Charge BioBoost
Last updated:
Charge BioBoost is a soil inoculant of nitrogen-fixing bacteria and phosphorus-solubilizing fungi that improves soil fertility. The microbes make atmospheric nitrogen and bound soil phosphorus available to the crop, building natural fertility across field crops, vegetables, vines and fruit trees.
Soil inoculant — Reduces fertilizer use, Rebuilds microbiome.
Soil inoculant from Vegalab Crop Science, powered by Nitrogen-fixing bacteria · phosphorus-solubilizing fungi. Charge BioBoost targets Soil fertility; nitrogen and phosphorus availability, and has been tested on All field crops, Vegetables, Vines and Fruit trees.
Beneficial bacteria and saprophytic fungi colonize the rhizosphere, fixing atmospheric nitrogen and solubilizing soil phosphorus into bioavailable forms. Plants reduce dependency on mineral fertilizer; soil structure and microbial diversity rebuild with continued use.
| Active | Nitrogen-fixing bacteria · phosphorus-solubilizing fungi |
|---|---|
| Targets | Soil fertility; nitrogen and phosphorus availability |
| Dilution rate | 1.3 g/L (5 g/gal) · 1.1 kg/ha (1.0 lb/acre) soil drench |
| Application | Soil irrigation before and after planting |
| Line · Category | Bio · Soil inoculant |
- Nitrogen-fixing on legumes and grasses
- Phosphorus-solubilizing on all crops
- Soil organic matter decomposition
- Rhizosphere microbiome rebuilding
Derived from: Nitrogen-fixing bacteria · Phosphorus-solubilizing fungi
Contains: Beneficial bacteria consortium · Saprophytic fungi
What does Charge BioBoost do for the soil?
Much of the nitrogen and phosphorus a crop needs is either in the air (nitrogen) or locked in unavailable soil forms (phosphorus). Charge BioBoost introduces microbes that unlock both: nitrogen-fixing bacteria capture atmospheric nitrogen, and phosphorus-solubilizing fungi release phosphorus the plant otherwise cannot reach — building fertility from within the soil rather than from the bag.
How do the microbes work?
The nitrogen-fixing bacteria convert atmospheric nitrogen into plant-available forms in the root zone, while the phosphorus-solubilizing fungi break the bonds that hold soil phosphorus in unavailable forms. The result is improved availability of two of the most important and most limiting nutrients, supporting a more self-sustaining fertility cycle and potentially reducing reliance on synthetic inputs.
How and when should it be applied?
Apply to soil or the root zone per the label, ideally at or before planting so the microbes establish alongside the developing root system. As a living inoculant, follow storage and handling guidance closely, and pair it with practices that support soil biology — adequate moisture, organic matter and minimal disturbance.
Which crops is it for?
Charge BioBoost is used on all field crops, vegetables, vines and fruit trees. It suits growers building longer-term soil health and those looking to improve nutrient availability across a whole rotation rather than feeding a single crop stage.
How does it support a lower-input program?
By making atmospheric nitrogen and bound phosphorus available biologically, Charge BioBoost can reduce the gap that synthetic fertiliser has to fill. Combined with good soil management, it supports a more resilient, biologically active soil that holds and cycles nutrients more efficiently over time.