The United Arab Emirates University (UAEU) has announced the registration of a new patent with the United States Patent and Trademark Office (USPTO) in the field of environmental sciences and renewable energy.
The patented innovation focuses on developing a unique graphitic carbon nitride compound supported by date syrup. This breakthrough represents a major step forward in photocatalytic technologies for splitting water into hydrogen using light—an important milestone toward achieving sustainable energy solutions.
The novel compound was developed by a research team at UAE University led by Dr. Muhammad Tahir, Associate Professor in the Department of Chemical and Petroleum Engineering, along with Ph.D. student Malaz Suliman. The team utilised date syrup as a supporting agent to enhance the photocatalytic reaction.
The synthesis process involves combining graphitic carbon nitride with date syrup at high temperatures, resulting in improved efficiency in converting water into hydrogen. This advancement enhances the potential for cleaner and more effective use of renewable energy resources.
Dr. Muhammad Tahir, the principal investigator of the project, stated: “We are proud of this invention, which reflects UAE University’s commitment to innovation in the renewable energy sector. By integrating date syrup with graphitic carbon nitride, we have developed an effective material capable of significantly enhancing the photocatalytic process, contributing to tackling climate change and reducing reliance on fossil fuels.”
This accomplishment reflects the ongoing commitment of UAEU researchers to developing creative solutions to pressing environmental and energy challenges. Preliminary studies have demonstrated the compound’s high efficiency in hydrogen production, paving the way for new and extensive applications in clean energy and green hydrogen generation.
The invention represents a promising advancement toward strengthening the UAE’s global standing as a leader in renewable energy and sustainable innovation.
(Inputs from WAM)
