Coastal & Arid Agriculture
Transforming beach sand into bountiful harvests
GeoGrow-SG™ is AQUOM’s bio-minerals composite engineered to neutralize salinity, lock in water and nutrients, and turn unproductive coastal sand into a fertile, irrigation-ready root zone
25–35%
Increased available water capacity
40–50%
Rapid EC reduction
20–40%
Reduced nutrient leaching
5
Performance mechanisms working together
The Transformation
From a hostile coastline to an
open field of crops.
Coastal sand looks like soil, but behaves nothing like it. GeoGrow-SG™ rewrites its chemistry and physical structure so it can finally support sustained, irrigated agriculture.
Coastal agriculture limitations
High Salinity
Elevated sodium chloride content suppresses germination and root development.
Fast Leaching
Loose sand structure drains nutrients and irrigation water before roots can absorb them.
Poor Water Retention
Minimal moisture-holding capacity forces constant, costly re-irrigation cycles.
Successful beach vegetable growth
Increased Available Water Capacity
25–35% improvement, keeping moisture in reach of the root zone for longer.
Rapid EC Reduction
40–50% reduction in electrical conductivity, easing salt stress on crops.
Nutrient Lock
20–40% reduced leaching, holding fertilizer where the plant can use it.
Key Performance Mechanisms
Five mechanisms, one resilient root zone.
GeoProX™ delivers multi-vector environmental performance — addressing water column, sediment, and ecological health simultaneously.
Salinity Neutralization
Water Retention
Nutrient Retention
Osmotic Stress Mitigation
Photosynthetic Support
GeoGrow-SG™ In Action
A dual-clay skeleton built for ion exchange.
Attapulgite and zeolite minerals form an interlocking skeleton inside the sand, exchanging harmful sodium ions for beneficial calcium and magnesium while holding a stabilized water lattice around the root zone.
01
Ion Exchange
Na⁺ ions bound to clay surfaces are displaced by Ca²⁺ and Mg²⁺, lowering effective salinity around the root.
02
Stabilized Water Lattice
The dual-clay structure creates a microporous lattice that holds irrigation water against gravity drainage.
03
Nutrient Anchoring
The same exchange sites hold fertilizer nutrients in place, reducing leaching with every irrigation cycle.
Head-to-Head Comparison Performance Advantages
How GeoGrow-SG™ compares.
Benchmarked against the two most common soil amendments used in saline, sandy conditions.
| Performance Criteria | GEOGROW-SG™ | Gypsum | Sodium Bentonite |
|---|---|---|---|
| Stability in High EC Conditions | Excellent | Excellent | High |
| Water Retention Capacity | Excellent | Excellent | Excellent |
| Nutrient Anchoring | Excellent | Excellent | High |
How GeoGrow-SG™ compares.
Benchmarked against the two most common soil amendments used in saline, sandy conditions.