His Excellency Dr Sultan Ahmed Al Jaber, UAE Minister of Industry and Advanced Technology and Her Excellency Dr Amna bint Abdullah Al Dahak, UAE Minister of Climate Change and Environment, have witnessed the signing of a strategic partnership between Silal and Shouguang Vegetable Industry Group (SVG), a Chinese company specialising in vegetable seed breeding and counter-seasonal production.
The partnership enables SVG to invest more than AED120 million into developing a 100,000㎡ agritech facility in Al Ain Region, marking a major milestone for the UAE and regional agriculture sectors. The facility will harness advanced technologies, including AI and robotics to drive precision, boost efficiency, and deliver sustainable, high-impact innovations across the agricultural value chain.
The agritech facility will showcase SVG's advanced Shouguang Model of greenhouse technology, which will be adapted and optimised for the climate conditions of the UAE. It will feature a range of advanced greenhouse structures, such as intelligent photovoltaic glass greenhouses, thin film-connected greenhouses, and large-span solar greenhouses.
The project encompasses a comprehensive ecosystem that includes seedling cultivation as well as post-harvest processing, storage and distribution centres. The entire smart greenhouse system will be powered by solar energy, minimising the facility's carbon footprint and promoting environmentally responsible agricultural practices.
Salmeen Alameri, CEO of Silal, said: "Our partnership with Shouguang Vegetable Industry Group aims to revolutionise the UAE’s Agritech sector. By combining SVG's world-leading expertise in greenhouse technology with Silal's commitment to innovation and sustainability, we are creating a cutting-edge model for innovative agriculture that can be replicated across the region and beyond.
Ming Yang, Founder of Shouguang Vegetable Industry Group, said: "Abu Dhabi's forward-thinking approach and its willingness to embrace new technologies make it a vital hub for agritech innovation. In addition, the region’s unique climate conditions make it a crucial testing ground for new technologies and solutions. Therefore, our partnership with Silal provides an unparalleled opportunity to refine our advanced technologies."
The facility will integrate AI and robotics to optimise every stage of cultivation, enabling precision planting, accelerated harvesting, and greater operational efficiency. Integrated technologies include intelligent climate control, automated irrigation, robotic harvesting, and advanced AI-driven research and development.
Over a dozen crop varieties – including tomatoes, cucumbers, melons and strawberries—will be cultivated with enhanced traits for superior taste, resilience and productivity. Smart resource management will reduce water and fertiliser usage by up to 30 per cent, promoting sustainability and environmental stewardship.
The project will be supported by AI labs, technology testing zones, and a sensory experience centre, alongside advanced water treatment systems, modular purification units, mushroom production areas, energy storage solutions, and dedicated employee accommodations.
Complementing production, a fully equipped post-harvest complex will include cold storage, automated sorting lines, and export-ready logistics to maintain product integrity and ensure seamless distribution to domestic and international markets.
