<em>PADUA</em>

The seat carries out research and technology transfer in different areas of chemistry, materials and energetics

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PADUA PADUA
Headquarter

<em>MILAN</em>

Research activity in Milan concerns the properties and technology of structural and functional materials, fluid dynamics, and diagnostics or reactive systems.

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MILAN MILAN
Organizative Unit

<em>GENOA</em>

ICMATE-Genoa has expertise in the fields of physical chemistry of interfaces and in the preparation of powders, ceramics and composites of functional oxides.

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GENOA GENOA
Organizative Unit

<em>LECCO</em>

ICMATE-Lecco is one of the few centers in Italy able to operate in the secondary metallurgy of advanced metallic materials

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LECCO LECCO
Organizative Unit

Introduction

The Institute of Condensed Matter Chemistry and Technologies for Energy (ICMATE) is a highly interdisciplinary institute, with high expertise in basic sciences such as Chemistry, Physics, Materials Science and Engineering.
The broad engineering and technological expertise, combined with a vast park of scientific instruments, promotes the great contribution that ICMATE, following programs drawn by the National Research Council, can provides for the advancement of the country system.

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ICMATE Activities

News & Events

11st International Symposium on Electrochemical Impedance Analysis 2017

November 6-10 2017 - Hotel Cenobio dei Dogi
Camogli - Genova - Portofino Coast - Italy

The 11st International Symposium on Electrochemical Impedance Analysis (EIA11) is the next link of well established chain of EIA conferences held every three years. This edition in organized by DICCA-University of Genoa and ICMATE-National Research Council - Italy.

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Green Catalysis by Design

Winter School & Conference

Padua - Italy, 21 to 24 February 2017

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This week's featured researches

Dust in fusion devices is still an open issue from the point of view of plasma operations and safety and due to its high fuel retention capability and mobility.
Thus, dust behaviour in such environments needs to be understood.
The analysis of this behaviour is both theoretical, focused on dust mobilization conditions, and experimental, aiming at mimicking these conditions.

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Development and characterization of highly water repellent (superhydrophobic) coatings (SHC);
Wettability properties of highly water repellent surfaces;
Development of self-healing systems for coatings subject to wearing.

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Biomedical fabrics with antibacterial or, more generally, therapeutic purposes are a challenging manufacturing task in textile industries. From one side, the fabric itself hosts the bacteria acting as a medium between the human organism and the microorganisms; on the other hand, it is regarded as a well assessed tool for drug delivery in contact of skin for external applications.

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