Intro: Straightforward Guidance for Real Rooms
Daily feeding is where Ooze performs. This guide breaks down how to use Ooze across the entire cycle so your garden gets steady support from transplant to finish. The focus is simple: when to use it, how much to use, and what to expect at each stage.
Microbial Activity: Why Sugars Matter in the Root Zone
Biological activity in the root zone drives nutrient cycling, mineral release, and early resilience. Beneficial groups like Bacillus, Pseudomonas, and Trichoderma all rely on accessible sugars to stay active.
Ooze delivers coconut-derived sugars that function as a clean carbon source without the problems that come with syrup-based additives. These sugars feed microbial metabolism, keep the root zone breathing, and avoid the film, foam, or stagnation linked to heavier inputs.
This makes Ooze a natural fit for growers who inoculate during transplant, veg, or early flower. It runs cleanly alongside beneficial products including PowerSi Start at transplant and PowerSi PK Synergy as plants enter stretch.
Transplant Through Veg: Building Roots and Early Momentum
Why this window matters
Plants are settling in, rebuilding uptake patterns, and forming the root structure that sets the pace for the full run.
How Ooze fits
• Provides steady sugars that support root activity.
• Helps keep mineral movement consistent when plants are most sensitive.
• Supports stable irrigation rhythm as early growth accelerates.
Optional inoculation note
Ooze pairs well with beneficial microbe inputs. Many growers use PowerSi Start during transplant and again when uppotting from veg to flower. The coconut sugars in Ooze support early microbial activity and help those inputs establish.
How to run it
• 5–10 mL/gal in every feed from transplant through the end of veg.
• If you’re searching “how to use Ooze in veg,” this is the baseline.
Transition and Early Flower: Keeping Uptake Smooth During Stretch
Why this stage benefits
Stretch is one of the hardest shifts for the root zone. Demand for minerals spikes, EC typically rises, and plants change how they allocate energy.
How Ooze fits
• Provides simple sugars that feed microbes during rapid growth.
• Organic acids help keep minerals moving as the plant shifts its nutrient balance.
Optional biological support note
Growers who use products like PowerSi PK Synergy often introduce them in this window. Ooze supports this biology with steady sugars that help keep the root zone active during the transition.
How to run it
• 5–10 mL/gal in every feed through transition and early flower.
Mid Flower: Supporting Resin Production and Internal Transport
What’s happening now
Plants shift into oil, resin, and terpene production. Internal transport becomes a limiting factor as flowers build density and complexity.
How Ooze fits
• Sugars support steady metabolism that drives resin formation.
• Potassium in Ooze helps move sugars and oil compounds within the plant.
• Root zone stays active without adding complexity or residue to the tank.
How to run it
• 5–10 mL/gal in every feed through mid flower.
Late Flower: Keeping the Finish Clean and Controlled
Late flower dynamics
Plants slow down and become more sensitive to swings in irrigation chemistry. Stability matters more than intensity.
How Ooze fits
• Provides low-impact support for nutrient movement as demand tapers.
• Helps maintain clean drybacks and late-stage consistency.
• Coconut sugars provide enough support without pushing extra green or excess biomass.
How to run it
• 5–10 mL/gal in every feed through the finish unless intentionally running a very lean close.
• If you’re searching “how to use Ooze in flower,” consistency is key.
Outdoor and Living Soil: Consistency Through Variable Conditions
Why this is a strong fit
Outdoor and living soil systems deal with weather, moisture changes, and shifting biological activity. These variables make nutrient cycling harder to stabilize.
How Ooze fits
• Supports microbial cycling with a steady supply of clean sugars.
• Helps moderate soil dynamics and moisture behavior.
• Adds predictable support across an unpredictable environment.
How to run it
• 5–10 mL/gal in every feed or drench, from transplant to finish.
What to Watch For: Practical Signs Ooze Is Working
• Healthier posture after feeds.
• More consistent drybacks.
• Smoother EC behavior in runoff.
• Stronger aromatic expression in late flower.
• Better character carried into cure.
Simple Feed Rate for the Entire Run
Use 5–10 mL/gal for every gallon you mix, from transplant to harvest.
• 5 mL/gal is a steady, clean baseline.
• 10 mL/gal is a performance-driven approach for active gardens.
Every feed. Every batch. Simple and consistent.
Ooze Dilution Rate: The Quick Reference
Growers searching for “Ooze dilution rate” or “Ooze mL/gal” want a fast answer.
The full range is 5–10 mL/gal, depending on plant response, system type, and desired intensity.
This applies to every stage from transplant to harvest.
CTA
Add Ooze to your daily mix and track how irrigation rhythm, uptake behavior, and flower expression shift across the cycle.
For downloadable charts and full ratios, see the complete Ooze dilution tables inside our Feeding Schedules:
https://www.driphydro.com/feeding-schedules
