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    Closing The Loop

    What is the current state of recycling?

    The below notes are taken from European Parliment’s Understanding Waste Streams Treatment of specific waste Waste Treatment by Category http://appsso.eurostat.ec.europa.eu/nui/show.do?dataset=env_wastrt&lang=en Waste Treatment Method by Category http://appsso.eurostat.ec.europa.eu/nui/show.do?dataset=env_wastrt&lang=en Hazardous Waste in Categories http://appsso.eurostat.ec.europa.eu/nui/show.do?dataset=env_wastrt&lang=en Recycling Rates in Different Packaging http://appsso.eurostat.ec.europa.eu/nui/show.do?dataset=env_waspac&lang=en

    Macro-solutions

    1) Separate waste streams (onus on human)

    Ideal: All agents consistently and accurately dispose of waste into separate recycling streams) Limitations: Unreliable, tragedy of the commons, bad actors

    2) Sorting of complex waste streams (onus on technology)

    Ideal: Technology can sort materials into commodities with no waste or residue Limitations: Profitability, hazardous and contaminating materials, technology

    Hierarchy of Strategies

    1) Prevention 2) Preparing for re-use 3) Recycling 4) Recovery (energy) 5) Disposal (least preferred)

    “Polluter Pays” Principle

    Extended Producer Responsibility (EPR) is a policy approach under which producers are given a significant responsibility – financial and/or physical – for the treatment or disposal of post-consumer products.

    Waste Category Notes (Non-hazardous)

    Metals

    Notes

    Ferrous Materials – Steel & Iron – Comprise 80% of metal waste Non-ferrous metals – Aluminium, Copper, Zinc, Lead, Nickel and others – Comprise 9% of metal waste Mixed metals – Comprise 11% of metal waste

    Recycling Process

    Bottlenecks

    Demand

    Companies & Solutions

    Glass

    Recycling process – In EU, 70% of container glass is recycled

    Notes

    Recycling Process

    Bottlenecks

    Demand

    Companies & Solutions

    Paper & Cardboard

    Notes

    – In EU, 72% of paper & cardboard is recycled – Can only recycle same paper fibers a few times – Sources: industry (50%), households (40%) and offices (10%)

    Recycling Process

    Bottlenecks

    Demand

    Companies & Solutions

    Plastics

    Notes

    – In EU, 38% landfilled, 36% burned for energy recovery, 26% recycled – 1,000 “types” – thermosets (hard, durable), thermopastics (packaging), elastomers (soft, rubber-like) – packaging (40%), building & construction (20%), automotive (8%), electronics (5.6%) – virgin plastic require fossil fuels, making plastics scarce and non-renewable Steps: 1) Extraction of fossil fuels Crude Oil Natural Gas 2) Refinement Crude Oil > Ethane Natural Gas > Propane 3) Cracking, or breaking down into smaller molecules Crude Oil > Ehthane > Ethylene Natural Gas > Propane > Propylene 4) Polymerization, adding a catalyst to link molecules into a polymer called resin Crude Oil > Ehthane > Ethylene > Polyethylene Natural Gas > Propane > Propylene > Polypropylene

    Recycling Process

    – Mealwords & Waxworms can eat plastics like Styrofoam, producing compost – Microbes (Ideonella Sakaiensis) – Avoidance: using alternatives like Biodegradable Bioplastics & latex from rubber trees

    Bottlenecks

    – mixed plastic streams are difficult to sort: overlapping densities, no magnetic properties, no color indications

    Demand

    Companies & Solutions

    MBA Polymers

    Wood

    Notes

    – 51% incinerated for energy, 46% recycled

    Recycling Process

    Bottlenecks

    Demand

    Companies & Solutions

    Rubber

    Notes

    – vast majority of waste comes from tires – In EU, landfilling of tires is banned

    Recycling Process

    – burning for energy

    Bottlenecks

    Demand

    Companies & Solutions

    Textiles

    Notes

    – “separately collected textiles contain 40%-50% wearable textiles for possible re-use, 25%-30% suitable as cleaning cloths, 20-30% suitable as secondary raw materials (for instance as insulation materials) and 12% other materials”

    Recycling Process

    Bottlenecks

    Demand

    Companies & Solutions

    Biowaste

    Notes

    – 2/3rds from municipal (households and green waste), 1/3rd from industrial sources (food processing)

    Recycling Process

    Aerobic (with oxygen) – produces compost Anaerobic (without oxygen) by microorganisms – produces biogas (mainly methane) – produces digestate Burned to produce energy

    Bottlenecks

    – “maintaining good conditions for decomposition (suitable mix of waste sources, temperature, pH levels)” – “avoiding contamination with pathogens and minimizing potential health” – “environmental nuisances, such as dust or odor emissions”

    Demand

    – low demand for standard compost, high demand for tailored compost

    Companies & Solutions

    Waste Category Notes (Hazardous)

    Waste Oils

    Notes

    – 40% are recycled – 25% illegally burned or dumped in sewage

    Recycling Process

    Bottlenecks

    – High cost of sorting

    Demand

    Companies & Solutions

    Paints & Solvents

    Notes

    – 61% is recycling

    Recycling Process

    – Energy recovery

    Bottlenecks

    Demand

    Companies & Solutions

    Maratek

    PCBs & PCTs

    Notes

    – “high adverse effects on environment and health”

    Recycling Process

    Bottlenecks

    Demand

    Companies & Solutions