Bioluminescent devices for zero-electricity lighting

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    Project entry 2011 "Bioluminescent devices for zero-electricity lighting", Seville, Spain: Natural environment illuminated with populations of bioluminescent bacteria, also used to generate signs to orient people in the woods.

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    Project entry 2011 "Bioluminescent devices for zero-electricity lighting", Seville, Spain: Lighting devices and billboards powered by bioluminescent bacteria to be used in cities.

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    Holcim Awards 2011 Europe ceremony - September 15, 2011 - Milan, Italy: Presentation of the Holcim Awards "Next Generation" 3rd prize 2011 Europe for Bioluminescent devices for zero-electricity lighting, Seville, Spain (l-r): Head of the Technical Competence Center of the Holcim Foundation and member of the Holcim Awards jury, Hans-Rudolf Schalcher, Switzerland; prize winner, Eduardo Mayoral, Universidad de Sevilla, Spain; and CEO of Holcim Spain, Vincent Lefevbre.

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    Project entry 2011 "Bioluminescent devices for zero-electricity lighting", Seville, Spain: Vibrio Fischeri.

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    Project entry 2011 "Bioluminescent devices for zero-electricity lighting", Seville, Spain: Ambient lighting and billboards.

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    Project entry 2011 "Bioluminescent devices for zero-electricity lighting", Seville, Spain: Glowing porous conglomerate.

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    Project entry 2011 "Bioluminescent devices for zero-electricity lighting", Seville, Spain: Green glowing hab.

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    Project entry 2011 "Bioluminescent devices for zero-electricity lighting", Seville, Spain: Pyrocystis Fusiformis.

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    Representatives of all "Next Generation" prize winners for the Holcim Awards 2011 Europe (l-r): Elisa de los Reyes Garcia (2nd); Eduardo Mayoral (3rd); and Povilas Cepaitis, Diego Ordoñez, LLuis Enrique, and Carlos Piles (1st).

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    Project entry 2011 "Bioluminescent devices for zero-electricity lighting", Seville, Spain: Info-display billboard.

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    Project entry 2011 "Bioluminescent devices for zero-electricity lighting", Seville, Spain: Glowing barfield.

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    Project entry 2011 "Bioluminescent devices for zero-electricity lighting", Seville, Spain: Glowing barfield.

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    Project entry 2011 "Bioluminescent devices for zero-electricity lighting", Seville, Spain: Author portrait.

  • Next generation Next Generation 3rd prize 2011–2012 Europe

The concept proposes the design and fabrication of glowing devices that do not consume electricity through the manipulation of bioluminescent populations of microorganisms. A species of bacteria that naturally glows in the dark, Vibrio Fischeri, and a species of algae that glows when excited by movement, Pyrocystis Fusiformis, are tested to determine their suitability. The bioluminescent devices can be used for public ambient lighting, natural park illumination and billboards.

By Eduardo Mayoral - Universidad de Sevilla, Sevilla, Spain

Ideas: Nature-Based Solutions (NbS)

The concept proposes the design and fabrication of glowing devices that do not consume electricity through the manipulation of bioluminescent populations of microorganisms. A species of bacteria that naturally glows in the dark, Vibrio Fischeri, and a species of algae that glows when excited by movement, Pyrocystis Fusiformis, are tested to determine their suitability.

The bioluminescent devices can be used for public ambient lighting, natural park illumination and billboards.

Bioluminescent devices for zero-electricity lighting

Project authors

  • Eduardo Mayoral

    Universidad de Sevilla

    Spain

Project updates