Working as a research scientist at SkyNano isn’t just about running experiments and analyzing data – it’s about being a part of a mission-driven team working to fundamentally change how we think about carbon. Every day of collaboration at SkyNano is an inspiring blend of curiosity and discovery, grounded in the idea that science can – and should – drive the world forward.
I spend a lot of time conducting benchtop experiments and analyzing findings to create a comprehensive report and recommendation for management. At SkyNano, we develop carbon nanoproducts, including our boundary-breaking carbon nanotubes, from atmospheric CO2 . This means we are constantly working to raise materials science and sustainable manufacturing to new heights, especially when it comes to carbon storage and utilization. As a materials science researcher at SkyNano, I frequently work hands-on with our patented electrochemical systems to run experiments. I also prepare and adjust parameters, and analyze samples to support our research goals. There’s such satisfaction in seeing your hypothesis and work pan out – whether it’s the detailed assembly of a well-planned experiment or seeing promising results on the Raman Spectrometer.
But what people forget is that lab work is only part of the picture. In fact, a large portion of my work and the process of innovation happens in the form of thinking, reading and writing. Every experiment starts with a question – and before you dive in headfirst, you need context. I regularly seek scientific literature, industry reports, and even news regarding emerging climate tech to understand the evolving landscape around carbon conversion and management. Staying well informed helps us ensure that the research we conduct is relevant, differentiated, and innovative.
Writing is another role that goes hand in hand with industrial research. Clear, concise communication is essential—whether preparing a project update, writing procedures, or simply taking notes. One thing I keep in mind is that doing great science also means being able to explain why it matters. This means articulating complex technical ideas in clear, accessible language for partners, funders, and broader climate tech audiences.
What sets SkyNano apart, in my experience, is how collaborative everything is. No one works in a silo. This team structure allows chemists, engineers, and business leaders to be in constant communication. We discuss research findings, carbon nanotube applications, and policy implications on a regular basis. This cross-functionality keeps the work dynamic and meaningful.
SkyNano employees also share a deep sense of responsibility. We’re not just creating high performance materials, we’re developing solutions for a resilient future. That’s what makes our work so motivating and inspirational. We know the impact of our work and commitment to creating a sustainable world.
Media Contact:
Name: Sharon Dwyer
Phone: 843.271.1595
Email: info@skynano.co
Website: https://www.skynano.co
LinkedIn: https://www.linkedin.com/company/skynano/
About SkyNano
SkyNano is a science-based technology company focused on commercializing a free-market solution to carbon pollution. It specifically develops a novel electrochemical manufacturing technology for the capture and conversion of CO2 from various sources (atmospheric, concentrated, flue gas) into valuable carbon-based materials including SkyNano’s flagship product – carbon nanotubes. Peer-reviewed scientific papers feature SkyNano’s technology, which also earned a 2020 R&D 100 Award and a 2021 TechConnect Innovation Award. Furthermore, our CEO and Co-Founder Dr. Anna Douglas was recognized with a Forbes 30 Under 30 award in 2019. In fact, both SkyNano founders are Forbes 30 Under 30 innovators, as Prof. Cary Pint was awarded the recognition in the inaugural year of the awards. To learn, visit: https://www.skynano.co
