Biodegradable Waste Materials for Organic Fertilizer Manufacturing
Organic fertilizer is changing the way we farm. It improves soil naturally and supports healthy crops. Unlike chemical products, it’s made from biodegradable waste materials—things like food scraps, crop residue, and plant-based waste.
These materials break down safely and return nutrients to the soil. They reduce pollution, cut waste, and turn everyday discards into something useful.
So, how’s the organic fertilizer manufacturing? Let’s explore the answers!
What is an Organic Waste Fertilizer?
Organic waste fertilizer is made from natural and biodegradable waste materials. It enriches the soil and supports plant growth. Unlike synthetic options, it releases nutrients slowly, improving soil health over time.
Organic fertilizers are often derived from various biodegradable waste materials:
Animal Manure
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Compost
Decomposed kitchen scraps, leaves, and grass clippings provide a balanced mix of nutrients.
Plant Residues
Crop residues and green manure add organic matter and nutrients to the soil.
Industrial Byproducts
Materials like bagasse can be repurposed as fertilizers.
How to Make Organic Fertilizer by Using Biodegradable Waste Material?
After selecting the right biodegradable waste materials, the next step is processing them into efficient, easy-to-use organic fertilizer. Generally speaking, here’s the process of manufacturing the organic fertilizer in granule:
Raw material fermentatton
Biodegradable waste materials
undergo fermentation
Crushing
Waste materials are crushed intosmaller pieces
Granuation
Mixed materials are formed into
granules
Cooling
Dried granules are cooled down
Coating
Granules are coated for protection
ForkHft Sllo Tnloading
Fermented waste is unloaded fromsilos
Mixing
Crushed materials are mixed
together
Drying
Granules are dried to reduce moistire
Screening
Granules are sereened for size consisteney
Packaging
Finished fertilizer is packaged fordistributon
Raw material fermentatton
Biodegradable waste materials
undergo fermentation
Crushing
Granuation
Mixed materials are formed into
granules
Cooling
Coating
ForkHft Sllo Tnloading
Fermented waste is unloaded fromsilos
Mixing
Crushed materials are mixed
together
Drying
Granules are dried to reduce moistire
Screening
Granules are sereened for size consisteney
Packaging
Finished fertilizer is packaged fordistributon
Turning organic waste into granule fertilizer is only one of the parts. How different shapes of fertilizer behave in the field is important as well. So, this is a comparison on major shapes of fertilizers on the market: the granular organic fertilizer and water-soluble chemical fertilizer.
Comparison Aspect | Organic Granular Fertilizer | Organic Water-Soluble Fertilizer |
Nutrient Content | Contains a wide range of nutrients and organic matter | Contains specific, highly soluble nutrients |
Nutrient Release | Slow-release, long-lasting effect | Soluble organic nutrients like nitrogen, potassium, and phosphorus |
Application Method | Typically used as base fertilizer, mixed into the soil | Applied through irrigation systems (drip, spray, foliar) |
Best Use Case | For ecological farming and long-term soil fertility management | For intensive agriculture and crops needing quick nutrients |
Xincheng’s Biodegradable Waste Material Fertilizer Machinery
As we’ve seen, producing quality organic fertilizer involves precise steps and the right equipment at each stage. To ensure efficiency and consistency, specialized machinery is essential.
For bio-fertilizer products, Xincheng offers advanced solutions for reliable fertilizer manufacturing.
- New Granulation Process: Uses a wet continuous push rod process for better efficiency.
- Versatile: Granulates a wide range of organic materials, including tough-to-process items like crop straw, wine dregs, and animal manure.
- No Need for Drying or Crushing: Raw materials can be used directly after fermentation.
- Strong Performance: Handles raw materials like humic acid and urban sludge effectively.
- Flexible Output: Produces pellets in different shapes and sizes to suit various needs.
- High Efficiency: Supports continuous operation, increasing overall output.
- Simple Structure: Easy to operate and maintain with minimal downtime.
- Cost-Effective: Safe, reliable, and helps reduce production costs.
- Compact Design: Lighter structure with reduced height—ideal for factory retrofits.
- Adjustable Angle: The large disc can be easily tilted using angle gaskets.
- Energy-Saving: Uses a non-powered scraper system to reduce energy use.
- Efficient Structure: The disc section adjusts smoothly and prevents tearing during pellet release.
- Smart Cleaning System: Built-in scrapers keep the disc clean, preventing clogging and ensuring consistent granule size.