PETER NOCKEMANN

In addition to our work on Vanadium Redox Flow Batteries, our research is also extending into exploring non-vanadium-based electrolytes that utilize more abundant elements. We are in particular delving into the potential of all-iron electrolytes. Iron, being one of the most abundant and affordable elements on Earth, presents a promising alternative to vanadium. By harnessing its ubiquity and cost-effectiveness, we aim to develop a more accessible and sustainable solution for energy storage. Preliminary studies show promising results, with the all-iron systems demonstrating robust performance, durability, and safety. This shift towards more abundant materials not only enhances the economic feasibility of redox flow batteries but also reduces our reliance on less abundant resources, creating a truly sustainable energy storage solution for the future... Research lab with the focus on inorganic chemistry and ionic liquids for energy storage, advanced materials and sustainable metal..

Primary location: Belfast United Kingdom