DESIGN GUIDELINES FOR
PLASTIC BOTTLE RECYCLING
This guide was first written in 1994 and later updated in
1999. Its purpose is to promote the most efficient use of
the nations plastics recycling infrastructure and to
enhance the quality and quantity of recycled post-consumer
plastic materials. It offers a valuable overview of the challenges
routinely encountered by plastics recyclers and useful recommendations
on how these hurdles might be addressed through changes in
packaging design. The document was prepared to help plastic
bottle designers and fabricators construct bottles for specific
applications that are compatible with the broadest range of
recycling operations. Bottle types are examined and guidelines
recommended to ensure compatibility between the base resin
and closures, pigmentation, labels and adhesives, decoration,
layers, attachments, etc. It is the APRs belief that
designing to enhance recyclability should be at the forefront
of package design considerations. The booklet is free and
available from APR Headquarters.
DESIGN FOR RECYCLABILITY OF PET
Criteria To Consider When Evaluating
The Recyclability Of A Pet Variant In The Pet Bottle Stream
This documents
objective is to outline criteria to consider if a variant
of the PET bottle is being evaluated for recyclability in
the existing PET bottle stream. A bottle variant is defined
as a bottle accessory such as closures and closure liners,
labels and adhesives, decorations, sleeves and seals, basecups
and attachments. The document aids PET stakeholders with the
goal of maintaining the viability of the recycled PET bottle
stream. This document focuses on PET bottles only and offers
greater detail than the general guidelines mentioned above.
DESIGN FOR RECYCLABILITY TESTING
PROTOCOLS
Labels And Adhesives For HDPE
Bottles
This protocol was
developed for label and/or adhesive manufacturers to evaluate
the impact of their products during a typical recycling process.
The overriding philosophy is to produce protocols that provide
accurate indications of a products compatibility with
the HDPE bottle recycling process while maintaining a degree
of simplicity so as to be useful to the majority of laboratories.
The research for the protocol was conducted at Rutgers University
and was funded by the American Plastics Council, the National
Association for PET Container Resources, the Tag and Label
Manufacturers Institute, the Environmental and Plastics Institute
of Canada and APR. A testing protocol to evaluate the compatibility
of labels and adhesives with PET bottles will be completed
soon.
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