TUBULAR SOLID OXIDE ELECTROCHEMICAL CELL WITH BEARING ELECTRODE Russian patent published in 2020 - IPC H01M8/1213 H01M8/124 H01M4/88 

Abstract RU 2713189 C2

FIELD: chemistry; electricity.

SUBSTANCE: invention relates to solid-state electrochemical cells, more specifically to tubular solid-oxide electrochemical cells with a bearing electrode for use in electrochemical synthesis of chemical substances and to methods of manufacturing such tubular solid-oxide electrochemical cells with a bearing electrode. According to the invention, the tubular solid-oxide electrochemical cell comprises a porous cathode made in a tubular shape, the porous cathode comprising a first composite material with mixed ion-electron conductivity, containing solid oxide substance-electrolyte, having ionic conductivity, and first electrochemically active substance having electronic conductivity; electrolyte arranged in the form of a thin layer on at least a portion of the surface of the porous cathode, wherein the electrolyte contains said solid oxide electrolyte substance; and a porous anode disposed on at least part of the electrolyte surface, the porous anode comprising a second composite material with mixed ion-electron conductivity, comprising said solid oxide electrolyte substance, and second electrochemically active substance having electronic conductivity.

EFFECT: technical result is cost-effective production of electrochemical cells intended for use in electrochemical synthesis, which can be made according to customer requirements and optimized depending on desired electrochemical synthesis reaction.

28 cl, 4 dwg

Similar patents RU2713189C2

Title Year Author Number
METHOD FOR LIQUID-PHASE SYNTHESIS OF NANOCERAMIC MATERIALS IN SYSTEM OF LAO-MNO-NIO FOR PRODUCING CATHODE ELECTRODES OF SOLID OXIDE FUEL CELL 2020
  • Kalinina Marina Vladimirovna
  • Arsentev Maksim Yurevich
  • Fedorenko Nadezhda Yurevna
  • Shilova Olga Alekseevna
RU2743341C1
SOLID OXIDE FUEL CELLS WITH BEARING ANODE AND CERMET IONOGEN 2004
  • Frinnerti Kan
  • Kimbra Dehvid
RU2342740C2
HIGH-ACTIVE MULTI-LAYERED THIN-FILMED CERAMIC STRUCTURE OF ACTIVE PART OF ELEMENTS OF SOLID OXIDE DEVICES 2016
  • Lipilin Aleksandr Sergeevich
  • Shkerin Sergej Nikolaevich
  • Nikonov Aleksej Viktorovich
  • Gyrdasova Olga Ivanovna
  • Spirin Aleksej Viktorovich
  • Kuzmin Anton Valerevich
RU2662227C2
STRUCTURE OF SEALED JOINT UNIT FOR ELECTROCHEMICAL DEVICE 2005
  • Taker Majkl S.
  • Jakobson Krejg P.
  • De Jonge Ljutgard S.
  • Visko Stiven Dzhej
RU2389110C2
METHOD FOR MANUFACTURING TUBULAR SOLID OXIDE FUEL CELLS AND SOLID OXIDE FUEL CELL PRODUCED BY THIS METHOD 2021
  • Levchenko Egor Aleksandrovich
  • Sivtsev Vladislav Petrovich
  • Popov Mikhail Petrovich
  • Gvozdkov Ilya Alekseevich
  • Naumenko Egor Dmitrievich
  • Sivak Aleksandr Vladimirovich
  • Timerbulatov Ruslan Sergeevich
RU2781046C1
TUBE ELEMENT OF ELECTROCHEMICAL DEVICE WITH THIN-LAYER SOLID-OXIDE ELECTROLYTE (VERSIONS) AND METHOD OF ITS MANUFACTURE 2015
  • Spirin Aleksej Viktorovich
  • Lipilin Aleksandr Sergeevich
  • Paranin Sergej Nikolaevich
  • Nikonov Aleksej Viktorovich
  • Khrustov Vladimir Rudolfovich
  • Ivanov Viktor Vladimirovich
RU2625460C2
STRUCTURE OF ACTIVE PART OF ELEMENTS OF SOLID OXIDE DEVICES WITH DENSE TEXTURED ELECTRODE LAYER (VERSIONS) 2021
  • Pavzderin Nikita Borisovich
  • Nikonov Aleksei Viktorovich
RU2766871C1
INTEGRATED COAXIAL TUBES 2006
  • Taker Majkl S.
  • Jakobson Krejg P.
  • Visko Stiven Dzhej.
  • De Jonge Ljutgard S.
RU2432230C9
METHOD FOR LIQUID-PHASE SYNTHESIS OF NANOCERAMIC MATERIALS IN THE LaO-SrO-Ni(Co,Fe)O SYSTEM FOR CREATING CATHODE ELECTRODES OF A SOLID OXIDE FUEL CELL 2022
  • Kalinina Marina Vladimirovna
  • Dyuskina Darya Andreevna
  • Polyakova Irina Grigorevna
  • Arsentev Maksim Yurevich
  • Shilova Olga Alekseevna
RU2784880C1
CERAMIC-METAL ANODE STRUCTURE (ITS VERSIONS) AND ITS APPLICATION 2008
  • Blennov Peter
  • Mogensen Mogens
RU2480863C2

RU 2 713 189 C2

Authors

Alvares Fernando

Sammes Loren Beverli

Dates

2020-02-04Published

2015-11-10Filed