有機廃棄物肥料生産ライン

Common Organic Fertilizer Raw Materials
1. Livestock Manure
– Chicken Manure: High nitrogen content, fast acting, but needs to be fully decomposed to avoid burning plants.
– Pig Manure: Balanced in organic matter and nutrients, commonly used as an organic fertilizer material.
– Cow Manure: High fiber content, decomposes slowly, suitable for mixing with high-nitrogen materials.
– Sheep Manure: High nutrient content, with a moderate fertilizing effect.

2. Industrial By-products
– Brewer’s Spent Grain: The residue left after brewing, rich in organic matter and nitrogen.
– Sugar Factory Residues: Such as bagasse and beet pulp, high in carbon content.
– Food Processing Waste: Includes by-products like soy pulp, fruit pulp, starch residue, 等, easy to degrade and nutrient-rich.

3. Agricultural Waste
– Crop Straw: Such as corn, wheat, rice straw, 等, rich in cellulose and organic matter.
– Fruit Shells and Pulp: Such as peanut shells, coconut shells, sugarcane residue, 等, high carbon-to-nitrogen ratio, suitable for adjusting the carbon-nitrogen ratio in composting.
– Waste Vegetables and Fruits: Such as spoiled vegetable leaves, fruit peels, 等, easy to degrade, but care should be taken with the high moisture content.

4. Urban Organic Waste
– Kitchen Waste: Rich in organic matter and nutrients, but should be separated from oils and impurities.
– Sludge: Sewage treatment plant sludge, must be free of heavy metal contamination.
– Garden Waste: Such as fallen leaves, pruned tree branches, 等, high in carbon content.

5. Other Raw Materials
– Mushroom Residue: The waste substrate after mushroom cultivation, rich in organic matter.
– Oilseed Cakes: Such as soybean cake, rapeseed cake, 等, high in nitrogen, making them high-quality organic fertilizer raw materials.
– Seaweed: Rich in minerals and growth hormones, suitable for producing high-end organic fertilizers.

Raw Material Proportion Principles
1. Carbon-to-Nitrogen Ratio (C/N) Adjustment
– The ideal carbon-to-nitrogen ratio is 25:1~30:1.
– High-carbon materials (e.g., straw, wood chips) should be mixed with high-nitrogen materials (e.g., 家畜肥料, soybean cake) to balance the C/N ratio.

2. Moisture Control
– The moisture content of the materials should be controlled between 50% そして 60%. Too high or too low moisture will affect the fermentation process.

3. PH Adjustment
– During fermentation, the pH should be maintained between 6.5 そして 8.5. Lime or acidic substances can be added to adjust the pH.

4. Addition of Fermentation Microorganisms
– Adding microbial agents (such as *Bacillus subtilis*, *Actinomycetes*, 等) can accelerate the fermentation process and improve the composting efficiency.

• Environmental Friendliness

  • Utilizes organic waste materials (e.g., manure, crop residues, 食品廃棄物) to produce fertilizers, helping to recycle waste and reduce environmental pollution.

• Energy Efficiency

  • Many modern production lines are designed to minimize energy consumption, such as using energy-efficient drying and granulation equipment.

• Automated Control

  • Advanced control systems (PLC systems) are used for automation, which helps in precise monitoring and controlling of parameters like temperature, humidity, and material flow. This leads to consistent product quality.

• Customizable Fertilizer Formulations

  • The production line can accommodate different formulations, allowing manufacturers to produce fertilizers with specific nutrient compositions to meet various agricultural needs.

• High-Quality Granulation

  • The line uses high-performance granulation equipment (like rotary drum granulators or disc granulators) to form uniform, durable, and easily transportable fertilizer granules.

• Moisture Control

  • The drying and cooling equipment ensures the fertilizer has the ideal moisture content, preventing clumping and ensuring long shelf life.

• Low Pollution and Odor Control

  • Through the use of advanced composting technology (such as aerobic fermentation), organic fertilizer production lines help reduce the emission of harmful gases and unpleasant odors.

• Flexible Capacity

  • Production lines can be scaled up or down depending on the desired output, offering flexibility for small-scale or large-scale production.

• High Efficiency and Yield

  • These lines are designed to minimize waste and maximize output by optimizing each stage of the production process, from composting to granulation.

• Minimal Labor Requirements

  • Due to automation, a reduced workforce is required, which helps cut down on labor costs and increases overall productivity.

• Advanced Drying and Cooling Systems

  • Rotary dryers and cooling machines ensure the granules are dried to the correct moisture content and then cooled for easy handling and storage.

• Sustainability

  • The entire production process is focused on sustainability by using renewable organic resources and reducing chemical use in fertilizers.

• 技術的な強さ

  - 会社はに設立されました 2005 そして、オーガニック肥料機器の研究開発と製造に焦点を当てています 20 年. 40,000mの大規模な有機肥料機器生産ベースを構築しました, 高度な顆粒を使用します, 生産効率と製品の品質を向上させるための乾燥およびスクリーニング技術.

  - 自己操作の輸入および輸出企業が多い 80 世界中のプロのエンジニア, それ以上のサービスを提供しています 100 世界中の国と地域, 5,000+ カスタマーサービスのケース, 10 処理センター, 3 レーザー切断機, そしてそれ以上 60 さまざまなタイプの機器.

  - 多くの科学研究機関や大学との長期的かつ広範な協力を維持する, with a professional R&D team, 市場の需要に応じて機器のパフォーマンスを継続的に最適化することができます.

• 機器の品質

  - 高強度の耐摩耗性材料, 炭素鋼Q235/合金は、機器が耐久性があることを確認し、メンテナンスコストを削減するために選択されています.

  - 生産自動化のレベルを改善し、手動依存を減らすためにインテリジェントな制御システムを採用する.

  - ISO, ce, SGS国際認定

• 生産能力

  - 大規模な生産能力, さまざまな生産能力要件を満たすことができます (小さい, 中型および大規模な生産ライン).

  - すべての範囲の機器モデル, 有機肥料などのさまざまな種類の肥料の生産に適しています, 化合物肥料, 生物学的肥料, 水溶性肥料, 液体肥料, 等.

• カスタマイズされたサービス

  - パーソナライズされたデザインは、顧客のニーズに応じて提供できます, 生産能力を含む, サイトレイアウト, 環境保護基準, 等.

  - 生産ラインソリューションの完全なセットを提供します, 機器の選択を含む, インストールと試運転, 技術トレーニング, 等.

  

• 価格の利点

  - 直接工場の供給, Middlemanリンクの削減, そして、価格はより競争力があります.

  - 機器はエネルギー効率が高くなっています, エネルギー消費を削減します, 顧客が長期的な運用コストを削減するのに役立ちます.

• アフターセールスサービス

  - 直接工場の供給, Middlemanリンクの削減, そして、価格はより競争力があります.

  - 機器はエネルギー効率が高くなっています, エネルギー消費を削減します, 顧客が長期的な運用コストを削減するのに役立ちます.