Bridging Interfacial Science and Industrial Electrification
Electro-Fluidics is a specialized consultancy and R&D platform dedicated to developing integrated fluidic flow cells for sustainable electrochemical technologies. We specialize in investigating electrode–electrolyte and membrane–electrolyte interfaces to overcome mass transport limitations in energy storage and sensing systems.
Analyzing mass transport, shunt currents, and system losses in batteries, electrolyzers, and electrodialysis to identify bottlenecks and pathways for cost reduction.
Expertise in Electrochemical Impedance Spectroscopy (EIS) and equivalent circuit modelling to analyze the aging behavior of batteries and the electrical characterization of biomolecules. We solve complex interface challenges through advanced kinetic modeling.
Leveraging CAD design and 3D printing of customized flow cells, fluidic interfaces, and profiled membranes.
Optimizing aqueous Flow Batteries and micro capacitors arrays by improving membrane-electrolyte interface stability and ion transport efficiency.
Developing Integrated Biosensors for real-time detection of metabolites in complex fluidic environments, focusing on sensitivity and fouling resistance.
Solving mass transport limitations in CO2 Electrolyzers and Electrodialysis stacks to enable high-current density operation at scale.
Custom fabricated profiled membranes engineered to enhance micro-level mixing and reduce concentration polarization in flow-based systems.
Miniaturized sensor arrays designed for high-sensitivity diagnostic applications, offering robust performance in complex fluidic environments.
Accelerating R&D with functional prototypes of integrated fluidic cells, moving from CAD design to experimental validation in days.