ENERGY & ENVIRONMENT

This session delves into advanced materials and innovative technologies for water remediation, focusing on the removal of emerging contaminants and persistent pollutants. The presentations cover a range of strategies aimed at enhancing the effectiveness and sustainability of water treatment processes. One talk discusses the development of tailored nanocomposite membranes specifically designed to address contaminants of emerging concern and persistent pollutants in water, highlighting how nanotechnology can be harnessed to create highly efficient and selective filtration systems. Another presentation explores the use of floating photocatalysts in wastewater treatment, emphasizing their potential to drive a green transition towards more sustainable water management practices. This approach aims to leverage solar energy to degrade harmful substances, offering a cost-effective and eco-friendly solution for future societies. Additionally, the session includes a discussion on the integration of sonophotocatalysis and composite materials, presenting a novel method for enhancing water remediation efforts by combining ultrasound and photocatalytic processes to more effectively target a range of contaminants. Lastly, the session features a presentation on "VisioNing," a case study illustrating the journey from a conceptual idea to a successful project, emphasizing the importance of innovation, strategic planning, and collaboration in bringing sustainable water treatment solutions to fruition. Together, these talks provide a comprehensive overview of cutting-edge approaches to water remediation, highlighting the need for interdisciplinary efforts to tackle the complex challenges of water pollution in a sustainable manner.