Links and Facts About Recycling

Recovery

 

The 4 Rs of Reduce – Reuse – Recycle – Recover state the order of desirability in our efforts to manage waste. Our goal is to keep plastic resources at their highest value in the hierarchy. Recycling is preferred over landfill or recovery efforts for the energy savings and green house gas reduction. There are certain types of plastics that are a challenge to recycle through mechanical systems, and recovery can play an important role in achieving zero waste by complimenting recycling and reuse options. These technologies include pyrolysis (plastics to diesel or oil), energy from waste (using mass-burn in a closed-system where no harmful compounds or chemicals can be released), and chemical recycling (where the plastics are broken down into their building blocks, or monomers and then can be built back up into new materials). 

Waste to Ethanol Facility, Edmonton

The Center for the Circular Economy at Closed Loop Partners has created a report that provides an overview of the current technologies for recovery. The report addresses a $120 billion potential market for plastics and petrochemicals that could be met by recovering plastics that are currently going to the landfill as well as significant environmental benefits for pollution and emission reduction. The report provides an industry overview and features companies across North America that are operating unique technologies that could be part of creating a circular economy for plastics.

The Resource Recovery Partnership provides information on the overall resource recovery framework and the role of advanced technologies. The organization brings together a group of international experts from academics, industry and government leaders, NGOs and members of the public who are committed to establishing an advanced resource recovery framework to achieve zero waste.