BioGrow™ PRIME Formulation

BioGrow™ PRIME — Granular Organic-Mineral Formula

IngredientTarget % w/wFunction
Mature compost / vermicompost25%Organic nutrient base & soil carbon
Humic substances8%Nutrient retention and root-zone conditioning
Fulvic substances3%Nutrient complexing/availability
Plant-based organic meal15%Slow-release organic N
Rock phosphate8%Phosphorus + calcium
Sulfate of potash (SOP)7%Potassium + sulfur
Gypsum8%Calcium + sulfur
Dolomite7%Calcium + magnesium + pH buffering
Biochar8%Carbon matrix and nutrient retention
Kelp/seaweed meal3%Botanical biostimulant component
Micronutrient premix2%Zn, B, Fe, Mn, Cu, Mo
Beneficial microbial carrier5%Rhizosphere biological support
Total99%
Processing/binder/moisture adjustment1%Pellet integrity

Target nutrient profile

Rather than making PRIME an extremely high-N fertilizer, I would position it as a moderate, balanced mature-tree formulation:

  • Total N: approximately 2–4%
  • Available P₂O₅: approximately 2–4%
  • Soluble K₂O: approximately 3–5%
  • Ca: approximately 5–10%
  • Mg: approximately 2–4%
  • S: approximately 2–5%
  • Organic matter: ≥25–35%
  • Humic + fulvic substances: ≥5–10%

BioGrow™ PRIME — Functional Technology

NUTRIENTS → ROOT ZONE → MICROBIAL ACTIVITY → TREE VIGOR → INDUCTION READINESS

The key design principle is conditioning rather than forcing growth. PRIME should maintain mature-tree nutritional balance and soil biological function while avoiding excessive nitrogen that could produce unnecessarily vigorous vegetative growth.

Important formulation adjustment

For a commercial product, I would not put live microorganisms directly into the same formulation as high-salt mineral fertilizers unless stability testing demonstrates acceptable viability. A stronger commercial architecture would therefore be:

PRIME BASE™
Organic-mineral granular fertilizer

PRIME BIO™
Separate microbial concentrate/powder

PRIME MINERAL™
Corrective Ca–Mg–micronutrient formulation

This three-component system would give your BioGrow™ Plantation Nutrition Platform substantially more technical flexibility.