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Student Showcase Archive

Tanya Chong

MA work

MA work

With every person needing 1.2 litres of water a day and over 8.2 million people in London this means that over 10 million litres of drinkable fluid needs be supplied every day. However, the increasingly 'on-the-go' lifestyle of many people means that the number of bottled beverages sold has been steadily rising over the years, with most bottles thrown away when they are still fully functional as a product for containing and transporting liquids.

‘London Refilled’ is a project about positioning previously used bottles in London and offering them for reuse as a more sustainable alternative to the purchasing of beverages in newly formed bottles each time. By instilling trust in life-cycles of products that allow the reuse of materials without necessarily having to go through the process of destroying and reforming, this system would help to reduce energy and resource consumption whilst still allowing large populations of people to stay hydrated throughout their day.

Info

Info

  • Tanya Chong profile image
  • MA Degree

    School

    School of Design

    Programme

    MA Innovation Design Engineering, 2013

  • With every person needing 1.2 litres of water a day and over 8.2 million people in London this means that over 10 million litres of drinkable fluid needs be supplied every day. However, the increasingly 'on-the-go' lifestyle of many people means that the number of bottled beverages sold has been steadily rising over the years, with most bottles thrown away when they are still fully functional as a product for containing and transporting liquids.

    ‘London Refilled’ is a project about positioning previously used bottles in London and offering them for reuse as a more sustainable alternative to the purchasing of beverages in newly formed bottles each time. By instilling trust in life-cycles of products that allow the reuse of materials without necessarily having to go through the process of destroying and reforming, this system would help to reduce energy and resource consumption whilst still allowing large populations of people to stay hydrated throughout their day.

  • Degrees

  • MEng, Mechanical Engineering, Imperial College London, 2011
  • Experience

  • Fuel cell development internship, Nissan Fuel Cell Research Centre, Oppama, Japan, 2010; Research assistant, Imperial College, London, UK, 2009
  • Exhibitions

  • Work in Progress, Royal College of Art, London, 2013; Seoul Social City Software, Seoul Design Foundation, Seoul, 2012; Rio Tinto Sports Innovation Challenge, Imperial College, London, 2012; Design London, Imperial College, London, 2011