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2018-10-17-Hyundai

72 images Created 27 Jan 2019

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  • Dr Michael Whitely, Head of Fuel Cell Engineering at UCL feeds pollution particulates into a balloon containing dirty air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_011.JPG
  • Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_005.JPG
  • Dr Michael Whitely, Head of Fuel Cell Engineering at UCL feeds pollution particulates into a balloon containing dirty air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_010.JPG
  • Dr Michael Whitely, Head of Fuel Cell Engineering at UCL feeds pollution particulates into a balloon containing dirty air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_012.JPG
  • Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_004.JPG
  • Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_006.JPG
  • Dr Michael Whitely, Head of Fuel Cell Engineering at UCL feeds pollution particulates into a balloon containing dirty air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_013.JPG
  • Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_007.JPG
  • A balloon fed by the exhaust inflates with completely clean air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_017.JPG
  • Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_003.JPG
  • Dr Michael Whitely, Head of Fuel Cell Engineering at UCL steadies a balloon containing dirty air - pollution particulates  as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_016.JPG
  • Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_002.JPG
  • Dr Michael Whitely, Head of Fuel Cell Engineering at UCL feeds pollution particulates into a balloon containing dirty air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_014.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK shows the comparison between a new clean air filter and a dirty one as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_028.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK shows the comparison between a new clean air filter and a dirty one as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_029.JPG
  • Dr Michael Whitely, Head of Fuel Cell Engineering at UCL feeds pollution particulates into a balloon containing dirty air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_015.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK watches as a balloon fed by the exhaust inflates with completely clean air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_018.JPG
  • Dr Sylvie Childs, Senior Product Manager with Hyundai UK poses with a balloon filled with clean air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_024.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK shows the comparison between a new clean air filter and a dirty one as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_030.JPG
  • Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_001.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK  removes a particulate filter as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_031.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK shows the comparison between a new clean air filter and a dirty one as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_025.JPG
  • A balloon fed by the exhaust inflates with completely clean air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_019.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK  removes a particulate filter as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_033.JPG
  • Dr Sylvie Childs, Senior Product Manager with Hyundai UK poses with a balloon filled with clean air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_027.JPG
  • Dr Sylvie Childs, Senior Product Manager with Hyundai UK poses with a balloon filled with clean air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_026.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK shows the comparison between a new clean air filter and a dirty one as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_032.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK  removes a particulate filter as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_036.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK shows the comparison between a new clean air filter and a dirty one as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_023.JPG
  • Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_022.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK shows the comparison between a new clean air filter and a dirty one as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_021.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK  removes a particulate filter as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_035.JPG
  • A balloon containing dirty air laden with particulates is inflated as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_009.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK  removes a particulate filter as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_034.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK breathes the air from a balloon fed by the exhaust as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_020.JPG
  • Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_008.JPG
  • Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_005.JPG
  • Dr Michael Whitely, Head of Fuel Cell Engineering at UCL feeds pollution particulates into a balloon containing dirty air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_010.JPG
  • Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_004.JPG
  • Dr Michael Whitely, Head of Fuel Cell Engineering at UCL feeds pollution particulates into a balloon containing dirty air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_011.JPG
  • Dr Michael Whitely, Head of Fuel Cell Engineering at UCL feeds pollution particulates into a balloon containing dirty air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_012.JPG
  • Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_007.JPG
  • Dr Michael Whitely, Head of Fuel Cell Engineering at UCL feeds pollution particulates into a balloon containing dirty air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_013.JPG
  • A balloon fed by the exhaust inflates with completely clean air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_017.JPG
  • Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_006.JPG
  • Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_003.JPG
  • Dr Michael Whitely, Head of Fuel Cell Engineering at UCL steadies a balloon containing dirty air - pollution particulates  as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_016.JPG
  • Dr Michael Whitely, Head of Fuel Cell Engineering at UCL feeds pollution particulates into a balloon containing dirty air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_014.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK shows the comparison between a new clean air filter and a dirty one as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_028.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK shows the comparison between a new clean air filter and a dirty one as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_029.JPG
  • Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_002.JPG
  • Dr Michael Whitely, Head of Fuel Cell Engineering at UCL feeds pollution particulates into a balloon containing dirty air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_015.JPG
  • Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_001.JPG
  • Dr Sylvie Childs, Senior Product Manager with Hyundai UK poses with a balloon filled with clean air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_024.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK watches as a balloon fed by the exhaust inflates with completely clean air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_018.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK  removes a particulate filter as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_031.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK shows the comparison between a new clean air filter and a dirty one as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_025.JPG
  • A balloon fed by the exhaust inflates with completely clean air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_019.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK shows the comparison between a new clean air filter and a dirty one as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_030.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK  removes a particulate filter as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_033.JPG
  • Dr Sylvie Childs, Senior Product Manager with Hyundai UK poses with a balloon filled with clean air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_027.JPG
  • Dr Sylvie Childs, Senior Product Manager with Hyundai UK poses with a balloon filled with clean air as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_026.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK shows the comparison between a new clean air filter and a dirty one as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_032.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK  removes a particulate filter as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_036.JPG
  • Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_022.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK shows the comparison between a new clean air filter and a dirty one as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_023.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK  removes a particulate filter as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_035.JPG
  • A balloon containing dirty air laden with particulates is inflated as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_009.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK shows the comparison between a new clean air filter and a dirty one as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_021.JPG
  • Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_008.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK  removes a particulate filter as  Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_034.JPG
  • Sylvie Childs, Senior Product Manager at Hyundai UK breathes the air from a balloon fed by the exhaust as Hyundai UK demonstrates the Hydrogen-powered Nexo that not only produces completely clean emissions but also cleans up the air its engine ingests, thanks to a filtration system developed by scientists at University College London. UCL London, October 17 2018.
    SWNS_HYUNDAI_NEXO_020.JPG