04 Jul UAEREP’s 12th Rain Enhancement Hub webinar session discusses eco-friendly cloud seeding technologies

The UAE Research Program for Rain Enhancement Science (UAEREP) hosted the 12th session of its Rain Enhancement Hub Webinar Series, focusing on the theme: “Design and Testing of Natural Substance Flare Packaging for Cold Cloud Seeding.”

The session featured Siripen Somruen, a scientist at the Royal Rainmaking Technology Research and Development Division in Thailand.

She presented her research on exploring natural alternatives to silver iodide for glaciogenic seeding. Her work emphasises the use of eco-friendly substances with strong ice-forming capabilities, which are packaged in specially designed flares and tested for their effectiveness in cold cloud seeding.

The goal is to create more sustainable materials and dispensing methods for weather modification applications.

His Excellency Dr Abdulla Al Mandous, Director General of the National Center of Meteorology (NCM) and President of the World Meteorological Organisation (WMO), said: “Rain enhancement presents a promising opportunity to diversify our water resources and decrease our reliance on traditional supplies. Given the increasing pressure on existing water reserves, advancing novel rain enhancement technologies is a priority for NCM. This effort is essential for both long-term water security and environmental sustainability. By hosting this webinar series, we reinforce our commitment to creating a vibrant platform for scientific exchange and research collaboration.”

Alya Al Mazroui, Director of UAEREP, added: “We are grateful for the valuable insights shared by Siripen Somruen, whose work highlights the critical importance of environmental considerations in cloud seeding. The Rain Enhancement Hub Webinar Series reflects our commitment to facilitating meaningful knowledge exchange that deepens scientific understanding and promotes practical applications in this important research area. At UAEREP, we strive to ensure that cloud seeding technologies remain both effective and environmentally responsible through the development of advanced materials with optimal properties.”