To achieve high-efficiency organic fertilizer production, utilizing organic fertilizer equipment is an essential choice. The processing of organic materials by this equipment requires a degradation and aging process. So, how is this process realized? Today, Taian Hongxin Environmental Protection will explain how organic fertilizer equipment accomplishes the degradation and aging of organic materials

To understand the working principle of organic fertilizer equipment, one must first grasp the specific process of organic material degradation and aging.

The slot aerobic fermentation process is an aerobic fermentation technique for organic fertilizers. The principle of high-temperature aerobic rapid composting is essentially a microbial decomposition process of organic materials. During this process, organic materials are broken down by microorganisms into small-molecular humic acids, transforming unavailable nutrients into available nitrogen, phosphorus, and potassium, and converting large-molecular proteins into small-molecular amino acids, achieving the degradation of organic materials—a process of organic transformation. Simultaneously, the composting materials generate substantial heat, raising the pile temperature to over 60°C and maintaining it for a period, which effectively kills pathogens and weed seeds, ensuring the composting process is harmless. The low-temperature aging process of organic fertilizers allows for gentle microbial proliferation, continuing the decomposition of organic materials. Additionally, during this proliferation and decomposition, large amounts of biological stimulants are secreted, enhancing the quality and efficacy of the organic fertilizer.

During the active microbial period, a large amount of oxygen is required. The high pile height in trench composting makes it difficult for oxygen to penetrate, necessitating forced aeration by external means. The forced aeration system of organic fertilizer equipment, with its high ventilation rate and fully automated control, perfectly addresses all the requirements of this process.