BH
Tha Dank Hoarder
100% thatGrandpa use to say “ it’s not a fuckup if you catch it”!
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drenching next hours :
You’ve got:
- nutrient-heavy “tea-style” inputs
- microbial inoculants
- predatory biology (nematodes)
- enzymatic digestion products
- silica + PK + cal/mag + fulvic/humic stack
In a 55 gal aerated reservoir drench system, you should separate into:
1) BASE REZ (stable chemistry)
2) “LIVE INOCULATION AT TIME OF USE”
Use this ONLY:
- Impello DUNE – 60 mL
- DIY elemental cal/mag – 1 cup
- RAW Humic – (label rate or ~2–4 Tbsp equivalent)
- RAW Full-Up – (label rate or ~2–4 Tbsp equivalent)
- RAW Amino – (reduce to ~2–3 Tbsp
- Insect Frass – 1–2 cups
- Terp Tea Bloom – 1–1.5 cups
- Terp Tea Microbe Charge – 1 cup
- Super Phos Bat Guano – 1/4 cup
- RAW Yucca – 1–2 Tbsp
- heavy enzyme loading
- live microbial concentrates
- nematodes
This is where you currently have the right instinct:
Add immediately before application:
- RAW Enzymes – 1–2 Tbsp
- BioForce – ~1/4–1/2 cup (optional, I’d lean lower end)
- Impello Continuum – ~30–60 mL
- PowerSi PK Synergy – ~30–60 mL
- Nematodes (S. feltiae or mix) – 50M per 55 gal
1. Enzymes + microbes conflict in storage
- enzymes start breaking organic matter immediately
- microbes shift population dynamics
- reservoir becomes unstable faster
They don’t want:
- long aerated storage in nutrient soup
- high microbial competition
- temperature swings
Best performance:
3. Your current “all-in-one brew” is too biologically dense
You’re stacking:
- food source (frass, guano, teas)
- microbes
- enzymes
- predators (nematodes)
- mineral inputs
Step 1 — Fill + mix base (aerated)
RO → SIlica - cal/mag → humics → sugars → organics → silica/PK
Step 2 — Aerate / stabilize
Step 3 — Adjust pH (phosphoric acid is fine here)
Step 4 — Right before drench
Add:
- enzymes
- microbes (if you’re boosting)
- nematodes (50million for 50 gal rez)




























