Fertilizer Machine Blog

Preparing for the start-up of bio-organic fertilizer equipment is crucial for avoiding malfunctions and improving production efficiency. Whether it's a small compost turner or a large complete production line, a comprehensive inspection and debugging process must be completed according to the established procedures. This can be divided into four core steps: Step 1: Safety and Environmental Inspection. First, clear away debris around the equipment to ensure an unobstructed operating space and good ventilation; check that electrical connections are secure and grounding protection is effective to avoid short-circuit risks; operators must wear safety helmets and protective gloves, and are strictly prohibited from operating under the influence of alcohol or violating regulations. If the equipment is equipped with deodorization and exhaust gas treatment devices, preheating is required to ensure environmental compliance. Step 2: Equipment Status Inspection. Verify each core component: wh...

The product qualification rate is the core competitiveness of a fertilizer production line , directly impacting corporate profits and market reputation. Improving it requires a comprehensive approach across the entire chain, from raw material procurement and production processing to quality control, achieving stable quality through precise control of key stages. Raw materials are the foundation of quality, necessitating the establishment of strict procurement and pre-treatment standards. For organic fertilizer raw materials, it is necessary to verify indicators such as heavy metal content and moisture content in materials like manure and straw to prevent excessive contaminants. For compound fertilizer raw materials, it is essential to ensure that the purity of nutrients such as nitrogen, phosphorus, and potassium meets standards, avoiding impurities that could affect the quality of the finished product. The pre-treatment stage requires processes such as crushing, sieving, and drying to...

As a core input in ecological agriculture, the optimization of the production line process for bio-organic fertilizer directly affects product quality, production efficiency, and environmental benefits. Currently, the industry generally suffers from low raw material utilization, long fermentation cycles, and high energy consumption. Upgrading the entire process and optimizing management are necessary to achieve the goal of improving quality and efficiency. The raw material pretreatment stage is fundamental to optimization. Traditional processes often use a single crushing method, which easily leads to uneven raw material particle size, affecting fermentation results. The optimization plan should introduce an intelligent screening and proportioning system. This system uses sensors to monitor the moisture content and carbon-nitrogen ratio of raw materials such as livestock manure and straw in real time, automatically adjusting the crushing particle size to 2-5mm and precisely proportioni...