Resource & Capabilities

Fabrication & Processing
SOFC/SOEC
Electron Microscopy
Electrochemistry
X-Ray Spectroscopy
Physical Properties
CFD Simulation
Energy System Modeling
PEMFC
Theoretical Chemistry

Fabrication & Processing

Material Synthesis & Homogenization

Precision preparation of precursors and catalyst inks is the foundation of our high-performance components.
– High-Energy Ball Milling: Utilizing Planetary Ball Milling systems for effective particle size reduction and mechanochemical alloying.
– Advanced Dispersion: Featuring the Qsonica Q700 Touch-sensitive Ultrasonic Crusher and High-speed Homogenizers to ensure uniform, agglomerate-free slurry and ink formulations.
– Centrifugation: High-precision Centrifuge systems for phase separation and material purification.

Advanced Coating & Fabrication

We have multiple pathways for thin-film deposition and electrode fabrication, ranging from bench-top prototypes to scalable processes.
– Scalable Electrode Coating: Equipped with Blade Coating (Tape-caster) and Screen Printing systems for high-uniformity, large-area catalyst layer deposition.
– Nanofiber Technology: An integrated Electrospinning Machine for the synthesis of 1D nanostructured materials and reinforced membrane frameworks.
– Precision Thin-Film Deposition: Spin Coating and Vacuum Sputtering systems for controlled layer thickness at the micro- and nano-scale.

Advanced Laser & Thermal Processing

State-of-the-art thermal treatment and laser-based techniques for precise material modification and micro-structuring.
– Laser Material Modification: Utilizing Laser Modification techniques to enhance surface properties, catalytic activity, and material durability.
– Pulsed Laser Deposition (PLD): High-energy laser ablation for the growth of high-quality crystalline thin films and complex oxide heterostructures.
– Laser Micromachining: Precision Laser Micromachining for the fabrication of micro-scale flow channels, textured surfaces, and intricate component geometries.
– Controlled Thermal Environment: Muffle Furnaces (up to 1600°C), 3-Zone Furnaces, and Vacuum Ovens for precise sintering, calcination, and degassing profiles.

Electron Microscopy

Rapid Desktop SEM (Phenom Pro X G6)

A high-performance Desktop SEM designed for rapid and reliable screening. It features integrated EDS for quick elemental analysis and a streamlined workflow for routine research tasks.

Advanced
Electron Microscopy

High-resolution imaging and micro-structuring capabilities, ranging from atomic-level analysis to rapid, reliable surface characterization.

X-ray Spectroscopy

Solid Oxide Fuel cell / Electrolyzer and Test Station

Electrochemical Testing & Analysis

Precision Potentiostat / Galvanostat: High-precision electrochemical workstations equipped for advanced techniques, including Cyclic Voltammetry (CV), Linear Sweep Voltammetry (LSV), and Electrochemical Impedance Spectroscopy (EIS) to characterize kinetic and ohmic behaviors.
Customized Three-Electrode Electrochemical Cells: Specialized cell designs, including units specifically optimized for HT-PEMFC (High-Temperature Proton Exchange Membrane Fuel Cell) simulation, allowing for in-depth study of catalyst activity and membrane degradation in high-temperature environments.
Gas Chromatography (GC): High-sensitivity GC systems for the qualitative and quantitative analysis of gas products, ensuring precise measurement of hydrogen purity and Faradaic efficiency in electrolysis and reforming processes.

Properties Characterization

Advanced Porosimetry & Surface Analysis (Micromeritics AutoChem III): A state-of-the-art Chemical Adsorption Analyzer capable of performing TPD, TPR, TPO, and BET surface area measurements to characterize active metal sites and catalyst surface properties.
Pore Structure & Density Measurement: Water Intrusion Porosimeter: For determining the pore size distribution and porosity of hydrophobic/hydrophilic layers.
Hydrostatic Weighing Balance: High-precision density measurement for solids and porous materials.
Membrane Electrical Characterization: A specialized setup for Temperature-Dependent and Pressure-Controlled Resistivity Testing, specifically designed for evaluating the ionic conductivity and electrical resistance of Ion Exchange Membranes (IEMs) under operational stress.
Four-Point Probe System: For precise measurement of the sheet resistance and electrical conductivity of thin films and electrodes.
Viscometer: For analyzing the rheological behavior and viscosity of catalyst inks, essential for optimizing coating processes.

CFD simulation

Energy System Modeling

PEMFC

Theoretical Chemistry

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