Assoc. Prof. Dr. Stefano Cardea | Chemical Engineeing | Best Researcher Award

Stefano Cardea is an accomplished chemical engineer and academic, renowned for his expertise in supercritical fluid processing, membrane production, and advanced polymeric materials. With years of dedication to scientific research and education, he has made significant contributions to material science, industrial chemical processes, and environmental applications. His work has influenced the fields of drug delivery systems, aerogels, and sustainable materials, reinforcing his position as a leading figure in chemical engineering.

Profile

Scopus

Education

Stefano Cardea’s academic journey commenced with a Master’s Degree in Chemical Engineering, where he specialized in the use of supercritical CO₂ for developing micro and nanoporous polymer structures. His pursuit of advanced knowledge led him to complete a PhD in Chemical Engineering, focusing on the generation of micro and nanoporous polymers utilizing supercritical fluids. Over the years, his research excellence secured him a National Qualification for Associate Professorship, further solidifying his academic credentials.

Experience

With a career spanning over two decades, Stefano Cardea has held various prestigious academic positions. Starting as a PhD student, he explored the potential of supercritical fluid applications in polymer engineering. His postdoctoral fellowship expanded his expertise in the production of porous membranes. As a Research Fellow and later as a full-time Researcher, he significantly contributed to chemical plant education and environmental chemical engineering. His promotion to Associate Professor reflects his impact and leadership in the field, shaping the next generation of engineers at the University of Salerno.

Research Interest

Cardea’s research interests revolve around the transformative capabilities of supercritical fluids in material science. He has conducted extensive studies on supercritical foaming, phase inversion, gel drying, and electrospinning, pioneering new methods in polymeric membrane production and aerogels. His collaborations with national and international research groups have enabled advancements in biomedical, pharmaceutical, and environmental applications, demonstrating the versatility of chemical engineering in addressing global challenges.

Awards

Throughout his distinguished career, Stefano Cardea has received multiple accolades recognizing his contributions to chemical engineering. He was the recipient of the FFABR 2017 Research Grant, highlighting his research excellence. His presentation skills and innovative findings were further acknowledged with Best Poster Awards, including honors at the A.It.U.N. 3rd Annual Meeting in 2009, and the 36th National Day of Chemical Engineering in Zaragoza, 2019. These achievements underscore his scientific impact on both national and international platforms.

Selected Publications

Here are some of Stefano Cardea’s notable publications, emphasizing his contributions to the field:

1. Reverchon E., Cardea S. (2006) – Process for producing polymeric membranes loaded with active ingredients, WO/2006/095372, cited by multiple studies on membrane filtration.
2. Baldino L., Cardea S., Reverchon E. (2014) – Antimicrobically active packaging membranes for food preservation, WO2015079419, widely referenced in sustainable packaging research.
3. Borriello A., Baldino L., Cardea S., Reverchon E., Nicolais L. (2019) – Process for preparing superabsorbent aerogels, WO/2019/167013, extensively cited in materials science.
4. Cardea S., et al. (2020) – Nanoporous polymer structures obtained via supercritical CO₂ processing, Journal of Nanomedicine and Nanotechnology Research, highly regarded for biomedical applications.
5. Cardea S., et al. (2022) – Advancements in supercritical fluid-assisted electrospinning, Nanoscience & Nanotechnology-Asia, influential in nanotechnology innovations.
6. Cardea S. & Reverchon E. (2023) – Supercritical fluid technology in pharmaceutical drug delivery systems, Molecules, recognized in pharmaceutical formulations.
7. Cardea S. (2024) – Supercritical phase inversion method for polymeric membranes, Polysaccharides, cited in bio-based material developments.

Conclusion

Stefano Cardea’s career embodies scientific innovation, educational excellence, and global collaborations. His research has profoundly impacted the understanding and application of supercritical fluids, leading to advancements in material science, environmental sustainability, and pharmaceutical technologies. As an editor and contributor to leading scientific journals, his influence extends beyond academia, driving industrial innovations and fostering international partnerships in chemical engineering. His continued contributions to research, teaching, and professional collaborations make him a formidable force in advancing modern chemical engineering applications.