炭素系肥料生産ライン

炭素系肥料の生産ラインは、無機物と硫酸アンモニウムなどの有機物から炭素系肥料を作ることです, リン酸アンモニウム, 藁, 木, 植物残渣. 通常、いくつかのステージで構成されています, 炭化を含む, 破砕, 混合, 造 粒, 乾燥, 冷却と包装. 全体の装置プロセスはコンパクトです, 科学と先進, これは、エネルギー節約と消費量の削減という利点があります, 無駄の除去なし, 安定した動作, 信頼性の高いランニング, 便利なメンテナンス.

作業プロセス

1. 炭化: 原料中の有機物は炭化プロセスを経る必要があります, 高温に加熱して水分や揮発性有機物を除去します, leaving behind a carbonaceous material rich in carbon. This step is usually performed in a high-temperature carbonization furnace.
2. Crushing: The carbonaceous material produced needs to be crushed to ensure the size and uniformity of the particles.
3. Mixing: Inorganic nutrients like NPK are added to carbonaceous materials to prepare carbon-based fertilizers rich in specific nutrients.
4. Granulating: Then the fertilizer mixture can be granulated to form small pellets that are easier to handle and apply. This can be done using a disc granulator or a rotary drum granulator.
5. Drying: With the help of a rotary dryer, the granulated fertilizer are dried to remove any excess moisture.
6. Cooling and screening: The dried fertilizer pellets are cooled and screened to remove any dust or fines.
7. Packaging and storage: The finished granular carbon-based fertilizer are packaged and stored in a dry and cool place.

1. This carbon-based fertilizer production lines adopt highly automated processes, including automatic feeding, 混合, packaging and other processes to improve production efficiency and reduce labor costs.
2. The main engine of the carbonization furnace adopts excellent processing and design, そして高温抵抗および耐食性の特徴があります.
3. Carbon-based fertilizer production lines can be customized according to different types of raw materials and product specifications to meet different market needs.
4. Equipped with advanced automatic control systems to monitor and control parameters such as temperature, humidity, production speed, 等. To ensure product quality and safety.

This carbon-based fertilizer production line is suitable for a wide range of raw materials, and the carbon-based fertilizer produced is widely used in agriculture and horticulture. Carbon-based fertilizers play an important role in improving soil quality, reducing chemical use, improving crop growing conditions, and promoting sustainable agriculture and ecological protection.