2024/10/12
The research direction of technological innovation in the organic fertilizer equipment industry can include the following specific areas:
1. Efficient fermentation technology: Research and development of more efficient microbial fermentation technology to accelerate the decomposition process of organic waste and improve the production efficiency and quality of organic fertilizer. For example, improving the quality of organic fertilizer by optimizing the fermentation process of organic fertilizer production lines is the key to improving the production efficiency of organic fertilizer.
2. Precision Agriculture technology: Combine precision agriculture technology to develop customized organic fertilizer products to meet the needs of specific crops and soils.
3. Biotechnology: The use of biotechnology to improve the biological activity of organic fertilizers, such as adding functional microorganisms to enhance the soil improvement effect of organic fertilizers.
4. Equipment optimization design: Optimize the design of organic fertilizer equipment, improve the operating efficiency and stability of equipment, and reduce the maintenance cost of equipment.
5. Resource recycling technology: Research on how to use agricultural waste and other organic waste more effectively to improve the recycling rate of resources.
6. Energy efficiency improvement technology: Develop energy-saving technologies, such as improving the energy utilization efficiency in the drying and granulation process to reduce energy consumption.
7. Product innovation: Develop new organic fertilizer products, such as bio-organic fertilizer, organic and inorganic compound fertilizer, etc., to meet the market demand for efficient and environmentally friendly fertilizer.
Through these research directions, the organic fertilizer equipment industry can not only improve its own technical level and market competitiveness, but also make greater contributions to sustainable agricultural development and environmental protection.
