Conferences

  • Enerstock 2021
    • IÑIGO ORTEGA FERNANDEZ ( Talk: Techno-economic assessment of thermal energy storage systems for small-scale CSP plants running organic Rankine cycles)
  • ASME-IMECE 2020
    • IÑIGO ORTEGA FERNANDEZ ( Paper: Potential waste heat recovery analysis from molten steel slag: the case study of Sidenor steelworks in Basauri (Spain))
  • Reslag workshop
    • IÑIGO ORTEGA FERNANDEZ ( Poster: TURNING WASTE FROM THE STEEL INDUSTRY INTO A VALUABLE LOW COST FEEDSTOCK FOR ENERGY INTENSIVE INDUSTRY)
    • IÑIGO ORTEGA FERNANDEZ ( Poster: SLAG AS HEAT STORAGE MATERIAL FOR WASTE HEAT RECOVERY)
  • SolarPaces 2018
    • IÑIGO ORTEGA FERNANDEZ ( Talk: Experimental validation of steel slag as thermal energy storage material in a 400 kWht prototype)
  • Workshop "Innovación para una Industria Energéticamente Eficiente “ Azterlan
    • IÑIGO ORTEGA FERNANDEZ ( Talk: Transformación de residuos de acería en una materia prima de valor añadido y bajo costo para industria intensiva en energía. Proyecto RESLAG.)
  • Enerstock conference
    • IÑIGO ORTEGA FERNANDEZ ( Talk: Operational strategies guideline for packed bed thermal energy storage systems)
  • 6th Meeting Scientific Lives
    • IÑIGO ORTEGA FERNANDEZ ( Poster & Talk: Encuentro de Vidas Científicas)
  • Solar-PACES 2016
    • IÑIGO ORTEGA FERNANDEZ ( Talk: Parametric and optimization analysis of a packed bed thermal energy storage system and 2 Posters: "Thermophysical characterization of potential ceramic materials for sensible thermal energy storage" and "Corrosion study for different sensible heat s)
  • 5th Meeting Scientific Lives
    • IÑIGO ORTEGA FERNANDEZ ( Poster: 5º Encuentro de Vidas Científicas)
  • 8th European Slag Conference
    • IÑIGO ORTEGA FERNANDEZ ( Invited talk: Valorisation of stell slag as thermal energy storage material for industrial heat storage)
  • 4th Meeting Scientific Lives
    • IÑIGO ORTEGA FERNANDEZ ( Poster: “La ciencia y el día a día”)
  • ESEC 2014
    • IÑIGO ORTEGA FERNANDEZ ( Talk. Valorisation of waste material resulting from iron and steel production: use of slags as thermal energy storage materials)
  • ASME ES- FuelCell 2014
    • IÑIGO ORTEGA FERNANDEZ ( Talk: New Thermal Energy Storage Materials From Industrial Wastes: Compatibility Of Steel Slags With The Most Common Heat Transfer Fluids )

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