Mohammed Al-Hajjaj is the CEO of Engie Saudi Arabia, a global low-carbon energy provider, a role he took over in May 2023.
Al-Hajjaj oversees a robust business portfolio exceeding SR33 billion (approx. $9 billion) focused on critical sectors for Saudi Arabia’s future. These include desalination, low-carbon energy solutions and clean energy projects. This directly translates to employing over 2,000 individuals across the Kingdom.
He has over 15 years of experience in international companies as well as at the Saudi Ministry of Investment, where he has actively contributed for the past five years.
He began his professional career with Schneider Electric in 2006, holding various leadership positions for the next decade. He directed their solar energy business across the Middle East, underlining his early commitment to sustainable solutions.
In 2016 he joined General Electric, where he oversaw corporate transformation and led the power conversion unit business in Saudi Arabia and Bahrain.
Recognizing the significance of Saudi Arabia’s Vision 2030, Al-Hajjaj joined the Ministry of Investment (previously the General Investment Authority) in 2018. As director general for developing and attracting investment, he was instrumental in driving investment and enhancing competitiveness within the Kingdom’s energy, water and waste management sectors. He also contributed to regional investment development initiatives within the ministry.
Al-Hajjaj earned a bachelor’s degree in electrical engineering from King Fahd University of Petroleum and Minerals and a master’s degree in engineering systems management from the University of Dayton in the US.
Who’s Who: Mohammed Al-Hajjaj, CEO of Engie Saudi Arabia
https://arab.news/6mby5
Who’s Who: Mohammed Al-Hajjaj, CEO of Engie Saudi Arabia
Experimental farm in Al-Lith looks into future of Saudi Arabian agriculture
- Research initiative reflects strategic transformation
JEDDAH: An experimental farm in Saudi Arabia’s Al-Lith Governorate is one of the research initiatives reflecting the strategic transformation taking place in the Kingdom’s agricultural sector.
The farm uses highly efficient, sustainable production models that combine scientific research with commercial application, contributing to strengthening the country’s food security system and the sustainability of water resources.
Located in the Ghumaiqa Center on an area of about 10 hectares, the cutting-edge farm is a testing platform for modern agricultural technologies that tackle the challenge of water scarcity.
The farm includes developed open fields and modern greenhouses, supported by smart irrigation encompassing drip and sprinkler irrigation alongside surface and subsurface technologies.
All the systems operate via smart controls that enable the monitoring of water consumption and ensure improved efficiency, thereby achieving a balance between agricultural production and water conservation.
The farm also uses treated and diluted low-salinity seawater.
It aims to diversify agricultural water sources, reduce reliance on freshwater, and open new horizons for agriculture in coastal and semi-arid environments.
The project represents a promising investment opportunity in the field of smart agriculture, enabling the development of commercially scalable production models, particularly for high-value vegetables and fruits, while reducing operational costs associated with water and energy, enhancing the economic feasibility of future agricultural projects.
In addition, the project contributes to transferring and localizing agricultural expertise, supporting local food supply chains, and creating an attractive environment for agricultural investment.
This aligns with Sustainable Development Goals and enhances the efficiency of the private sector in adopting innovative agricultural solutions.
Yahya bin Abdulrahman Al-Mahabi, the director of the Ministry of Environment, Water and Agriculture office in Al-Lith Governorate, told the Saudi Press Agency that the project represented the future of agriculture in the Kingdom.
He explained that the vision was based on investing in technology, enhancing the return on water per unit, and integrating scientific research with investment opportunities.
Al-Mahabi spoke of the experimental farm as a modern, scalable and replicable model applicable in several regions of the Kingdom, particularly in coastal environments.
Al-Mahabi highlighted the Ministry of Environment, Water and Agriculture’s commitment to supporting distinctive projects that contributed to achieving food security while developing rural areas and enhancing agricultural production efficiency, in line with the objectives of the Kingdom’s Vision 2030.
