Murodjon Samadiy | Chemical Engineering | Editorial Board Member

Murodjon Samadiy is an active researcher whose multidisciplinary contributions span lithium recovery technologies, chemical engineering, environmental sustainability, and food processing innovations. His work has earned over 686 citations, demonstrating strong global relevance and scholarly impact. A major focus of his research lies in lithium extraction from diverse water resources including seawater, geothermal water, underground water, and salt lake brines, where he has co-authored highly cited works such as Lithium Recovery from Brines and advanced studies integrating ion-exchange, adsorption, membrane separation, and volumetric thermodynamics. His research includes the development of advanced sorbents, spinning fiber composites, spherical composites, and ion-sieve materials that significantly improve selectivity, efficiency, and environmental compatibility in lithium extraction—key innovations supporting the energy-storage sector and sustainable battery manufacturing. In parallel, Samadiy collaborates extensively on food science and agro-processing studies, contributing to works on inorganic additives in meat processing, functional ingredients in dairy and bakery systems, and the development of automated irrigation systems, reflecting strong interdisciplinary versatility. His publications in reputable venues such as Journal of Cleaner Production, Journal of Molecular Liquids, Chemical Engineering Journal, Asian Journal of Chemistry, and various international conferences underscore his commitment to applied research addressing global industrial and environmental challenges. Additionally, his involvement in studies on phosphorate solutions, salt purification technologies, and physico-chemical processing of minerals further strengthens his contributions to chemical technology and resource processing. Through collaborations with international scholars from Sri Lanka, China, Uzbekistan, and others, Samadiy’s body of work demonstrates consistent innovation, scientific rigor, and real-world applicability. His research portfolio highlights a strong commitment to advancing sustainable material recovery, improving industrial processing efficiency, and contributing impactful knowledge across chemical, environmental, and food technology domains.