The Secretary-General of the Jordan Valley Authority (JVA), Hisham Al-Heesa, inaugurated the automated irrigation and fertilization station of the Medjool Village Agricultural Company in the Al-Shuna/Al-Karameh region. The opening took place in the presence of the company’s director, Joud Al-Nabulsi, alongside several partners and stakeholders from the agricultural sector.
During the inauguration, Al-Heesa emphasized that the project serves as an advanced model for adopting modern technologies in the agricultural sector. He noted that it reflects agricultural investors’ shift toward utilizing smart irrigation systems, which contribute to boosting agricultural production efficiency and optimizing water and fertilizer consumption, aligning perfectly with sustainable agricultural development goals.
He pointed out that the automated irrigation and fertilization station is a qualitative project that relies on the latest technologies in managing agricultural operations. This, in turn, positively impacts production quality and the efficiency of water resource management. He reaffirmed that the Jordan Valley Authority supports all initiatives that contribute to developing the agricultural sector and enhancing its capacity to face future challenges.
Al-Heesa added that integrating modern technology into agriculture has become a necessity to enhance productivity and achieve optimal water use, praising the role of the Medjool Village Company in implementing best agricultural practices and investing in modern technologies.
For his part, Joud Al-Nabulsi, Director of Medjool Village Agricultural Company, confirmed that establishing the automated irrigation and fertilization station is part of the company’s strategy to develop its agricultural operations and adopt modern technological solutions. These solutions contribute to increasing production efficiency and achieving sustainability, further cementing the company’s position as a leading institution in the agricultural sector.
The attendees were briefed on the station’s mechanism of operation and the technological systems used, which aim to manage irrigation and fertilization processes with high precision and efficiency, ultimately contributing to improving agricultural output and conserving natural resources.