Case

As the society pays more and more attention to the environmental protection, how to turn the livestock and poultry manure into valuable resources has become the key to the sustainable development of the animal husbandry industry. In this context, the production of biochar based on high-temperature aerobic fermentation technology has become an effective solution.

With increasing environmental regulation, livestock farms must comply with a range of laws, regulations and permits when handling manure. This not only involves pollutant emission standards, but also controls on the quality of the final product. If not handled properly, they will not only be subject to high fines, but may also face severe penalties such as suspension of production. Therefore, the need for advanced manure treatment technology and compliance is a key issue for livestock farms.

With the rapid development of animal husbandry, how to properly deal with the huge amount of livestock and poultry manure has become a key problem to be solved. Traditional manure treatment methods such as direct composting, landfill, etc. have many problems, not only produce a large amount of greenhouse gas emissions, but also may pollute groundwater and soil. Therefore, the use of advanced high-temperature aerobic fermentation technology for the resource utilisation of manure in livestock farms has become the key to achieving sustainable animal husbandry.

Good soil health is the basis for sustainable development of agriculture, but many farmlands are suffering from soil nodulation and nutrient loss due to long-term chemical fertiliser abuse. As a professional manufacturer of high temperature aerobic fermenter, we know that manure bio-organic fertiliser plays a key role in improving soil health and can inject lasting power for your agricultural production.

High-temperature aerobic compost tank is our self-developed environmental protection equipment, the equipment uses the decomposition of microorganisms in nature, after 7 days of continuous aerobic fermentation in a closed tank, organic solid waste through microbial fermentation, deodorization, putrefaction and other roles into organic fertilizers that can be used for crops, aerobic fermentation is a less malodorous, energy-saving method of obtaining treatment of organic fertilizers.

Fermentation and composting are two processes that involve the breakdown of organic matter, but they differ in their objectives, methods, and end products. While both processes contribute to the natural cycles of nutrient recycling, they serve distinct purposes and have unique applications.