Mutaa University’s Hydroponic Revolution

Mutaa University’s Hydroponic Revolution

The Mutaa project delivered a sustainable, solar-powered water pumping solution to support 46 newly built hydroponic greenhouses at Mutah University. By integrating high-capacity solar PV technology to overcome critical water scarcity, this project does more than just grow crops; it serves as a powerful engine for economic empowerment, creating sustainable livelihoods for disadvantaged communities, including women.

The Challenge: A Community Vying with Scarce Water

To build a modern agricultural hub, the community introduced advanced hydroponic systems across 46 greenhouses. While highly water-efficient, these systems demand a continuous water supply. Mutah University’s existing operations were threatened by declining well yields, leaving the site vulnerable. A solution was required to secure an independent, cost-effective water source to sustain this investment.

Tailored Engineering for Resilience

GEBAL designed and managed the installation of a robust, hybrid solar system (35.4 kWp) perfectly matched to the site’s unique needs. This tailored solution features 60 high-efficiency Solar panels and a specialized inverter.

The project delivers two critical results simultaneously:

1- It consistently lifts 25 cubic meters of water per hour (25 m³/hr) from a depth of 220 meters.

2- This reliable flow directly feeds both the 46 hydroponic greenhouses and the wider Mutah University campus facilities.

Empowering Women and Disadvantaged Communities

Technology is only half the story; the true heart of the Mutaa project is its social impact. The 46 new hydroponic greenhouses have created direct economic empowerment opportunities for more than 90 women from disadvantaged backgrounds.

A Powerful Coalition: Engineering Meets Community Development

The success of the Mutaa project is the result of a strategic, multi-national partnership, blending advanced engineering with deep-rooted community development. Inaugurated by the project partners,  international diplomats, and university leadership, this project demonstrates how coordinated efforts can transform local challenges into real economic opportunities.

The Mutaa project is the result of a strategic coalition where GEBAL for Sustainable Solutions spearheaded the engineering and implementation by designing and commissioning the critical 35.4 kWp solar pumping system. This resilient technical infrastructure powers the greenhouse network established by Dar Abu Abdullah to drive community development and empower vulnerable individuals. Supported by crucial funding and technical expertise from Schneider Electric and Irish Aid, the initiative operates at Mutah University’s Faculty of Agriculture, which serves as a “living laboratory” to bridge academic research with practical smart-farming applications for the next generation of agricultural experts.

People at the Center: Handover and Training

The installation was completed in a structured seven-day sprint and formally handed over to the community-led farm management team under Eng. Maher. But the project’s focus extends further: upcoming training phases will transform the pumping site and the 46 greenhouses into a “living laboratory” for students at Mutah University’s Faculty of Agriculture, promoting knowledge exchange and long-term sustainability.

Scalable Impact: Why Mutaa Matters

A Blueprint for Economic Empowerment: This project proves how renewable energy, advanced hydroponics, and social governance can successfully overcome water scarcity while uplifting vulnerable populations.

Project Impact:

• Economic Opportunity: Stable jobs and income for over 100 local community members, mostly women.

• Water Security: A reliable supply of 25 m³/hr, bypassing well limitations to sustain 46 high-yield greenhouses.

• Sustainable Output: Purely clean solar energy operation, eliminating reliance on fossil fuels.

Supported by Schneider Electric, Irish Aid, and Dar Abu Abdullah, and engineered by GEBAL, the Mutaa project is a sustainable, cost-effective model that showcases the power of cross-sectoral partnership to drive sustainability.