Deepti Salvi
Papers
2
Total Citations
22
H-Index
2
About
Deepti Salvi’s research bridges food safety, materials science, and sustainable engineering, with a focus on cold plasma technology and paper-based smart materials. Her most cited work demonstrates the efficacy of cold atmospheric pressure plasma for sanitizing conveyor belt materials, achieving significant decontamination against *E. coli* biofilms—a critical advance for the food industry. This study, with 14 citations, highlights her contribution to non-thermal, chemical-free sanitation methods that preserve surface integrity. In parallel, Salvi explores paper as a renewable substrate for electronics, packaging, and robotics, emphasizing its fibrous, bendable properties. Her 2021 review on paper-based smart materials (8 citations) outlines innovations in creating electronics “on” and “in” paper, leveraging cellulose’s versatility for sustainable, low-cost devices. By integrating plasma decontamination with green material design, Salvi addresses pressing challenges in food safety and electronic waste. Her work exemplifies how interdisciplinary approaches—combining microbiology, surface chemistry, and material science—can yield practical, eco-friendly solutions. With growing interest in sustainable technologies, Salvi’s research is poised to influence both industrial hygiene and the next generation of biodegradable electronics.
Research Focus
Key Achievements
Top Papers
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