RAINBOX / A CLOSER LOOK
Understand the water.
Watch the soil.
A closer look at Soilcraft’s advanced oxidation approach and the field observations behind the conversation.
Explore the process
HOW IT WORKS
Treatment within
the water stream.
Soilcraft describes a system that diverts approximately 10% of irrigation flow through a Venturi injector. Atmospheric gases pass through ultraviolet lamps and enter the water; a hydrogen peroxide stage supports advanced oxidation.
The published material discusses biofilms, dissolved oxygen, mineral interactions, infiltration, and the relationship between water quality and the root zone. These are factors to evaluate in the context of a specific field—not guaranteed outcomes for every installation.
For exact setup, chemical handling, maintenance, and application details, consult the Soilcraft team and the system’s operating documentation.
A CONNECTED WATER–SOIL SYSTEM
Water chemistry
Consider salts, bicarbonates, and the composition of your irrigation water.
Soil balance
Read calcium, magnesium, potassium, and sodium in context with your soil tests.
Field response
Evaluate changes with repeat sampling, field observations, and agronomic guidance.
SOILCRAFT-REPORTED OBSERVATIONS / 2022–2023
The CF Pivot
field trial.
Soilcraft’s published comparison describes potatoes and grain, with RainBox-treated irrigation during the 2023 season.
| Soil layer | Sodium | Magnesium | Chloride |
|---|---|---|---|
| 0–6 inches | 57.3% | 42.5% | 60.7% |
| 6–24 inches | 77.5% | 52.2% | 83.5% |
Manufacturer-reported observations from one field comparison. The published page does not establish a controlled, independently verified treatment effect. These figures are not a forecast for your farm. View the original field summary ↗
GROWING, TOGETHER.
Start with your own field conditions.
Discuss water testing, compatibility, and a sensible way to evaluate results.