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This WCEF 2021 Side Event will be a solutions-oriented, interactive, virtual workshop focused on the ‘Innovation Pathways’ to achieving a more circular plastics economy in Canada – based on the Ellen MacArthur Foundation’s (EMF) handbook: “Upstream Innovation: a guide to packaging solutions”. The workshop will feature a keynote from EMF’s Innovation Team, combined with other expert insights into practical applications of upstream innovation for plastics packaging, and six interactive breakout sessions that will allow participants to strategize together on how to scale ideas and overcome barriers to plastics packaging innovation in Canada.
Following opening remarks, participants will be divided into breakout sessions. Choose your preferred breakout room when you register. Options include: Elimination, Reuse, Reuse Business Models, Substitutions and Compostables, Mechanical Recycling, and Chemical Recycling. Guided by industry insights and experienced facilitators in eac
Already that are that are breaking down our p.t. waste plastic that s out there now and in nature what we envision for and in semantic strategy like this that we re working on is instead of you know the current paradigm for recycling p.t. is bringing it to a centralized facility using mechanical recycling to chop it up and then typically that sort of chop to p.t. is then put into carpet or lower value materials such as seat cushions and things like this i can t go back to bottles and so what we want to do now is if we can in the magic strategy to break it down truly to its building blocks the building blocks can be put back into bottles for example so you could bottle to bottle recycling technology enabled by these and signs ok basically in order to enable a circular economy for these materials so dark i can tell me this the are you saying that this landfill in japan they re talking about are you saying that nature had already created some type of mutant in zine that was already eating
Plastics that s a great question so the enzyme was originally discovered in by a group of japanese researchers says the story of course that in twenty sixteen it was discovered in the soil outside of a recycling peaty recycling plant so there are bacteria and microbes in the soil already that are that are breaking down our p.t. waste plastic that s out there now in nature and what we envision for and it is a manic strategy like this that we re working on is instead of you know the current paradigm for recycling petey is bringing it to a centralized facility using mechanical recycling to chop it up and then typically that sort of chopped up e.t.s. and put into carpet or lower value materials and such as seat cushions and things like this i can t go back to bottles and so what we want to do now is if we can use an intern magic strategy to break it down truly to its building blocks the building blocks can be put back into bottles for example so you could bottle to bottle recycling technol
Or biological strategy this is one step on a very long road that s going to take a lot of collective effort across the technology spectrum so what this in dr beck and are we talking about in time that we can literally be let s say put into a landfill that s full of plastic bottles will this ins on basically eat away these plastics. that s a great question so the enzyme was originally discovered in by a group of japanese researchers says the story of course that in twenty sixteen it was discovered in the soil outside of a recycling p.t. recycling plant so there are bacteria and microbes in the soil already that are that are breaking down our p.t. waste plastic that s out there now in nature what we envision for and in semantic strategy like this that we re working on is an instead of you know the current paradigm for recycling petey is bringing it to a centralized facility using mechanical recycling to chop it up and then typically