A new integrated energy and water project is set to be developed in Oman, bringing together renewable energy, desalinated water production, battery storage, and green hydrogen under a single infrastructure platform. The initiative is designed to strengthen water security, support industrial development, and accelerate the country’s transition toward cleaner sources of energy. It also aims to create a scalable model that can be replicated across the Middle East and Africa.
The first phase of the project will be built in the coastal city of Sohar, an important industrial and port hub. This phase will include a desalination plant capable of producing 100,000 cubic meters of clean water every day. The treated water will be supplied to industrial customers and port facilities, helping meet the growing demand for reliable water resources in the region.
To power the project with renewable energy, the development will include 250 MW of floating solar capacity. Unlike conventional solar farms, floating solar panels are installed on water surfaces, reducing the need for large areas of land while generating clean electricity. This approach also supports efficient land use in areas where space may be limited.
The project will also feature a 100 MWh battery energy storage system to store excess renewable electricity and provide a more stable power supply. In addition, a 50 MW green hydrogen production unit will be established, enabling the production of clean hydrogen using renewable energy. The hydrogen can support future industrial and clean energy applications.
By combining renewable power generation, water treatment, battery storage, and green hydrogen production into a single system, the project is expected to improve overall efficiency while reducing carbon emissions. The integrated approach will provide industries with a dependable supply of clean water and electricity, supporting long-term economic growth.
The initiative will bring together technology providers, engineering companies, financial institutions, and energy developers to accelerate project implementation. It reflects the growing trend of developing integrated clean energy infrastructure that addresses both energy and water needs while supporting sustainable industrial expansion in the region.
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