Organic fertilizer equipment has a direct effect on the processing and reuse of organic fertilizers, and the transformation of waste into treasure. However, as a large-scale equipment, organic fertilizer equipment occupies a relatively large space, and it is also very important to have a reasonable spatial layout. The spatial layout of organic fertilizer equipment should be analyzed specifically based on the actual usage environment. Today, the Tai an Hongxin Environmental Protection Equipment editor will explain to you the factors that affect the spatial layout of organic fertilizer equipment:

1. The impact of raw materials on organic fertilizer equipment and plant design. Due to different raw materials, it affects the production process, and most organic fertilizer raw materials are contaminated. One situation is that for the pre-treatment process of raw materials, manufacturers can directly preprocess the raw materials in breeding farms or growers, and then store and transport them in a closed manner to the manufacturer; Another scenario is to directly collect untreated waste from growers and farms for pre-treatment in the factory area. These two methods have a direct impact on the construction of processing area.

2. The influencing factors of fermentation process. The fermentation process depends on the amount of materials, and currently the most suitable fermentation process for national production standards is aerobic fermentation. The fermentation cycle consists of two parts: fermentation maturation and secondary aging. To meet the standards, it is recommended to use trough fermentation or stack fermentation as much as possible. Compared to the other two, with the same production capacity requirements, strip stack fermentation occupies a larger area of the factory. Another factor affecting the fermentation process is the fermentation equipment used. For tank fermentation, a mobile crane is often used for multi tank fermentation, and the flipping and throwing process directly moves the material to the discharge port. The secondary aging stage can be transferred to the fermentation tank, thus achieving continuous fermentation,; However, the stack type uses walking composting machines or flipping machines, which inherently makes material transfer inconvenient. Often, the secondary aging process is carried out in situ, affecting the fermentation cycle.

3. Process impact during the later stage of deep processing. The post-processing technology of organic fertilizer equipment is divided into powder organic fertilizer equipment technology and granular organic fertilizer equipment technology, and there are significant differences in the occupied area and equipment infrastructure investment between the two.

Let us start with the process of powdered organic fertilizer equipment. The processing technology of powdered organic fertilizer involves the fermentation and maturation of raw materials, and the main equipment can be sold by processes such as crushing, stirring, and packaging. To put it simply, the equipment technology for powdered organic fertilizer is a part of the particle processing technology.

In terms of the process of granular organic fertilizer equipment, in addition to processes such as crushing, stirring, and packaging, drying, granulation, particle grading, and particle coating are also required. Therefore, particle processing technology is often chosen only for processing production lines with an annual output of over 10000 tons, while small capacity enterprises often choose powder fertilizer processing technology.