Dr. Gu Xu is recognized for his innovative solutions, bridgingfundamental science and creative engineering, to a number of critical and long standing problems, including the revelation of organic memorymechanism, and the elucidation of degradation in organic lightemitting devices that enabled their commercialization. In addition,hydrogen storage saturation was uncovered to clarify the controversy,and lateral structure of multiwall nanotubes was resolved by his novelX-ray imaging methods. The discoveries were mostly published byleading science and engineering journals, which were ...

Jack Young has been eminently successful in the generation and application of new knowledge associated with primary steelmaking operations. With over forty years' experience, he has provided exceptional engineering leadership in simulation modelling and commissioning of numerous steelmaking plants within Canada and abroad. He has coauthored a textbook entitled 'Metallurgical Plant Design' and made significant contributions to the training of engineers in industry as well as engineering students at both McGill and the University of Toronto. Throughout his distinguished career, Young has ...

Dr. Joe R. Zhao is an exceptionally creative engineer with outstanding contributions in innovation, entrepreneurship, and manufacturing. His inventions have addressed some key issues in wastewater treatment and energy conservation. As an entrepreneur, he founded and for over 20 years has led a private-sector laboratory which has provided high-end employment for Canadian engineers and established Canada's leadership in several technologies in fields of critical importance to society. As an engineering leader, he created and guided several successful manufacturing enterprises in Canada and ...

Dr. Siyu Ye is a Principal Scientist at Ballard Power Systems, a leading global fuel cell company, where he leads Ballard's Advanced Catalyst Development project. He is recognized as a world-leading expert in electrocatalysis and catalyst layer/MEA design for fuel cells, and has made significant contributions to the advancement of the modern PEM fuel cell. His outstanding leadership and technical expertise were instrumental in the development of cell reversal tolerant catalysts and carbon corrosion resistant cathode catalyst layers, which have both been key technologies in securing Ballard's ...

Zhang is nominated due to his conceptual contribution of single-atom catalysis and innovative catalysts for biomass conversion. As one of the most-prominent scientists in heterogeneous catalysis worldwide, Zhang devoted to synthesize low cost metal catalysts for chemical production. The new concept of single-atom catalysis stimulates to discover next-generation of industrial catalysts and promote the understanding to an atomic level. His contributions to the biomass conversion, especially the unique process for cellulose conversion to EG, have evoked intense interests from both academia and ...

Dr. Norman Zhou, Canada Research Chair in Advanced Materials Joining and Processing, is an internationally renowned leader in processing of materials such as fabrication of nanomaterials for water treatment and nanodevice assembly, microjoining for electronic and medical implant packaging, and welding of light-weight materials for automotive applications. He has published over 400 refereed journal papers and several books, with Google Scholar citations over 13,000 and an h-index over 60. He has trained over 100 MASc and PhD graduate students and post-doctoral fellows. He has co-founded a ...

Dr. Malcolm Xing is a Professor in the Mechanical Engineering at the University of Manitoba. He has made outstanding contributions to high-performance hydrogels for wound healing, hemostasis, myocardial infarction, and bone defect. Dr. Xing is a leading expert in developing nano-gel self-assembly on cells and drugs for hair regeneration, controlled release, and cancer therapy. He has also contributed to the sustainable environment by developing plant-wearable sensors for green agriculture and portable clean-water devices. Dr. Xing has played active roles and services in promoting biomedical ...

Dr. Xu is an internationally recognized leader and innovator in converting agro-forestry biomass/residues into bio-based chemicals and polymer materials. His contributions are not only generating over 20 inventions & patents in biorefinery/bioproducts, but also in transferring new technologies to industry, such as founding Western Maple Bioresources Inc. for commercialization of VOC-free coatings and formaldehyde-free adhesives. Dr. Xu has received many awards/recognitions from Canada, China, Japan, Demark and New Zealand, including the prestigious Syncrude Canada Innovation Award from ...

The Tier 1 Canada Research Chair in Sustainable Bioproducts at the University of Toronto, Dr. Ning Yan is an internationally renowned expert in converting biomass materials into bio-based chemicals and functional materials. She pioneered numerous bio-based platform technologies for using renewable biomaterials to produce sustainable bio-based adhesives, resins, polyols, foams, and other industrial products. Dr. Yan’s has more than 200 peer-reviewed journal publications and 8 patents. She has collaborated with academic, government and industry research partners around the world. She is an ...

Dr. Zhou has played a prominent role in developing and introducing new high-impact technologies to the pipeline industry through vision casting, collaboration, advocacy, and research. He has accomplished this through outstanding leadership of international collaborative organizations, including his service as Chair of the Technical Committee for the CSA Pipeline Standard. He has assembled and led large engineering teams that have achieved outstanding performance by applying new technology to mega infrastructure projects and systems. He has been recognized with numerous awards including the ...