Chemistry Australia has collaborated with CSIRO on a new report into advanced recycling technologies that can increase the recovery and recycling of Australia’s plastic resources.
A new roadmap released by Australia’s national science agency, CSIRO, has developed key strategies for creating jobs and reclaiming billions in economic value from plastic, glass, paper and tyres currently going into landfill.
Registrations are now open for the India-Australia Circular Economy Hackathon hosted by CSIRO and Atal Innovation Mission, in collaboration with the Indian Government.
CSIRO is collaborating with Chemistry Australia’s Plastics Stewardship initiative to inform ways to more sustainably use, re-use and recycle plastic products.
CSIRO, Australia’s national science agency, has provided the first ever global estimate for microplastics on the seafloor, with results suggesting there are 14 million tonnes in the deep ocean.
Tracking community outbreaks of COVID-19 through wastewater can happen faster, using more cost-effective tests, according to new research published by Australian national science agency CSIRO.
Artificial intelligence (AI) and other digital technologies will be harnessed to tackle global challenges including plastic waste and illegal fishing, as part of a new partnership between CSIRO and Microsoft.
Plastic waste in the ocean is making its way back to land and increasing pollution on Australia’s beaches, according to new research from CSIRO, Australia’s national science agency.
According to a CSIRO statement, the research explains why estimates of waste entering the ocean each year are 100 times larger than the amount of plastic observed floating on the surface, and suggests waste management strategies on land need to accommodate larger volumes of pollution than previously estimated.
“These findings highlight the importance of including the entire width of coastal areas in studies to understand how much – and where – debris gets trapped,” the statement reads.
“This is critical for developing targeted waste management policies, particularly in areas with large regional populations, to reduce litter ending up in our oceans and along our coasts.”
CSIRO Principal Research Scientist Denise Hardesty said researchers collected data on the amount and location of plastic pollution every 100 kilometres around the entire coast of Australia between 2011 and 2016.
“The highest concentrations of marine debris were found along the coastal backshores, where the vegetation begins,” Dr Hardesty said.
Utrecht University’s Arianna Olivelli, who led the analysis, said findings indicate that coasts are a major sink for marine debris, particularly for larger debris items.
“The debris recorded along the coasts was found to be a mix of littering and deposition from the ocean,” she said.
“The results suggest that plastic is moving from urban areas into the ocean, and then being transported back onshore and pushed onto land, where it remains.”
Ms Olivelli said onshore wind and waves, together with more densely populated areas, influences the amount and distribution of marine debris.
“The further back we went from the water’s edge, the more debris we found,” she said.
Waste Management Review examines the implications of the social licence to operate in the emerging Australian waste-to-energy market.
Canberra-based start-up Goterra and CSIRO researchers are testing conditions to encourage fly mating, with the intention of producing larvae that eats through food waste.
CSIRO’s farming experts are working with lighting, temperature, moisture, surface texture and diet combinations to boost egg-laying.
Goterra aims to use the insects to create compost, which will reduce food sent landfill, enrich soil with nutrient-rich fertiliser and reduce transport emissions.
Goterra CEO Olympia Yarger said working with CSIRO meant her business could develop in multiple directions.
“We were inspired to start the business out of passion for insects and a belief in harnessing them to work for us, whether that’s as a source of food with edible insects, or to process food waste using larvae,” Ms Yarger said.
“We’re building the technology to breed the insects and transport them to wherever there is a need, creating a mobile and versatile alternative to everything from sources of protein to landfill.”