Division/Committee: [ENVR] Division of Environmental Chemistry

Improving the quality of human life without depleting the natural resources is the focus of environmental sustainability. This challenging task requires new approaches in designing new materials that can either have a reduced environmental footprint or contribute to environmental improvements, or preferably both. The focus of this symposium is to highlight the latest science and engineering that can have a transformative impact on our planet. Examples of innovative materials science and engineering can include: (1) the latest developments in more sustainable concrete synthesis and production; (2) a new generation of air purifying and self-cleaning surfaces; (3) advanced environmental catalysts and adsorbent for selective removal of PFAS, pharmaceuticals, and other contaminants of emerging concern from water; (4) synthesis of novel eco-friendly materials for environmental remediation, conversion of organic waste into biodegradable plastic; (5) sustainable recovery of nutrients, rare earth elements, critical minerals, and other valuable chemicals from waste streams to promote a circular economy, and (6) carbon capture via non-thermal pathways to address global climate change . Moreover, additional topics related to development of more efficient and environmentally friendly materials for sustainable energy production will also be included in this symposium.

Lee Blaney

University of Maryland Baltimore County

Appearances