Absolutely. For BioGrow™ VEGA, I’d formulate it as a vegetative-growth biofertilizer/biostimulant for young Aquilaria trees, with moderate nitrogen, balanced minerals, organic carbon, and rhizosphere-supporting biology.
Proposed BioGrow™ VEGA formulation — liquid concentrate
| Raw material / component | Target % w/w | Primary function |
|---|---|---|
| Fermented plant-based organic extract | 20.0% | Organic nutrient base |
| Fish/plant hydrolysate | 10.0% | Organic N + amino acids |
| Molasses | 5.0% | Carbon and microbial substrate |
| Humic acid | 3.0% | Nutrient retention / root-zone support |
| Fulvic acid | 2.0% | Nutrient complexing and uptake support |
| Kelp/seaweed extract | 2.0% | Biostimulant |
| Amino-acid complex | 2.0% | Vegetative growth support |
| Potassium source | 1.5% | K nutrition |
| Phosphate source | 0.5% | P nutrition |
| Magnesium source | 0.5% | Chlorophyll / Mg supply |
| Calcium source | 0.5% | Structural development |
| Micronutrient premix | 0.5% | Zn, Fe, Mn, B, Cu, Mo |
| Beneficial microbial consortium* | 1.0% | Rhizosphere support |
| Stabilizer / preservative system | 0.5% | Product stability |
| Purified water | 50.0% | Carrier |
| Total | 100% |
*The microbial portion should be specified by viable CFU at release and end of shelf life, rather than merely by percentage.
Target guaranteed analysis
For development purposes, I would target approximately:
- Total N: 2.0–3.0%
- Available P₂O₅: 0.5–1.0%
- Soluble K₂O: 1.5–2.5%
- Ca: 0.3–0.8%
- Mg: 0.2–0.5%
- Organic carbon: ≥5%
- Humic substances: ≥3%
- Amino acids: ≥1%
- Beneficial microorganisms: formulation-specific CFU guarantee
Microbial consortium
A commercial VEGA version could be built around compatible strains/species of:
Bacillus spp. + Trichoderma spp. + beneficial yeasts
However, these should not simply be mixed into a high-salt or strongly acidic fertilizer concentrate. For a real commercial product, compatibility, shelf stability, contamination limits, and viable counts need laboratory validation.
Formulation philosophy
BioGrow™ ROOT → establish roots
BioGrow™ VEGA → build vegetative biomass
BioGrow™ PRIME → prepare mature trees
BarIno™ Sequential Induction → controlled agarwood induction
So VEGA should be growth-oriented rather than resin-induction-oriented. I would also avoid excessively high nitrogen because the objective is a strong, balanced Aquilaria tree, not simply maximum shoot growth.
If you want, I can next turn this into a complete BioGrow™ VEGA Technical Product Datasheet with exact formulation percentages, guaranteed analysis, raw-material specifications, manufacturing procedure, QC tests, application rate per tree, dilution rates, packaging, shelf life, and label-ready claims.