School of Engineering News
School of Engineering Research Highlights Emerging 2D Material for Energy and Environmental Technologies
Researchers from the School of Engineering have published a new review article examining the potential of borophene, an emerging two-dimensional material, as a next-generation platform for energy and environmental applications.
The article, “Surface Engineering of Borophene as Next-Generation Materials for Energy and Environmental Applications”, provides a comprehensive overview of how tailoring the surface structure and chemistry of borophene can significantly enhance its physical, electronic, and catalytic properties. These advances position borophene as a promising material for clean energy technologies, including hydrogen production, energy storage systems, and environmental remediation.
Borophene is distinct from other two-dimensional materials due to its high electrical conductivity, strong surface reactivity, and tunable structure. The review brings together recent progress in synthesis methods, surface functionalisation strategies, and theoretical insights, while also identifying key challenges that must be addressed to enable large-scale, stable, and practical applications.
This publication reflects the School of Engineering’s ongoing commitment to advancing materials science research that supports global sustainability and energy innovation. By bridging fundamental science and application-driven engineering, the work contributes valuable direction for future research in low-dimensional materials.
The article has been published in Energy & Environmental Materials and is available online.
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