Hamid Pouran

The transition toward renewable and clean energy sources, both in the Middle East and around the world, relies on the availability of critical minerals. Critical minerals are set to be the foundation upon which a sustainable, clean energy future is built, catalyzing innovation and progress on a global scale.

There is an emerging solar technology that is more efficient than the current photovoltaic solar farms and which also helps to save water by reducing evaporation. Floating solar farms can play a significant role in addressing the Middle East’s clean energy needs as well as mitigating its water shortages. 

Recent months have seen unprecedented levels of dust storms in the Middle East. Hundreds of people were hospitalized because of breathing difficulties; public buildings, offices, and schools were closed; and flights were grounded. Sand and dust storms are not a new experience for the people of the region, but continuous exposure to thick blankets of dust — as seen in April and June 2022 — is quite alarming and has affected local communities and residents across the region from Syria to Iran.

Countries across the region face similar climate risks and impacts, but tensions and socio-economic challenges have hampered regional collaboration and collective efforts to tackle climate change. One way to address this problem and to circumvent poor policy coordination is through technical research and knowledge-sharing.