Research Leader
Dr. Asma Alturki

Group members from the university

  • Ayshah Alatawi

Group members from outside the university

  • Abd El-Hady Kshyout  
  • Kamel Shoueir
Research Identity
Energy and Industry
Objectives
  • The neat product-based few-layered graphene will be a remarkable promoting criterion for hydrogen production. The full characterization of the newly developed metal-free graphene–carbon nitride layered nanojunctions and their postulated mechanism will be discussed.
  • It is expected that the prepared novel FLG layered nanojunctions nanocomposites will be promising results for H𝑓 production under energy-saving solar light/visible-light irradiation and in environmental and energy storage applications matching the rules of “green chemistry.”
Activities

  • Provide new insights into novel approach, facile, efficient, and cost less preparative methods for

  •  designing metal free graphene-carbon nitride layered nanojunction.  

  • Improvement the optical physical, and electrical behaviors to solve environmental and energy storage issues by sustainable, green, and eco-friendly methods.  

  • The developed technique will be used for green hydrogen production under solar hydrogen generations.