Plenary Talk: Fluidization and Fluid Particle Systems Research Contribution in Creating A Pathway to Sustainable Society

Securing future supplies of energy and water in view of continuous growth in the world population requires the creation of a pathway to sustainable energy and water that is both multifaceted and complex. An effective pathway aims to improve the reliability, security and affordability of energy and water by utilizing a least-cost strategy to reduce the negative impact of energy consumption on climate change; securing water availability; emphasizing the gradual decarbonization of the global energy system; increasing energy efficiency and conservation; and preserving natural resources and the environment. This presentation highlights the potential contribution and impact of Fluidization and fluid particle systems research to the successful creation of a pathway to sustainable society and economy.

In this presentation the role of fluidization and fluid particle computational fluid dynamics (CFD) research in carbon capture and sequestration processes, particle pulverization as a recycling tool for polymeric and elastomeric materials, production of natural gas from unconsolidated hydrate reservoirs, fluid particle heat transfer medium for concentrated solar power (CSP) systems and effect of rain droplets on wind turbines performance will be discussed.