Volume 4, Number 2 of the ESTA Journal (Energy Storage Technology and Applications) presents a cohesive selection of research focusing on advanced functional materials, sustainable energy systems, and chemical kinetics. This issue highlights contemporary efforts to bridge the gap between fundamental chemical engineering and scalable industrial solutions, particularly addressing the global demand for cleaner energy storage, eco-friendly material processing, and enhanced mechanical and combustion efficiency.

A primary cornerstone of this issue centers on next-generation battery technologies and the implementation of circular economy frameworks. The publication features critical advancements in both lithium-ion and sodium-ion systems, exploring optimized thermal processing for high-nickel cathode precursors, the upcycling of primary battery waste into functional activated carbon anodes, and low-temperature electrochemical methods for developing cost-effective cathode materials. These studies collectively advance the feasibility of sustainable, resource-efficient secondary batteries.

Beyond electrochemical energy storage, the issue encompasses significant developments in inorganic material synthesis and macro-scale energy efficiency. Contributions investigate the precise optimization of chemical precipitation parameters to improve the yield, phase purity, and consistency of functional crystalline compounds. Additionally, the issue explores the integration of advanced nanomaterial additives within fuel and lubricant systems, offering practical strategies to reduce mechanical friction and boost overall operational efficiency in power generation systems.

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