Precise Formulation Empowers African Agriculture! Senegal BB Fertilizer Mixing Production Line

In July 2025, Zhengzhou Huaqiang Heavy Industry Technology Co., Ltd. completed the installation, commissioning, and official operation of a BB fertilizer mixing production line tailored for a Senegalese client. This production line focuses on the core needs of precise formulation and efficient mixing of BB fertilizers (blended fertilizers). With scientific equipment configuration, stable operating performance, and customized design to suit local agricultural production, it provides Senegalese fertilizer producers with a large-scale, standardized solution, marking another example of Chinese agricultural equipment supporting the development of green agriculture in Africa. Core Configuration and Process System of the Production Line The entire BB fertilizer mixing production line is built around the core process of "raw material storage - precise delivery - uniform mixing - efficient packaging." Equipment in each stage works in synergy to fully ensure the precision and stability of BB fertilizer production, adapting to the diverse fertilizer formulation needs of the local area. Raw Material Storage and Conveying Unit The raw material storage system is equipped with two types of dedicated silos. The main raw material silo is designed with a 4×2.2 meter size and has 5 compartments, capable of storing major fertilizer raw materials such as nitrogen, phosphorus, and potassium. The total storage capacity meets the needs of continuous 8-hour full-load production. The micronutrient silo is 3×2.2 meter with 3 independent compartments, used to store essential micronutrient additives for crops such as magnesium, zinc, and boron. The compartment isolation design avoids cross-contamination between different raw materials, ensuring the purity of the formula. The material conveying process uses two different lengths of belt conveyors: 17 meters and 9 meters. The conveyor belts are made of food-grade wear-resistant rubber with a non-slip surface treatment, effectively preventing spillage and deviation during material conveying. The equipment is equipped with a variable frequency speed control system, which can precisely adjust the conveying speed according to the feeding requirements of the subsequent mixing unit, achieving dynamic matching between raw material supply and mixing rhythm. The conveying efficiency is increased by 10% compared to conventional equipment, and energy consumption is reduced by 8%.

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