The MAGIC of Flows with Ketan Madane

About the Guest:

🌟 Key Takeaways from This Episode:

• MAGIC Processes: Ketan’s research focuses on developing processes that are modular, agile, intensified, and continuous (MAGIC), enhancing the efficiency and effectiveness of chemical engineering processes.
• Career Path: Ketan’s journey from mechanical engineering in India to a PhD in fluidic devices at the University of Limerick illustrates his dedication and expertise in the field.
• Favorite Experiment: Ketan’s favorite experiment involves using fluidic oscillators and vortex diodes to enhance chemical processes, particularly in the crystallization of paracetamol, leading to reduced particle size and improved process efficiency.

🔬 In This Episode, We Cover:

Ketan’s Research

Ketan’s research focuses on designing and developing fluidic devices to improve chemical processes. These devices, which are modular, agile, intensified, and continuous (MAGIC), help in making chemical reactions more efficient and effective. He uses computational fluid dynamics and experimental techniques to optimize these devices.

Ketan’s Career Journey

Ketan started his career with a Bachelor’s in Mechanical Engineering in India. He worked in the manufacturing industry and academia before pursuing a PhD at the University of Limerick. His journey reflects a strong commitment to advancing chemical engineering through innovative research.

Ketan’s Favourite Research Experiment

One of Ketan’s proudest achievements is enhancing the anti-solvent crystallization of paracetamol using fluidic oscillators and vortex diodes. This innovative approach significantly reduced particle size and improved the efficiency of the crystallization process.

Life as a Scientist: Beyond the Lab

Ketan enjoys the endless curiosity and pursuit of knowledge that come with being a scientist. He values the collaborative nature of academia, which allows for the exchange of ideas and collective problem-solving.

Ketan’s 3 Wishes

1. Bridging mechanisms between interdisciplinary fields: Ketan wishes for better integration and collaboration across different scientific disciplines.
2. Unlimited access to cutting-edge technology and computational tools: He advocates for unrestricted access to advanced experimental and computational resources.
3. Sustainable research funding and recognition: Ketan emphasizes the need for stable funding and proper recognition of scientific contributions.

Ketan’s Time on @RealSci_Nano

Ketan will be showcasing various fluidic devices, their applications, and simulations on the RealSci_Nano Twitter account. Followers can expect to see the importance of fluid dynamics in chemical engineering and the innovative ways these devices are used to improve industrial processes.