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DC7 - Runkang Liu

Runkang Liu graduated from the École Nationale Supérieure de Chimie de Rennes (ENSCR), France.

During his academic training, he completed several internships across both industrial and academic research environments. In 2022, he undertook a short internship at Solvay in La Rochelle, France, where he worked as an analytical technician focusing on the detection and analysis of rare-earth elements.

In 2023, he joined the Laboratory of Organic Chemistry and Chemical Biology (LOCBP) at the University of Zurich for a four-month research internship under the supervision of PhD student Dorothea Kossmann and Prof. Pablo Rivera-Fuentes. His work focused on the development of fluorescent probes for the detection of hydrogen peroxide (H₂O₂) in Gram-negative bacteria, allowing him to gain experience at the interface of organic chemistry, chemical biology, and molecular imaging.

Seeking to further broaden his research experience, he took a gap year in 2024 and joined Janssen Pharmaceutica (now Johnson & Johnson Innovative Medicine) in Beerse, Belgium, as a research intern. There, he contributed to the synthesis of biologically active molecules for preclinical research, with a particular focus on complex macrocyclic compounds.

In 2025, he completed his end-of-study research project in the Noël Research Group at the University of Amsterdam under the supervision of PhD student Prakash Tiwari and Prof. Timothy Noël. His research focused on the integration of carbon monoxide (CO) into photocatalytic transformations using continuous-flow technology, combining aspects of photochemistry, flow chemistry, and sustainable synthesis.

Harnessing Bismuth Electrosynthesis for Green Organic Synthesis

DC7 will explore the untapped potential of bismuth in electrosynthesis to develop innovative, green and sustainable methods to produce high value organic compounds, including pharmaceuticals and new materials. The low toxicity, availability and affordability of bismuth has sparked renewed interest in the development of new processes. This task will open the door to its implementation in electrosynthesis. The DC will explore its reactivity under electrochemical conditions to develop practical and scalable methods that could revolutionise synthetic organic chemistry.

WP3

Academic host institution University of Greenwich (UOG) Academic main supervisor Kevin Lam
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