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Etekina
  • About
    • What is Etekina
    • Brochures
  • Technology
    • Heat Pipe Technology
    • Thermal Recovery
  • Applications
    • Steel Industry
    • Aluminium Industry
    • Ceramic Industry
  • Partners
  • Results
    • Public Deliverables
    • Print materials
    • Scientific Publications
  • News
  • Contact

pageflow: reducing GreenHouse Gas emissions in Energy Intensive industries

4 January 202415 March 2021 by Dr Melanie Maria Obermeier

Dive into this pageflow telling our successful story on thermal recovery in steel, aluminium and ceramics industry: a cost effective way to reduce the carbon footprint.

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Categories Pageflow
Four young scientists talk about the future of waste heat recovery
HPHE and greener furnaces: a combo that can make emissions plunge in the aluminium industry

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Recent Posts

  • Small systems, big benefits
  • How waste heat recovery will change the landscapes
  • The transformation of energy intensive industries
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  • Making aluminium a greener option

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Atlas Concorde | Brunel University London | Econotherm | ESCI | Fagor Ederlan | Ikerlan | Insertec | Jožef Stefan Institute | SIJ Metal Ravne | Unimore

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement N° 768772.

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