JinDi Fermentation Tanks Help Malaysian Poultry Farms Turn Manure Into Valuable Resources

At a large poultry farm in Malaysia, JinDi fermentation tanks are operating with stable, high efficiency. Featuring low noise, energy-saving performance and fully automatic control, the system conducts high-temperature aerobic fermentation of fresh chicken manure. Within just 7–10 days, the waste is transformed into high-quality organic fertilizer—achieving a remarkable shift from a “pollution source” to a “green resource.”

To ensure long-term stable performance, the engineering team from JinDi visited the site once again to provide system inspection and operational guidance. The site is clean, odor-free, and well-organized. With real-time monitoring of temperature, humidity, and oxygen concentration, the fully automated system ensures a safe and controllable fermentation process.

This farm once struggled with severe manure accumulation—chicken manure scattered everywhere, creating sanitation issues, high disposal costs, and environmental compliance pressure. Since adopting the JinDi organic fertilizer fermentation tanks , the environment has been significantly improved. Manure is now efficiently converted into a valuable resource, reducing waste-handling expenses while the resulting organic fertilizer is applied to farmland and local crops, generating substantial economic benefits.

JinDi is committed to providing integrated organic waste recycling solutions for the global livestock, agricultural, and environmental protection industries. From project design and customized production to on-site installation and operation guidance, the company delivers full-process services. JinDi equipments are applied in over 30 countries with more than 1,000 successful projects, earning widespread trust and recognition.

Looking ahead, JinDi will continue to drive innovation, helping more farms achieve green farming, circular resource utilization, and multiplied benefits.

JinDi Fermentation Tanks — More efficient manure treatment, greener farming, and greater value from waste.