Commissariat a L'energie Atomique Et Aux Energies Alternatives

Commissariat a L'energie Atomique

Centre National De La Recherche Scientifique

Commissariat À L'énergie Atomique Et Aux Énergies Alternatives

Ecole Nationale Superieure De Chimie De Montpellier

Philippe Capron

Vincent Faucheux

Isabelle Rougeaux

Jessica Thery

Olivier Blanchot

Jérôme Delmas

Bruno Ameduri

Jean-Yves Laurent

Olivier Jean Poncelet

Bernard Boutevin

Marc Plissonnier

Audrey Martinent

Jerome Delmas

Denis Locatelli

Frédéric Gaillard

Anis Daami

Aurélien Auger

Alexia Balland-Longeau

Regis Mercier

Stéphanie Thollon

Nathalie Giacometti

Olivier Tosoni

Pascal Tiquet

Sophie Mailley

Franck Pereira

Ali Alaaeddine

Michael Bouvier

Nicolas Charvet

Thierry Krebs

Michaël Bouvier

Erwan Coz

David Alincant

Renaud Souzy

Vincent Mathieu

Xavier Gasso Puchal

Marlène Chapuis

A method for treating a polymer part comprising a step of bringing the part into contact with vapours of solvent(s), capable of at least partially solubilising the part, this contacting step being carried out under vacuum. Application of this method for modifying the roughness of the part and/or functionalising it.

Method for treating a polymer part in order to modify its roughness and/or to functionalise it

A device includes a catalytic system and an electromagnetic system. The catalytic system defines a catalysis chamber and includes a catalyst of a reaction to generate a gas from a liquid. The catalyst is housed in the catalysis chamber. The electromagnetic system includes a coil and a rod mobile relative to the coil, the rod being fixed to the catalytic system and including a magnet and a core. The electromagnetic system is configured to move the rod relative to the coil when an electrical current is passed through the coil, so as to dispose the catalytic system in an open position in which the catalysis chamber is in fluidic communication with the outside. The catalytic system is disposed in a closed position in which the catalysis chamber is hermetically closed in the absence of an electrical current through the coil.

Device for generation of a gas

A catalytic device includes a hollow body, a piston housed in the hollow body, a catalyst of a gas generation reaction based on bringing a reactive liquid into contact with the catalyst, the catalyst being housed in a catalysis chamber, the piston and the hollow body defining a hermetic compression chamber for containing a compressible fluid, and being mobile relative to one another between a closed position in which the catalysis chamber is tight to the reactive liquid, and an open position for the entry of the reactive liquid into the catalysis chamber. The catalytic device is conformed to switch from the open position to the closed position, respectively from the closed position to the open position, when the compressible fluid is contained in the compression chamber and a force applied to the piston is greater than or equal to, respectively less than, a closure force.

Gas generation device

An elementary module including an oxidation unit for generating electrons by oxidizing a fuel with an oxidant, an anode and cathode sandwiching an electrolytic membrane, an anode block including a fuel transporter support for transporting an anode feed flow containing the fuel to an anode chamber and an anode electron collector attached to the fuel transporter support, a cathode block including an oxidant transporter support for transporting a cathode feed flow containing the oxidant to a cathode chamber and a cathode electron collector attached to the oxidant transporter support, the elementary module defining the anode chamber, respectively, the cathode chamber, between the oxidation unit and the fuel transporter support, respectively, the oxidant transporter support, the anode electron collector, respectively, the cathode electron collector and the oxidation unit being attached by bonding and electrically connected by means of an anode conductive bridge, respectively, a cathode conductive bridge, containing an electrically conductive adhesive.

Elementary module for a fuel cell

A fuel cell including a plurality of elementary modules stacked on each other, at least one of the elementary modules including an oxidation unit generating electrons by oxidation of a fuel with an oxidant, an anode block including a fuel transporter support, for transporting an anode feed flow containing the fuel to an anode chamber, onto which is attached an anode electron collector, a cathode block including an oxidant transporter support, for transporting a cathode feed flow containing the oxidant to a cathode chamber, onto which is attached a cathode electron collector, the elementary module defining the anode chamber, respectively, the cathode chamber between the oxidation unit and the fuel transporter support, respectively, the oxidant transporter support, and being such that, prior to the assembly of the elementary module in said plurality, the anode block, respectively, the cathode block and the oxidation unit are attached to each other.

Fuel cell

A device intended to generate electricity includes a planar fuel cell having: cells each provided with an anode and a cathode associated with a membrane, and a first face and a second face opposite to the first face, the first face being arranged on the side with the anodes of the fuel cell and the second face being arranged on the side with the cathodes of the fuel cell. Furthermore, this device includes a system configured to generate a first air flow intended to cooperate thermally with the first face, and configured to generate a second air flow intended to cooperate with the second face to ensure the supply of oxidizer to the cathodes of the fuel cell.

Device intended to generate electricity from a planar fuel cell cooled by air flow

Fabrication method of a fuel cell comprising the following successive steps:

Fuel cell with integrated water management layer and fabrication method thereof

These luminescent carbon particles have a carbon core and an external polymeric coating containing at least one luminophore.

Luminescent carbon particles, method for preparation and use

A fuel cell comprises at least two current collectors, an electrically insulating separator element and solid electrolyte. Each current collector comprises at least one transverse passage passing through it from a first surface to a second surface and the separator element comprising opposite first and second faces is arranged between the current collectors. A plurality of transverse channels pass through the separator element from the first face to the second face and the ionically conducting solid electrolyte occupies the volume bounded by the channels of the separator element and by the passages of the current collectors. The separator element is formed by a thermoplastic polymer material and hard particles are arranged in the transverse channels.

Fuel cell with current collectors integrated with the solid electrolyte and process for manufacturing such a fuel cell

The invention relates to a fluorocarbon polymer material comprising a backbone with the following unit: wherein: 

Fluorocarbon polymer material and method for synthesizing

The present invention relates to a support for a planar fuel cell core, produced using a material permeable to the fuel of the cell, and sealed over at least one of its outer faces.

Impermeable porous substrate for planar fuel cells and integrated packaging

Catalytic system comprising at least two components:

Catalytic system for generating hydrogen by the hydrolysis reaction of metal borohydrides

The invention relates to an ion/electron-conducting composite polymer membrane ('), which comprises at least two gas-tight ion-conducting polymer portions (&#x2032;) joined together directly by a gas-tight electron-conducting polymer portion (&#x2032;). It also relates to processes that enable this membrane to be manufactured, and also to a planar fuel cell core comprising it. Applications: production of planar fuel cells used for generating electrical power intended for stationary applications, transport applications and portable and transportable applications.

Ion/electron-conducting composite polymer membrane, manufacturing processes thereof and planar fuel cell core comprising it

A method for fabricating an electrode for electrochemical reactor is provided, wherein the electrode includes a porous carbon diffusion layer and a catalyst layer. The method includes a step of depositing the catalyst layer on the diffusion layer by a DLI-MOCVD process.

DLI-MOCVD process for making electrodes for electrochemical reactors

The present invention relates to polymers comprising phenylene units, at least one of which bears a phenylene side group substituted with a perfluoro group or chain, which itself bears an &#x2014;SOH, &#x2014;POHor &#x2014;COH group. Use of this polymer to make fuel cell membranes.

Growing community of inventors

Luzinay, France

Philippe Capron