EFB Biocompost

Simultaneously serves as a growing medium and organic fertilizer: EFB functions both as a soilless cultivation substrate and as an organic fertilizer, enhancing plant growth while enriching the soil.

100% utilization of palm agricultural waste: EFB is produced entirely from palm agricultural residues, promoting sustainable practices by converting waste into valuable agricultural inputs.

Customizable N-P-K ratios: Offers customizable nitrogen (N), phosphorus (P), and potassium (K) ratios, supporting 3–5 preset formulations to meet specific crop nutritional requirements.

Parameter	Value	Comparison to Traditional Compost
Organic Content	≥65%	+20%
pH Value	6-8（ (Neutral Adjusted）	More stable and neutral
Germination Index (GI)	>90%	+35%

1. EFB Palm Fiber Collection

2. Shredding

3. Fermentation (High-Temperature Sterilization at 60°C)

4. Drying

5. Packaging

Feature	Biocompost	Traditional Compost	Chemical Fertilizers
Nutrient Release Duration	Sustained 6–8 months	Moderate 3–4 months	Rapid release
Microbial Content	Enriced with beneficial microbes	lack consistency in beneficial microbial populations	Lacks microbial content
Soil Health Impact	Improves soil structure, enhances nutrient cycling	Enhances soil organic matter but may be less effective	Provides nutrients but can lead to soil acidification
Environmental Impact	Eco-friendly	Reduces organic waste	High environmental footprint

Challenges: Acidic and compacted soils

Remediation Goal	Biocompost Mechanism	Scientific Basis
Neutralize Acidity	Humic acid buffering system (pH 6.5–7.5)	Each ton of Biocompost can increase soil pH by 0.3–0.5 units
Alleviate Compaction	Fibrous network reconstructs soil aggregate structure	Continuous use over two seasons can increase soil porosity by 35%
Activate Microbial Community	Inoculation with acid-tolerant strains (e.g., Bacillus subtilis)	Enhances microbial diversity by up to 2.8 times

Mixing Ratio: 1:3 (Chemical Fertilizer: Biocompost)
Effect: Increases nitrogen use efficiency by 18%, reducing the required amount of chemical fertilizers

Mechanisms of Action:

Nitrogen Slow Release:
- Humic acids encapsulate urea particles, reducing ammonia (NH₃) volatilization losses from 30% to 12%
- Microorganisms convert ammonium nitrogen into microbial protein, temporarily storing nitrogen
Phosphorus and Potassium Activation:
- Phosphate-solubilizing bacteria secrete organic acids, releasing fixed phosphorus in the soil, increasing its availability by 22%
- Potassium ions are adsorbed by humic acid colloids, reducing leaching losses by 40%

Core Value Proposition: "From Soil to Table: A Closed-Loop Organic System"

Key Data for Organic Farming:

Metric	Biocompost Performance	Traditional Compost Comparison
Seed Germination Index (GI)	98%	75%
Cellulose Degradation Rate	95% (in 45 days)	68% (in 60 days)
Heavy Metal Content	<0.1 mg/kg	0.3–0.8 mg/kg

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