UPGRADE AND IMPROVEMENT OF EQUIPMENT TO ASSESS THERMAL AND STRUCTURAL ACTIVITY IN THE CHARACTERISATION OF MATERIALS WITH ENERGY APPLICATIONS (Q3168015): Difference between revisions
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Revision as of 18:45, 10 October 2021
Project Q3168015 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | UPGRADE AND IMPROVEMENT OF EQUIPMENT TO ASSESS THERMAL AND STRUCTURAL ACTIVITY IN THE CHARACTERISATION OF MATERIALS WITH ENERGY APPLICATIONS |
Project Q3168015 in Spain |
Statements
1,041,744.7 Euro
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1,225,582.0 Euro
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85.0 percent
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1 January 2019
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31 December 2021
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UNIVERSIDAD DE LAS PALMAS DE GRAN CANARIA
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28°7'43.93"N, 15°26'5.64"W
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35016
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Actualización de un sistema térmico de alta resolución, BT2.15, cuyo cuerpo principal está en el Centro de Ingeniería Térmica e Instrumentación, DITI (IDeTIC) de la Universidad de Las Palmas, y su acoplamiento a un FTIR-ATR para desarrollar la línea de investigación del grupo DITI. Se caracterizarán materiales sólidos, líquidos y gaseosos, utilizados en el área energética. Los resultados que se obtengan experimentalmente repercutirán en aplicaciones directas y mejoras de rendimientos de sistemas energéticos. Específicamente, se trata de ensayos con una doble finalidad: (a) aspectos termofísicos de materiales aislantes diversos, incluyendo arcillas, plásticos, y otros empleados en equipamiento y construcción, cuyo termograma debe informar sobre sus características térmicas y ciclo de vida. Adicionalmente, y en el terreno de la ingeniería energética, las investigaciones también se encaminan a estudios relacionados con aplicaciones concretas de ciertos líquidos (como los iónicos en el campo de los supercondensadores); es importante mejorar sistemas de almacenamiento existentes, ya que, para ser utilizado en supercondensadores, el electrolito puede sustituir a uno convencional. (b) caracterización estructural de compuestos, vía FTIR-ATR y microscopía. La experiencia del grupo en el manejo de las técnicas solicitadas, para caracterizar materiales y líquidos iónicos se demuestra en publicaciones internacionales de alto nivel. La linea generada supondrá un impulso a la investigacion (Spanish)
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Update of a high resolution thermal system, BT2.15, whose main body is in the Center of Thermal Engineering and Instrumentation, TEID (IDeTIC) of the University of Las Palmas, and its link to an FTIR-ATR to develop the line of TEID research group. Solid, liquid and gaseous compounds will be characterized, used in the energy area. The results obtained experimentally will have an impact on direct applications and improvements in the performance of energy systems. Specifically, these are tests with a dual purpose: (a) thermophysical aspects of various insulating materials, including clays, plastics, and other employees in equipment and construction, whose thermogram should inform about their thermal characteristics and life cycle. Additionally, and in the field of energy engineering, research is also directed to studies related to specific applications of certain liquids (such as ionics in the field of supercapacitors); It is important to improve existing energy storage systems, since, to be used in supercapacitors, the electrolyte can replace a conventional one. (b) structural characterization of compounds, via FTIR-ATR and microscopy. The experience of the group in the handling of the requested techniques, to characterize ionic materials and liquids is demonstrated in high level international publications. The generated research ine will suppose an impulse to the investigation of the group (English)
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Palmas de Gran Canaria, Las
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Identifiers
EQC2019-006432-P
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