Fundación Fundecyt-pctex. Procesos Selectivos. (2024081404)
Anuncio de 26 de agosto de 2024 por el que se da publicidad a las bases de convocatoria y oferta de trabajo en español e inglés (Proyecto 4TunaTES).
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NÚMERO 172
Miércoles 4 de septiembre de 2024
42943
PREDOCTORAL RESEARCHER
Position: Predoctoral researcher on development of materials for tunable thermochemical
energy storage.
Offer date: DOE publication.
Project: CIIAE – Ref.ª PD-TERMOQUIMICO (ALMACENAMIENTO DE ENERGÍA TÉRMICA).
Department: Thermal Energy Storage.
Estimated starting date: Last quarter of 2024.
Workplace:
Campus University of Extremadura, 10003 Cáceres (Spain).
Join us on the journey towards energy-efficient future! Storing thermal energy is a significant milestone on the route to energy transition since thermal energy accounts for about
50% of all energy end-use.
At the Iberian Centre for Energy Storage Research (CIIAE) we explore the idea of using
chemical reactions for the storage of thermal energy. Thermochemical batteries, much
like their electrical counterparts, offer high energy storage density and long 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 4TunaTES 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. We seek a bright and passionate candidate ready to tackle the challenges of material
design and characterization while closely cooperating with the leading universities and
research institutions across the EU.
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
• Experimental development of stabilization techniques for the new materials
• Preparation 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
Miércoles 4 de septiembre de 2024
42943
PREDOCTORAL RESEARCHER
Position: Predoctoral researcher on development of materials for tunable thermochemical
energy storage.
Offer date: DOE publication.
Project: CIIAE – Ref.ª PD-TERMOQUIMICO (ALMACENAMIENTO DE ENERGÍA TÉRMICA).
Department: Thermal Energy Storage.
Estimated starting date: Last quarter of 2024.
Workplace:
Campus University of Extremadura, 10003 Cáceres (Spain).
Join us on the journey towards energy-efficient future! Storing thermal energy is a significant milestone on the route to energy transition since thermal energy accounts for about
50% of all energy end-use.
At the Iberian Centre for Energy Storage Research (CIIAE) we explore the idea of using
chemical reactions for the storage of thermal energy. Thermochemical batteries, much
like their electrical counterparts, offer high energy storage density and long 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 4TunaTES 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. We seek a bright and passionate candidate ready to tackle the challenges of material
design and characterization while closely cooperating with the leading universities and
research institutions across the EU.
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
• Experimental development of stabilization techniques for the new materials
• Preparation 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
