Poster Presentation & Prototype Display at KSU Conference on Sustainable Development

Our participation in the King Saud University Conference on Sustainable Development (April 6–7, 2026) (https://sustainabilityconf.ksu.edu.sa/) provided a valuable opportunity to present our latest advancements in electrospun nanofibrous membranes tailored for membrane distillation (MD). This study emphasizes the integration of energy-efficient technologies in desalination processes, addressing critical challenges in sustainable water treatment. By showcasing a research poster alongside a prototype demonstration, we highlighted both the theoretical foundations and practical applications of our modified MD system, illustrating its innovative configuration and operational principles, which were designed to optimize performance and reduce energy consumption.

The conference functioned as a dynamic forum for interdisciplinary dialogue, bringing together experts focused on sustainable materials and processes relevant to the water–energy–environment nexus. Engaging with peers and stakeholders allowed us to exchange insights on emerging trends, challenges, and solutions in sustainable development, reinforcing the significance of membrane technologies in achieving environmental and resource-sustainability goals. We appreciate the organizers’ efforts in creating a collaborative environment that fosters academic exchange and supports the advancement of research aimed at addressing global sustainability challenges

Poster Presentation & Prototype Display at KSU Conference on Sustainable Development

Our participation in the King Saud University Conference on Sustainable Development provided an opportunity to present recent advancements in electrospun nanofibrous membranes for membrane distillation (MD). This study focuses on integrating energy-efficient approaches into desalination processes to address the key challenges of sustainable water treatment.

A research poster and prototype demonstration were presented, highlighting both the fundamental aspects and practical implementation of the modified MD system, including its configuration and operational characteristics.

The conference served as a platform for academic exchange on sustainable materials and technologies within the water–energy–environment nexus. Discussions with researchers and stakeholders contributed to valuable insights into current developments and challenges in the field.

We express our gratitude to the organizers for enabling this collaborative and research-focused event.

We acknowledge the funding support provided by the “Environmental Funds” in the Kingdom of Saudi Arabia.

We acknowledge the funding support provided by the “Environmental Funds” in the Kingdom of Saudi Arabia.