Water-Secure Agriculture

Food production
for arid regions.

Aquair's sandponics technology delivers fresh vegetables and fish with zero water waste across 100 greenhouses. The answer to food security in North Africa and the MENA region.

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Live Operations · Algeria
100
Greenhouses Active
500t
Vegetables / yr
500t
Fish / yr
Algerian sandponics network
0%
Water Waste
0
Chemicals Used
100%
Bio Technology
0
GMOs
The Method

How sand becomes
the world's best
growing medium.

01

Fish create nutrients

Aquaculture tanks raise fish that produce ammonia-rich water. Beneficial bacteria convert this into nitrates — the perfect plant food. No synthetic fertilizers, ever.

02

Sand filters and feeds

Unlike traditional aquaponics, sandponics uses sand as the growing medium, biofilter, and mechanical filter simultaneously. One material, three functions. Simpler systems, lower costs, higher resilience.

03

Water cycles back

Every drop recirculates. In regions where water is the hard constraint on food production, zero-waste cycling makes commercial agriculture possible where it simply wasn't before.

100
Greenhouses operating today
A full-scale commercial operation across Algeria, monitored in real time by AquairOS. Every greenhouse tracked, every cycle logged.
500t
Vegetables per year
Fresh produce grown without soil, without chemical inputs, and without significant water consumption — in one of the driest regions on earth.
0
Water wasted per cycle
Closed-loop recirculation returns every drop to the system. Where traditional agriculture consumes thousands of liters per kilogram of food, sandponics uses a fraction.
About Aquair

The company
behind the
greenhouses.

Aquair Sandponics was founded on a simple observation: the MENA region has abundant sunlight, growing populations, and a severe water deficit. Traditional agriculture isn't a viable path. Aquair is building the alternative.

Sandponics — the combination of aquaculture and sand-based hydroponics — produces food with a fraction of the water required by conventional farming. Fish waste becomes plant fertilizer. Sand becomes a self-cleaning biofilter. The system becomes self-sustaining.

AquairOS is the operating system that manages this network — tracking yields, monitoring sensor data from every greenhouse, alerting operators to threshold violations, and giving Aquair's team real-time visibility across 100 distributed units.

The goal is food security at regional scale: fresh vegetables and fish produced domestically, with zero dependency on water-intensive supply chains from overseas.

Sandponics Zero Water Waste Algeria 100 Greenhouses No Chemicals Closed-Loop Systems
Why MENA

"The desert doesn't mean scarcity. With the right system, sand becomes the most productive growing medium on earth."

— Aquair Sandponics

💧
Water scarcity is the regional constraint
MENA countries face among the world's worst per-capita freshwater availability. Sandponics turns this constraint into an engineering problem with a proven solution.
🌱
Soil-free means climate-independent
No soil dependency means no erosion, no seasonal limits, and no reliance on rainfall patterns. Production is consistent year-round regardless of climate conditions.
🏭
Industrial-scale food sovereignty
500 tons of vegetables and fish annually from 100 greenhouses. This is not a pilot project — it is a scalable production model for domestic food security.
Get in Touch

Government bodies,
partners, and
investors.

Aquair works with agricultural ministries, development agencies, and institutional investors interested in food security infrastructure across North Africa and the MENA region.

For partnership inquiries, investment discussions, and government procurement. Response within 48 hours.