Rachel Korchinsky is a PhD candidate in the Department of Chemistry at Queen’s University, Canada.
What is your research field and key areas of interest?
My research focuses on sustainable separation technologies, where I design and apply switchable materials, particularly stimuli-responsive draw solutes, to improve osmotic separation processes. My research uses ‘smart materials’, that respond to external triggers, to tackle industrial separation challenges more efficiently and sustainably.
Why SCI? How did you first get involved and why would you encourage your peers to join?
One of the aspects I enjoy most about chemistry is its ability to address real-world challenges through creative and practical solutions. I first became involved with SCI when I discovered the Ambassadors program, as I wanted to connect with peers who share this same passion. Learning more about SCI as a global organisation dedicated to bridging science and business, I joined to actively contribute and grow. From day one, the community has been welcoming, and the mentorship and career opportunities have been invaluable. I would encourage my peers to join SCI to build meaningful connections, gain insight into diverse career paths, and engage with a community that inspires both personal and professional growth.
SCI aims to be ‘where science meets business’. What is the potential commercial application of your research?
One of the material(s) I study is a patented, stimuli-responsive compound that can be applied across a range of industrially relevant processes. It can act as either a mid-stage or tertiary treatment method, providing both flexibility and efficiency. Its design allows for straightforward implementation, making it a promising solution for scalable and sustainable industrial applications. By improving the efficiency and adaptability of separation and treatment processes, I see my research contributing to more sustainable industrial practices/methods and advancing the use of smart materials within industry.
What do you hope to gain from your involvement with SCI?
Through my involvement with SCI, I aim to actively contribute to its collaborative community by supporting initiatives that connect research with practical applications. I plan to engage with (Inter)national and Technical Groups to share insights, foster networking among peers and promote knowledge exchange. I am also eager to assist in mentorship, outreach and science communication efforts, advancing the global chemistry community and strengthening connections.
The SCI Ambassador Scheme allows members to increase awareness of SCI activities in universities and industry, while providing them with opportunities for networking and professional development. Ambassadors can get further involved by sharing relevant information on awards and benefits of membership with their professional networks.
Rachel Korchinsky
Department of Chemistry, Queen's University, Canada