SoilVit™ is an organic-based mineral–organic soil-conditioning technology that improves the way soil and the root zone manage water, nutrients and environmental stress. From direct soil application with SoilVit Powder™ to advanced on-site preparation with SoilVit Instant™, the platform connects soil performance with plant resilience.
Water scarcity is also a soil problem.
When soil cannot hold and distribute water, every input works harder. Irrigation passes beyond the root zone, nutrients are lost, roots face sharper wet–dry cycles and degraded soils lose function.
Make Every Drop Work Harder.
Water efficiency begins beneath the surface.
SoilVit transforms how the root zone manages moisture — improving water retention, distribution and accessibility while supporting nutrient efficiency, stronger root development and plant resilience.
From water-scarce agriculture to intensive cultivation, SoilVit helps unlock more value from every drop
Explore the validation hubWater Retention Is Only the Beginning.
SoilVit addresses the complete root-zone water challenge: retention, distribution, availability and plant response. Ongoing testing is quantifying the exact improvements and the water-management value delivered across individual soil and crop conditions.
Soil moisture and retention curves — how much water the root zone holds.
Moisture the active root zone can actually access between irrigation events.
Measured water input, scheduling and the crop outcome it delivers.
From dry sand to a structured, water-holding root zone.
One Platform. Five Connected Soil Functions.
Observed preliminarily, now being quantified in magnitude, duration and third-party confirmation.
SoilVit Powder™ and SoilVit Instant™.
Two distinct formats on one technology platform — each with its own application, technical sheet and validation dataset.
SoilVit Powder™
The organic-based mineral–organic format engineered for direct incorporation into soil and growing media — where water distribution, structure, nutrients and biology shape plant development.
- Dry incorporation at planting, renovation or substrate preparation
- Root-zone water, structure and nutrient dynamics
- Multi-season soil function under measurement
SoilVit Instant™
An advanced dry-formulation system prepared with water at the application site, integrating three complementary functional systems for moisture, soil chemistry and plant resilience.
- Dry supply, on-site preparation with water
- Functional polymer + humic + silicon-related systems
- Irrigation-based delivery after compatibility qualification
Three Complementary Systems. One Integrated Approach.
Water Interaction and Soil Structure.
Our proprietary functional polymer provides a multifunctional interface between water and soil minerals. Preliminary functional observations are now being quantified through root-zone moisture, soil-structure and water-movement measurements.
- Interaction with water and mineral surfaces
- Moisture retention and distribution in the root zone
- Capillary water behaviour
- Soil-pore and water-pathway modification
- Aggregate stability
- Less unproductive deep percolation
- Soil-surface evaporation management
Atmospheric Moisture Interaction: Observation to Quantification.
SoilVit's interaction with atmospheric humidity forms part of its monitored water-management programme. Controlled humidity and temperature measurements are establishing water uptake, release and the precise contribution to plant-available moisture under defined conditions.
- Sorption / desorption curves
- Day–night humidity cycles
- Kinetics at defined temperature
- Net plant-available contribution
From the Root Zone to the Leaves.
- 01Root uptake of plant-available silicon
- 02Transport through xylem
- 03Deposition in leaf and stem tissues
- 04Leaf water regulation under heat and drought
SoilVit is measuring how root-delivered silicon-related functionality influences leaf water regulation, transpiration, photosynthesis and water-use efficiency under heat and drought stress — without depending on foliar application as the delivery route.
Measured indicators: silicon uptake, stomatal conductance, leaf temperature, leaf water status, photosynthesis and productivity. Responses are crop-specific.
Stronger Plant Structure. Measured Field Resilience.
The SoilVit team has preliminarily observed improved stem stability in grasses and cereals, with greater resistance to lodging during strong winds and rainfall. The exact magnitude of the effect is being measured through stem-strength, bending and controlled-lodging indicators.
Why Transport Premixed Water When You Can Prepare Locally?
- Transport ready-made liquid
- Distribute
- Apply
- Transport dry formulation
- Add water locally
- Prepare
- Apply
In this generic scenario, 72% of every shipped kilogram is water. Real comparisons must use equivalent delivered functionality and actual dose, not equal gross mass of unlike products. Freight, storage and lifecycle effects are calculated per project.
- No pre-added dilution water in transport
- Lower shipped water mass for a comparable application design
- Local preparation flexibility
- Planning for long distribution routes
- Less dependency on premixed liquid inventory
- Designed for large arid agricultural regions
Three customer groups first.
Customer problem → SoilVit format → observed functional direction → measurable pilot KPIs → economics → pilot.
Date palms, irrigated orchards, sandy soils, selected saline landscapes, municipal greenery, green belts and afforestation.
Focus: Soil-water dynamics, irrigation efficiency, root-zone management and operating economics.
Powder at planting · Instant through qualified irrigation
Vegetables, commercial greenhouses, nurseries, growing substrates and high-value protected crops.
Focus: Precise watering, nutrient dynamics, root development, crop quality, yield and rapid pilot measurement.
Powder in substrates · Instant via fertigation lines after qualification
Golf courses, sports turf, urban greenery and professional landscape establishment.
Focus: Root-zone moisture, turf condition, irrigation needs, maintenance costs, plant structural response and durability.
Powder at construction & renovation · Instant in maintenance irrigation
SoilVit's effects have been observed and are being monitored through preliminary evaluations. Advanced testing is now quantifying their precise performance levels, consistency and duration across defined soil types, crops and environmental conditions.
- 1PRELIMINARILY OBSERVED / UNDER QUANTIFICATION
Reported internal observation. Method and conditions disclosed as soon as available.
- 2QUANTIFIED INTERNAL RESULT
Measured outcome with methodology supplied.
- 3INDEPENDENTLY VERIFIED
Independent report, laboratory or publication with traceable source.
- 4CERTIFIED / AUTHORISED
Only with the specific formal document and its scope.