Zidong Zhan

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About

Zidong Zhan is a rising innovator in microfluidics, specializing in open-air liquid manipulation and environmental separation technologies. Their research focuses on developing energy-efficient, intelligent microfluidic systems that eliminate the need for bulky external pumps. Zhan’s seminal work on “Liquid Shuttle Mediated by Microwick for Open‐Air Microfluidics” (2023, 14 citations) introduced a groundbreaking method for transporting droplets using capillary-driven microwicks, enabling self-powered, detachable microfluidic circuits for soft robotics and additive manufacturing. This approach reduces pipeline resistance and external energy demands, marking a paradigm shift toward autonomous fluid control. In their 2024 study on “Micro-oil droplet and microplastic separation using surface-charge-induced water waves” (3 citations), Zhan pioneered a novel technique that harnesses surface charges to generate water waves, effectively isolating oil droplets and microplastics without chemical additives. This work addresses critical environmental challenges in water purification and microplastic remediation. Though early in their career, Zhan’s contributions have already garnered attention for their practical sustainability and scalability. Their research bridges fundamental interfacial science with real-world applications, positioning them as a key figure in next-generation microfluidics and environmental engineering.