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IoNanofluids: Bridging Efficiency and Sustainability in Chemistry
Abstract
This chapter explores the role of ionanofluids—hybrid materials combining ionic liquids with nanoparticles—in advancing sustainable chemical applications. IoNanofluids offer enhanced thermal stability, tunable viscosity, and superior catalytic properties, making them valuable in green chemistry, catalysis, and industrial processes. The chapter is structured into three key sections: (1) their use in sustainable chemistry, focusing on reducing environmental impact and improving reaction efficiency, (2) their role in catalytic applications, where they enhance reaction rates, selectivity, and catalyst longevity, and (3) their integration into process chemistry, including heat transfer, separation, and electrochemical applications. By addressing both scientific advancements and industrial scalability, this chapter highlights the transformative potential of ionanofluids in modern chemical engineering and concludes with future research directions.
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