Syngas and CO2 Conversion into Fuels, Methanol, Formic Acid, and Acetic Acid

Under the supervision of Professor Akshat Tanksale and in collaboration with Jan Haesner from BASF Australia, this project aims to develop a scalable system that transforms carbon dioxide into valuable chemicals, including acetic and formic acids. This innovative approach not only holds the promise of commercial viability but also plays a crucial role in reducing CO2 emissions and combating climate change.

From the University’s perspective, this collaboration fosters high-quality research, which will advance the state of knowledge and demonstrate the tangible societal benefits their research provides.

Student’s Perspective.
Satya Sireesha Rameswarapu is excited to embark on this journey, stating, “I am grateful for the opportunity to work alongside esteemed experts and contribute to a project that has the potential to create meaningful environmental impact.”

Thank you to Lilyanne Price, Soo Leong and Renata Diaz for their support and facilitation.

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Advanced high temperature ceramics for applications under extreme environments

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Improving survival, growth performance, and market characteristics of greenlip abalone through dietary intervention