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Organic Technology
Organic Technology
Converting Organic Waste into Premium Soil Nutrition
Converting Organic Waste into Premium Soil Nutrition
LIPASMATA FertiGrowth is our eco-friendly compost derived from kitchen and garden organic waste. Through our innovative Organic Technology process, we transform this material into a stable, nutrient-rich soil amendment suitable for urban farming, parks, and large-scale agriculture. This product supports better soil health, improving fertility and structure.
Key Benefits:
Reduces reliance on chemical fertilizers
Acts as a soil conditioner, neutralizing harmful compounds and accelerating the breakdown of chemical fertilizer residue
Provides balanced macro (N, P, K, Ca, Mg, S) and micro (B, Cu, Fe, Mn, Zn, Mo, etc.) nutrients for strong plant growth.
Process Steps:Β
Separation -Β Decomposition -Turning - Nutrient Addition - Packaging
Lab Results
Lab Results
Parameter - Result - Benefit
C-Organic 30.22%
SNI 19-7030-2014 sets the C-Organic standard for compost at a minimum of 9.8% and a maximum of 32%.
A high C-Organic content indicates good organic matter quality, as C (carbon) is a source of energy for plants and microorganisms.
The higher the C-Organic content, the better the quality of the mineral soil, as it plays a role in improving the physical properties of the soil, increasing biological activity, and increasing the availability of nutrients for plants.
C/N Ratio:
The ideal C/N Ratio for the composting process ranges between 15-20, and is effective for the composting rate in the range of 30-40.
A good C/N Ratio in agricultural soil organic matter is around 10:1, which indicates a balance between carbon and nitrogen that is important for plant growth and microbial health.
The correct C/N Ratio ensures microorganisms have enough energy (carbon) and material to form protein (nitrogen) during the composting process.
An inappropriate C/N Ratio can inhibit the composting process due to a lack of energy or raw materials for microorganisms.
π Nutrient Content Analysis
Macronutrients (N, P, K, Ca, Mg, S) π Conclusion: Macronutrients are rich, balanced, and strongly support plant growth.
Micronutrients (B, Cu, Co, Fe, Mn, Zn, Mo, Na, Ni, Cl) π Conclusion: Micronutrients are complete, balanced, and not excessive. Good for soil fertility.
Other Parameters
pH: 7.16 β Neutral, the best condition for nutrient availability.
EC (Electrical Conductivity): 139.96 ppm (β0.14 mS/cm) β Low, safe, not too salty (low salinity).
Moisture: 18.66% β Ideal (mature organic fertilizer is usually <20%). Easy to store & does not mold quickly.
Temperature: 28.49 Β°C β Normal, indicates that fermentation is complete.
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