Thomas Kwan

Dr. Thomas Alan Kwan, a Visiting Researcher at the Boston University Institute for Global Sustainability (IGS), is a leading expert in new energy systems and industrial decarbonization. His work focuses on emerging industrial paradigms, critical resource management, and electrification to drive innovation across the industrial landscape.

At Schneider Electric, he applies systems thinking and artificial intelligence to energy transition challenges, developing advanced technologies that integrate and transform energy management and industrial systems. His research on process electrification, next-generation mining, and circularity demonstrates significant reduction in carbon emissions while enabling growth. These achievements have garnered attention from the International Energy Agency, World Economic Forum, business partners, and scholars alike.

Thomas’s approach and practical mix of R&D and business perspective enable him to bridge the scientific community and industry stakeholders effectively. He serves as a Topic Editor for Industrial & Engineering Chemistry Research, shaping discourse in sustainable technology. Additionally, his monthly “Energy Savers” column in Chemical Processing provides industry professionals with actionable advice on implementing advanced and sustainable practices.

As a thought leader, Dr. Kwan frequently presents at international conferences and advises governments on energy policy. His ability to translate complex concepts into practical business strategies has made him a valuable consultant for major corporations transitioning to next-generation sustainable practices. Thomas’s work has yielded multiple patents in green chemical design and processing, with numerous publications in high-impact journals further solidifying his expertise in the field.

Through his innovative research and strategic leadership, he continues to drive significant advancements in sustainable energy and industrial decarbonization, positioning Schneider Electric and its ecosystem at the forefront of the global energy transition.