MetSoc Sustainability Scholarship awarded to Shaihroz Khan for innovative research in sustainable nickel ore processing

Shaihroz KhanMetSoc is pleased to announce the recipient of its prestigious Sustainability Scholarship. Shaihroz Khan, a PhD candidate in the Department of Chemical Engineering & Applied Chemistry (ChemE) at the University of Toronto, has been recognized for his outstanding commitment to advancing sustainable practices in the metallurgical and materials industry.

Shaihroz’s exceptional dedication to sustainability and his groundbreaking research in the processing of nickel ultramafic ores have earned him the esteemed award. As a recipient of the NSERC Alexander Graham Bell Canada Graduate Scholarship (Doctoral) and Colin Hahnemann Bayley Fellowship, Shaihroz’s significant contributions to his field have already been recognized.

Under the guidance of Professors Erin Bobicki and D. Grant Allen, Shaihroz’s PhD research revolves around the sustainable processing of phyllosilicates in the extraction of nickel ultramafic ores. His work aims to implement eco-friendly practices and develop environmental standards for the metallurgical and materials industry.

The focus of Shaihroz’s research involves two crucial aspects. First, he is exploring the application of carbon dioxide capture and storage techniques in the processing of nickel ultramafic ores, thereby mitigating the environmental impact of the extraction process. Second, he is diligently working on sustainable reagents to optimize the processing of nickel ores, aiming for greater efficiency while reducing environmental harm.

Professor Allen, praised Shaihroz’s accomplishments, stating: “His research in sustainable processing of phyllosilicates for nickel ultramafic ores is of paramount importance in advancing our understanding of eco-friendly practices in the metallurgical industry. His dedication to finding innovative solutions to reduce environmental impact and improve efficiency is commendable. As Shaihroz’s advisor, I am extremely proud of his achievements and the recognition he has received through the MetSoc Sustainability Scholarship. His work will undoubtedly contribute to a greener and more sustainable future for the metallurgical community.”

Throughout his academic journey, Shaihroz Khan has showcased his prowess in research and scholarly publications. He has co-authored an impressive total of eight peer-reviewed journal articles during his PhD, with four articles currently under review. Such achievements reflect his commitment to excellence and advancing sustainable practices within the metallurgical community.

Beyond academia, Shaihroz has also demonstrated his dedication to promoting a positive and inclusive research environment. As the Joint Health and Safety Representative of CUPE 3902 at the University of Toronto, he actively advocated for improved working conditions for research and teaching activities. Moreover, Shaihroz has been a vocal supporter of equity, diversity, and inclusion (EDI) causes within the university community.

MetSoc aims to foster a more sustainable global metallurgical and materials industry by supporting exceptional graduate students like Shaihroz Khan. Through this scholarship, MetSoc reaffirms its commitment to promoting research that addresses environmental challenges and contributes to a greener future.

Shaihroz Khan’s achievement serves as an inspiration to aspiring researchers and reinforces the importance of sustainability in shaping the metallurgical and materials industry. MetSoc congratulates Shaihroz on his well-deserved recognition as the MetSoc Sustainability Scholarship winner and looks forward to witnessing the positive impact of his research on sustainable nickel ore processing.

For more information about MetSoc and its sustainability initiatives, please visit

About MetSoc:
MetSoc is a leading professional association for metallurgical and materials engineers, scientists, and researchers. With a vision to advance the global metallurgy and materials industry, MetSoc strives to promote innovation, collaboration, and sustainability within the field.