Knowledge Base

Mineral-enriched Bio-ferments

Mineral extract · Mountain Microorganisms

A Bio-ferment supercharged on its fifth day with a single mineral, then rested — a stable of bio-minerals you blend into custom tonics for flowering, fruiting and recovery.

Flower (P)Fruit (K)
Moderate to make
25 days ferment
calcium, magnesium, potassium supplied
+ Start a batch from this recipe

Ingredients

  • Prepared Bio-ferment (see Biole recipe)1 batch
  • Bio-mineral of choice (see list)varies kg
  • Molasses (added on day 5)4 litres
  • Activated MM (added on day 5)4 litres

How to make it

  1. Step 1

    Start a normal Bio-ferment with the same inputs and method as Biole.

  2. Step 2

    Choose ONE mineral: bio-magnesium+molybdenum (2 kg magnesium sulphate + 3 g molybdenum), bio-calcium (2 kg calcium carbonate), bio-zinc+manganese (2 kg zinc sulphate + 2 kg manganese sulphate), bio-potassium (2 kg potassium sulphate), bio-phosphorus (2 kg rock phosphate), bio-boron (1 kg borax), or bio-silicate (2 kg silicate).

  3. Step 3

    On the FIFTH day after starting, open the drum.

  4. Step 4

    Add the chosen mineral plus 4 L molasses and 4 L MM diluted with water.

  5. Step 5

    Re-cover and tighten the container. Leave a 10–15 L gas space at the top.

  6. Step 6

    Rest another 25 days before use.

  7. Step 7

    Make each mineral in its own container so you can blend custom mixtures later.

What it is

Mineral-enriched Bio-ferments are ordinary Bioles fortified with a single plant mineral so the microbes make that nutrient plant-available. Each container carries one element — calcium, magnesium, potassium, phosphorus, zinc/manganese, boron or silica. Made separately, they become a mineral pantry you blend into custom liquid feeds for each stage of crop development. They are inputs allowed in organic agriculture.

On the Nutritive Cycle: These minerals shine at the cross-over and reproductive stages — phosphorus and calcium ease flowering, while potassium and boron drive fruit set, size and yield.

When to use it

  • Flowering / fruiting — the Crop-strengthening mixture for big, plentiful fruits and seeds.
  • Any crop, general — the Tropical mixture for balanced tropical growth.
  • Slow, retarded growth — the Multi-element mixture, applied at any stage from transplant to harvest.
  • Dosage5–10 L of mixture per spray pump.

Materials

Per mineral (added on day 5): 4 L molasses + 4 L MM + water, plus your chosen element:

  • Bio-magnesium & molybdenum — 2 kg magnesium sulphate + 3 g molybdenum
  • Bio-calcium — 2 kg calcium carbonate
  • Bio-zinc & manganese — 2 kg zinc sulphate + 2 kg manganese sulphate
  • Bio-potassium — 2 kg potassium sulphate; Bio-phosphorus — 2 kg rock phosphate
  • Bio-boron — 1 kg borax; Bio-silicate — 2 kg silicate

How to make it

  1. Start a Biole. Same inputs and method as a normal Bio-ferment.
  2. On day 5, enrich. Open the drum and add your chosen mineral plus 4 L molasses and 4 L MM with water.
  3. Re-seal. Tighten the lid, leaving a 10–15 L gas space at the top.
  4. Rest 25 more days before use.
  5. Blend to purpose:
    • Tropical: magnesium 5 L, manganese+zinc 5 L, boron 4 L, calcium 3 L, silicate 3 L.
    • Crop-strengthening: phosphorus 5 L, potassium 5 L, borax 4 L, magnesium 3 L, calcium 2 L, silicate 1 L.
    • Multi-element: phosphorus 4 L, manganese+zinc 4 L, magnesium 4 L, silicate 2 L, potassium 2 L, boron 2 L, calcium 2 L.

Signs it worked / troubleshooting

  • Good: ferments quietly for the full rest period with gas headroom left at the top.
  • ⚠️ Drum filled too full = no gas space → always leave 10–15 L at the top.
  • 🚫 No molasses added = microbes starve → always feed molasses so they reproduce.

How to store

Keep each mineral biole sealed in its own labelled container. Use a calendar to track fermentation days so you can formulate your own mixtures for each growth stage.

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