AirFarm for Water Scarcity
Farming solution for water scarcity in Jordan
AirFarm is a farming technology that enables cultivation with minimal water,
overcoming the limitations of water scarcity to make agriculture possible.

Midbar is contributing to solving water scarcity and fostering sustainable agricultural development by installing AirFarm units at Al al-Bayt University in Mafraq, Jordan, in collaboration with KOICA (Korea International Cooperation Agency).

Jordan is one of the most water-scarce countries in the world, with per capita annual water resources falling far below the threshold for “absolute water scarcity.” The high sodium concentration in groundwater—exceeding 15,000 ppm—makes it unsuitable for agricultural use. Coupled with significant water loss issues, the country faces a severe water supply crisis.

In this challenging environment, Midbar has introduced our technology in Mafraq, where agriculture seemed nearly impossible. This region is home to the world’s largest Syrian refugee camp. AirFarm, a smart farm technology that enables crop cultivation with minimal water, is breaking new ground in overcoming the limitations of water scarcity and redefining agriculture.

Refugee growers grow crops in Air Farm
Innovation in Farming, Empowerment in Action
vegetables grown in airfarms in Jordan
Notably, refugees with prior agricultural experience but no viable farmland in Jordan were trained to operate AirFarm systems, offering them opportunities to regain employment and expertise. Through AirFarm, they will grow fresh vegetables, supplying essential produce to local residents who previously had limited access to fresh food.

To date, the project has created employment for 4 refugees, and it continues to inspire Jordanian youth to learn and adopt smart farm technologies, paving the way for future innovation in agriculture.

Midbar’s efforts extend beyond addressing agricultural challenges. Under the mission of “Agriculture Reimagined,” Midbar is building a brighter future for refugees and youth through sustainable agricultural models.