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From 2013.igem.org

• Project: Plasticity
  • At a glance
  • Waste Issue
  • M.A.P.L.E. Modules
    • M1: Resource-full Waste
    • M2: Plastic Fantastic
  • Bioplastic applications
• Human Practices
  • M.A.P.L.E
  • Industrial Implementation
  • Social Challenge
  • Communicating our Project
  • Project Evolution
• Achievements
  • Judging Criteria
  • Main Results
  • Collaborations
  • Biobricks
• In the Lab
  • Safety
  • Lab book
  • Modelling Notes
    • Introduction
    • Beta amyloid degradation
  • Data
    • Growth Assays
    • Western Blot
    • Enzyme Kinetics
    • PHB production
    • 3HB assay
    • Clearing Assays
    • Electron microscopy
  • Protocols
• Team
  • Students
  • Advisors
  • Sponsors
  • Attributions

Managing Waste

Our solution for dealing with waste is a technological one. It aims to reduce the harmful impacts that incineration and landfilling have on our environment and also to retain the resources locked up in the waste in a useable form. However, it is clear that we should not be relying on after-the-event solutions to try solve to problems which are caused to a large extent by the choices we make. The waste hierarchy shown below indicates the decreasing dependence we should place on subsequent steps in our bid to reduce waste.