainable development of the livestock industry.
The vessel is fully enclosed: The fermentation process is unaffected by natural environmental factors, allowing organic fertilizer production to meet industrial production standards. It prevents the leakage of waste gases generated during fermentation, eliminating secondary pollution.
Insulation Treatment: The internal tank is lined with polyurethane insulation, minimizing external influences and ensuring fermentation year-round.
3. Drive Design: Utilizing powerful hydraulic drive, it ensures that the fermentation material in the tank operates at full capacity, guaranteeing stable performance.
4. Energy-saving Design: Utilizing a heat exchange treatment system, the internal hot air is circulated for fermentation, reducing energy consumption and improving energy utilization efficiency.
5. Longevity: The inner wall of the canister is made entirely of 304 corrosion-resistant stainless steel, ensuring a long service life.
6. User-Friendly Operation: Equipped with electrical control and a combination of automatic and manual modes, operation is convenient, easy to learn, and helps save labor costs.
7. Space-saving Design: This equipment features a vertical enclosed tank structure, which saves floor space and allows for outdoor installation without the need for a factory building.
