Nanobubbles 101 with Prof Niall English is an introduction to a fascinating science – tiny bubbles on the nanometre (nm) scale. Due to their small size, nanobubbles have distinct properties making them potentially transformative for a wide range of industrial and environmental applications. This short audio course is designed to introduce you to nanobubbles, their properties, their applications and their potential. Whether you’re a student keen to know more about this exciting sector or curious about the difference nanobubbles could make to your business or industry, this podcast series will give you a solid understanding of what nanobubbles are, and why they’re important. Thank you for listening.
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Nanobubbles 101 with Prof Niall English is an introduction to a fascinating science – tiny bubbles on the nanometre (nm) scale. Due to their small size, nanobubbles have distinct properties making them potentially transformative for a wide range of industrial and environmental applications. This short audio course is designed to introduce you to nanobubbles, their properties, their applications and their potential. Whether you’re a student keen to know more about this exciting sector or curious about the difference nanobubbles could make to your business or industry, this podcast series will give you a solid understanding of what nanobubbles are, and why they’re important. Thank you for listening.
Hosted on Acast. See acast.com/privacy for more information.
In this episode, we explore the complexities surrounding nanobubbles, focusing on their generation,
characterisation, and stability. We explain how electric field methods of generating nanobubbles yield a notably higher zeta
potential and higher nanobubble populations per unit volume, leading to longer-lived bubbles compared to those produced through mechanical methods. We look at how rigorous experimentation, including laser light scattering, has provided a deeper understanding of nanobubble population dynamics over time. We touch upon the critical factors of temperature and pressure sensitivity of nanobubbles, highlighting their implications for industrial applications.
This conversation sets the stage for our next episode, where we will dive deeper into the environmental and industrial applications of nanobubbles, building on the foundational scientific
concepts discussed today.
Thank you for joining us, and we look forward to continuing this fascinating exploration of nanobubble technology in our upcoming discussions.
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