Mohamed Ateia Ibrahim (environmental engineer and group leader at the US Environmental Protection Agency and adjunct assistant professor at Rice University) and Ashley Hesterberg Butzlaff (environmental engineer at the US Environmental Protection Agency) discuss material-based guidelines for optimizing photoelectrode design with a focus on utilizing advanced nanostructure fabrication techniques to enhance charge separation and transport, as well as identifying and integrating the most effective co-catalysts to improve efficiency and stability. These insights are critical for the development of practical and efficient photo-assisted electrochemical systems, essential for future water-treatment technologies.

Mohamed Ateia Ibrahim（美国环境保护署环境工程师兼小组负责人，莱斯大学兼职助理教授）和 Ashley Hesterberg Butzlaff（美国环境保护署环境工程师）讨论了基于材料的优化光电电极设计的指南，重点是利用先进的纳米结构制造技术来增强电荷分离和传输，以及识别和集成最有效的助催化剂，以提高效率和稳定性。这些见解对于开发实用高效的光辅助电化学系统至关重要，对于未来的水处理技术至关重要。