DEVICE AND METHOD OF CATALYSIS Russian patent published in 2023 - IPC C25B11/02 C25B1/30 C25B1/50 C25B1/04 C25B3/23 C25B3/25 H01M4/86 

Abstract RU 2805753 C2

FIELD: catalysing electrochemical redox reaction.

SUBSTANCE: invention relates to a method for catalysing an electrochemical redox reaction of active particles in a conducting solution. The method includes: providing an electrocatalytic matrix containing a supporting substrate; surface structures protruding from the support substrate, the surface structures comprising an electrocatalyst; a functional surface on the electrocatalyst, wherein the functional surface is located in the upper part of the surface structures and wherein the functional surface is intended for contact with active particles in the conductive solution; immersing surface structures in the solution and introducing a counter electrode into it; and generating a current or voltage between the electrocatalyst and the counter electrode such that the charge density, voltage or current, is focused on the functional surfaces and the active particles undergo an oxidation-reduction reaction upon contact with the functional surfaces. In this case, the plurality of surface structures has a uniform size and edges and/or vertices that contain the catalyst, the catalyst is applied to the top surface of the surface structures and is a material different from the surface structure, the electrocatalyst is applied to the vertices of the surface structure, the electrocatalyst is applied to less than about 50% to approximately 0.000001% of the matrix surface when viewed from above.

EFFECT: invention provides an alternative method for catalysing an electrochemical redox reaction.

27 cl, 19 ex, 25 dwg

Similar patents RU2805753C2

Title Year Author Number
ANODE FOR SOLID OXIDE FUEL CELL 2017
  • Boun, Adam
  • Li, Robert
  • Khammer, Eva-Mariya
RU2743000C2
METHOD OF MAKING AND MODIFYING ELECTROCHEMICAL CATALYSTS ON CARBON SUPPORT 2015
  • Porembskij Vladimir Igorevich
  • Akelkina Svetlana Vladimirovna
  • Fateev Vladimir Nikolaevich
  • Alekseeva Olga Konstantinovna
RU2595900C1
ELECTROCATALYST FOR REDUCING OXYGEN, FUEL CELL CONTAINING ELECTROCATALYST AND METHOD OF GENERATING ELECTRICAL ENERGY 2006
  • Adzik Radoslav R.
  • Zhang Zhunliang
RU2422947C2
GALVANICALLY FUNCTIONALISED SENSORS 2017
  • Vider Kherbert
RU2725803C1
PROCESSING METHODS FOR MANUFACTURING MEMBRANE ELECTRODE UNITS OF SOLID ACID FUEL ELEMENTS 2005
  • Bojsen Dejn
  • Juda Tetsuja
  • Chiskholm Kalum
  • Khejli Sossina M.
RU2374722C2
FLOW BATTERY AND REGENERATION SYSTEM WITH IMPROVED SAFETY 2014
  • Tolmachev Yurij Vyacheslavovich
RU2624628C2
SENSOR SURVEY 2012
  • Sheffler Tauner Bennett
  • Martin Gregori L.
  • Braun Majkl Elvin
RU2623067C2
METHOD FOR PRODUCING A PLATINUM ELECTRIC CATALYST ON CARBON 2016
  • Don Grigorij Mikhajlovich
  • Gerasimova Ekaterina Vladimirovna
  • Levchenko Aleksej Vladimirovich
  • Kashin Aleksej Mikhajlovich
  • Sivak Aleksandr Vladimirovich
  • Dobrovolskij Yurij Anatolevich
RU2646761C2
METHOD OF PREPARING PLATINUM-RUTHENIUM ELECTROCATALYSTS 2010
  • Simonov Pavel Anatol'Evich
  • Romanenko Anatolij Vladimirovich
  • Simonov Aleksandr Nikolaevich
  • Sobjanin Vladimir Aleksandrovich
  • Parmon Valentin Nikolaevich
RU2446009C1
CATALYTIC ELECTRODE FOR ALCOHOL FUEL ELEMENTS 2012
  • Frolova Ljubov' Anatol'Evna
  • Dobrovol'Skij Jurij Anatol'Evich
  • Ukshe Aleksandr Evgen'Evich
RU2507640C1

RU 2 805 753 C2

Authors

Khossejni Ali

Partridzhe Eshton Sajril

Khajnes Andryu Leo

Dates

2023-10-23Published

2019-02-28Filed