Michael Oelgemöller

Michael Oelgemöller is a Professor of Chemistry at James Cook University (JCU), specializing in photochemistry, green chemistry, and sustainable technologies. His research focuses on developing photochemical synthesis methods, flow chemistry systems, and applications of solar energy in chemical production. He leads the Applied and Green Photochemistry research group, advancing technologies like continuous-flow reactors and photocatalytic processes for fine chemical manufacturing.

Education details are not explicitly provided in the text, but his career includes international collaborations across institutions such as CNRS (France), DCU (Ireland), and universities in Germany and Japan. His work spans organic synthesis, materials science, and environmental applications like wastewater treatment using photocatalysts.

Research interests include: (1) Photocatalytic reactions for drug and material synthesis, (2) Development of solar-driven chemical processes, (3) Flow chemistry for scalable production, (4) Antibiotic and bioactive compound discovery via photochemical pathways, (5) Graphene-based materials for energy applications. Recent trends in his publications emphasize sustainable methodologies and interdisciplinary applications of light-driven chemistry.

Notable contributions include pioneering solar chemical production techniques, advancing microreactor technologies, and investigating natural products from Australian flora for medicinal uses. His lab collaborates globally on topics like coral reef toxicity studies and tropical medicinal plant analysis.

Grants and funding details are not explicitly listed, but his research is supported by initiatives like the TropEco Research Award (2014) and international conferences like the IUPAC SYNPHO project. He has authored over 200 publications and holds patents related to chemical synthesis and environmental applications.

Labs/teams: Leads the Applied & Green Photochemistry Group at JCU, collaborating with institutions worldwide. Key projects include the 'Eradicate Insect-borne Diseases with Sunlight' initiative and solar trough reactor systems for chemical synthesis.