ISTENER
Thermal and Energy Systems Engineering
Date of inception 26 October 2009
Leader: Joaquín Navarro Esbrí
Departament: Dep. d'Enginyeria Mecànica i Construcció
Website: https://www.uji.es/serveis/ocit/base/grupsinvestigacio/detall?codi=225
The main lines of research of the ISTENER research group are low environmental impact refrigerants for refrigeration and air conditioning systems, development of Rankine organic cycles for the revaluation of residual and renewable heat sources, and high-temperature heat pumps. ISTENER is at the forefront of the study of low GWP refrigerants and has fully instrumented test benches and support circuits ready to experiment and analyse the behaviour of new alternatives for different commercial applications. Within the possible studies resulting from research, ISTENER has experience in the development of new technology prototypes, theoretical studies, process modelling and the characterisation of machines in operation, and thermo-economic studies that determine the viability of the solutions. It has also carried out numerous energy audits for buildings and industry and in the proposal for energy-saving measures such as reuse and heat recovery or using cogeneration technologies. The ISTENER team is made up of pre- and postdoctoral researchers and lecturers who are very keen on providing sustainable solutions that offer the maximum reduction of greenhouse effect emissions. ISTENER has participated in many projects and contracts with public and private organisations, which has resulted in the publication of results in high-impact scientific journals, international conferences, and the supervision of international doctoral theses and master's and bachelor's degree theses with the highest grades.
Researchers
Classifications
- ODS: Sustainable cities and communities, Affordable and clean energy, Climate action
- AREA: Energy, Agrifood, Industrial production, Environment
Contributors
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Prevailing specialties (top 10)
Obtained from publications help
Obtained from publications
The displayed thematic specialties have been obtained through the application of artificial intelligence models, derived as a result of the Hercules Project from those publications with an abstract, provided that the record does not come from commercial databases, which impose restrictions on data usage.
The displayed thematic specialties have been obtained through the application of artificial intelligence models, derived as a result of the Hercules Project from those publications with an abstract, provided that the record does not come from commercial databases, which impose restrictions on data usage.
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