Fundación Fundecyt-pctex. Procesos Selectivos. (2025081115)
Anuncio de 27 de junio de 2025 sobre bases de las convocatorias para la contratación de personal investigador del Centro Ibérico de Investigación en Almacenamiento Energético (CIIAE) gestionado por Fundecyt.
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Cualquier dato, sea personal o no, ya está disponible en internet y con acceso público antes de estar en Zahoribo. Si lo ves aquí primero es simple casualidad.
No ocultamos, cambiamos o tergiversamos la información, simplemente somos un altavoz organizado de los boletines oficiales de España.
NÚMERO 129
Lunes 7 de julio de 2025
38833
President: Breogán Pato Doldán
Members of the selection body:
Secretary and member: Lucía Cordón Masero
Member: Aleksandr Shkatulov
Energy storage is of paramount importance for the future transition to
sustainable energy driven by the widespread use of renewable sources.
Storing thermal energy is a significant milestone on this route as thermal
energy accounts for about 50% of all energy end-use.
The idea of using chemical reactions for the storage of thermal energy is
akin to the idea of using chemical reactions for electricity storage. Thermochemical batteries, much like their electrical counterparts, offer high
energy storage density and extended storage duration. They can be used
to store and release heat in domestic environment and industry. The state
of the art in this innovative and evolving field requires groundbreaking solutions combining promising materials with new storage concepts.
This position is linked to a European project aiming at development of tunable thermochemical energy storage. By leveraging a novel type of chemical reactions, we aim to improve operational flexibility of thermal batteries
for both domestic and industrial use. At the Iberian Centre for Energy Storage Research (CIIAE), we seek a bright and passionate candidate ready to
tackle the challenges of material design and testing in cooperation with the
leading universities and research institutions across the European Union.
Tasks to be developed:
The selected candidate will perform the following tasks:
— Developing novel stable and tunable thermochemical materials
—U
nderstanding phase transitions and the effects of doping on thermochemical transformations
—E
xperimental development of stabilization techniques for the new
materials
—P
reparation of thermochemical materials for integration into pilot
devices
— Authoring and co-authoring scientific publications
Challenges:
—S
creening and design of new type of thermochemical materials with
tunable thermochemical behaviour
— Ensuring the material stability on micro- and macroscopic scales
Lunes 7 de julio de 2025
38833
President: Breogán Pato Doldán
Members of the selection body:
Secretary and member: Lucía Cordón Masero
Member: Aleksandr Shkatulov
Energy storage is of paramount importance for the future transition to
sustainable energy driven by the widespread use of renewable sources.
Storing thermal energy is a significant milestone on this route as thermal
energy accounts for about 50% of all energy end-use.
The idea of using chemical reactions for the storage of thermal energy is
akin to the idea of using chemical reactions for electricity storage. Thermochemical batteries, much like their electrical counterparts, offer high
energy storage density and extended storage duration. They can be used
to store and release heat in domestic environment and industry. The state
of the art in this innovative and evolving field requires groundbreaking solutions combining promising materials with new storage concepts.
This position is linked to a European project aiming at development of tunable thermochemical energy storage. By leveraging a novel type of chemical reactions, we aim to improve operational flexibility of thermal batteries
for both domestic and industrial use. At the Iberian Centre for Energy Storage Research (CIIAE), we seek a bright and passionate candidate ready to
tackle the challenges of material design and testing in cooperation with the
leading universities and research institutions across the European Union.
Tasks to be developed:
The selected candidate will perform the following tasks:
— Developing novel stable and tunable thermochemical materials
—U
nderstanding phase transitions and the effects of doping on thermochemical transformations
—E
xperimental development of stabilization techniques for the new
materials
—P
reparation of thermochemical materials for integration into pilot
devices
— Authoring and co-authoring scientific publications
Challenges:
—S
creening and design of new type of thermochemical materials with
tunable thermochemical behaviour
— Ensuring the material stability on micro- and macroscopic scales
