Building bricks from plastic waste

The company's main focus is to convert plastic rubbish into a range of sustainable building materials

The company’s main focus is to convert plastic rubbish into a range of sustainable building materials.

Revolutionary ‘green’ types of bricks and construction materials could be made from recycled PVC, waste plant fibers or sand with the help of a remarkable new kind of rubber polymer discovered by Australian scientists.

The rubber polymer, itself made from sulfur and canola oil, can be compressed and heated with fillers to create construction materials of the future, says a new paper unveiling a promising new technique just published in Chemistry—A European Journal.

“This method could produce materials that may one day replace non-recyclable construction materials, bricks and even concrete replacement,” says organic chemistry researcher Flinders University Associate Professor Justin Chalker.

The powdered rubber can potentially be used as tubing, rubber coatings or bumpers, or compressed, heated then mixed with other fillers to form entirely new composites, including more sustainable building blocks, concrete replacement or insulation.

Cement is a finite resource and heavily polluting in its production, with concrete production estimated to contribute more than 8% of global greenhouse gases emissions, and the construction industry worldwide accounting for about 18%.

“This new recycling method and new composites are an important step forward in making sustainable construction materials, and the rubber material can be repeatedly ground up and recycled,” says lead author Flinders Ph.D. Nic Lundquist. “The rubber particles also can be first used to purify water and then repurposed into a rubber mat or tubing.”

“This is also important because there are currently few methods to recycle PVC or carbon fiber,” he says, with collaborators from Flinders, Deakin University and University of WA.

Co-author and research collaborator Dr. Louisa Esdaile says the important research looks at ways to repurpose and recycle materials, so that these materials are multi-use by design.

“Such technology is important in a circular economy,” says Dr. Esdaile, a special contributor to this month’s Young Chemist issue of Chemistry—A European Journal (ChemEurJ).

The new manufacturing and recycling technique, called reactive compression molding, applies to rubber material that can be compressed and stretched, but one that doesn’t melt. The unique chemical structure of the sulfur backbone in the novel rubber allows for multiple pieces of the rubber to bond together.

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