RMIT University, in collaboration with industry partner Outdoors NSW & ACT, introduce ReRoped, an innovative project aimed at developing recycling pathways for retired rock-climbing ropes to reduce environmental impact at end of life.
The objective of the initiative is to assess the feasibility of reclaiming nylon 6 from rock climbing ropes to create sustainable, recycled 3D printing filament. The reclamation of Nylon 6 is investigated using thermo-mechanical recycling, thereby preventing climbing ropes from being discarded in landfill.
The project is currently in the prototyping phase, during which laboratory tests are being conducted and strategies for scalable implementation are being developed.
In order to gain a deeper understanding of the environmental challenges posed by the disposal of ropes, the ReRoped project is conducting a case study, the objective of which is to collect insights on rope usage and disposal habits across Australia. Input from private climbers and outdoor service providers will inform the feasibility of a large-scale recycling program, thereby paving the way for a closed-loop process for climbing gear.
The proposed recycled 3D printing filament will serve as an environmentally friendly alternative, reducing reliance on virgin plastics and empowering consumers to make sustainable choices.
Want to be involved? Please participate in our survey.
To request further information about the project or support the project in another way, please contact the lead researcher:
Your participation helps shape the future of sustainability in climbing and the outdoor adventure industry, to help keep our natural spaces full of nature.
Image Courtesy of Blue Mountains TAFE
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