A Vinyl Council of Australia research project has identified new recycling approaches in a bid to use 1.2 million square metres of PVC advertising banners sent to Australian landfills each year.
The REMAKE Project researched the challenges of recycling vinyl coated polyester woven fabrics, including the 5000 tonnes of billboard skins, grain covers, and truck tarpaulins sent to landfill each year.
- Speakers revealed for Vinyl Council of Australia conference
- PVC & paper recycling highlighted in Sustainability Awards
- Vinyl Council makes headway with recycling banners
Studies were launched into cost effective techniques to create end products and markets for the recycled material. These studies found a number of possible options, from bags, safety floor mats, garden containers and roof tiles.
Three of these designs are being assessed for commercial viability following prototyping.
The project has encouraged industry and government to invest more than $300,000 into PVC recycling. According to the Vinyl Council of Australia, finding a solution to recycling outdoor media is important as the cost of sending billboard skins to landfill is around $200,000 per year.
Commenting on the REMAKE project, Vinyl Council Chief Executive Sophi MacMillan said that more work is needed to find a long-term, market-based, viable solution.
“The durability, weatherability and flexibility of these materials make them an excellent choice for many applications, yet they have been previously difficult to recycle. As a priority recycling area, this project has shown great potential for recovering these resources for use in new products,” Ms MacMillan said.
“Further encouragement by government and the community of circular economy programs like ours would lift recycling rates, support reprocessing of complex products as well as generate jobs and promote innovation. This would lead to a step change in diverting difficult, but quality products from landfill and a move towards greater sustainability,” she said.
“While there is still more work to do, if we find a viable reprocessing technology and end product solution, then this has the potential to be replicated overseas.”