Facilities

Facilities

Membranes Laboratory

The aim of the membranes laboratory is to develop dense metallic (Pd-based) membranes for H2 separation.

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Chemical Synthesis Laboratories

The material synthesis laboratory is well equipped with sophisticated high pressure autoclaves, microwave synthesizers, vacuum schlenk line and other required tools.

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Electrochemical Characterization Laboratory

To assess the performance of energy storage devices, different electrochemical techniques are used in a simulated environment such as simple charge-discharge cycling, cyclic voltammetry, electrochemical impedance spectroscopy.

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Device Fabrication Laboratory

After fabrication of electrodes and membranes, they are assembled in energy storage devices in moisture and moisture-free environment with the help of argon-filled glovebox to be ready for assessment.

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Energy Storage Synthesis Laboratory

Energy storage materials are the core of the program where a verity of electroactive and functional materials is synthesized.

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Characterization Laboratory

It has an advanced scanning electron microscope including powder samples preparation for FESEM and the lab also possess XRD, two educational AFMs, microCT and fluorescent optical microscope.

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Catalytic Evaluation Laboratory

It is mainly dedicated to evaluate heterogeneous catalysts by using fixed bed reactors at a reaction temperature and pressure up to 900 °C and 10 bar, respectively.

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Sorption Laboratory

In this lab, porous materials such as Zeolites, MOFs, porous polymers, and porous carbons are tested for their gas uptake capacities.

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Clean-Combustion Laboratory

It performs cutting-edge research on the combustion of pure hydrogen, hydrogen-enriched fuels, and hydrogen carrier fuels in state-of-the-art burner technologies of gas turbines and boilers, as well as in internal combustion engines.

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