Australian scientists to develop technology to harvest resources from wastewater-Xinhua

Australian scientists to develop technology to harvest resources from wastewater

Source: Xinhua| 2022-08-31 18:47:45|Editor: huaxia

CANBERRA, Aug. 31 (Xinhua) -- A team of Australian scientists has been awarded funding to develop technology that harvests resources from wastewater.

The Australian National University (ANU) and Commonwealth Scientific and Industrial Research Organization (CSIRO) on Wednesday announced more than 1 million Australian dollars (685,000 U.S. dollars) in funding for the inaugural ANU-CSIRO Agri-Food Collaboration Program.

Inspired by breakthroughs in biological research, the team will seek to address the need to sustain Australia's agriculture industry in the face of climate change.

Australia is a net exporter of food but the agriculture industry is largely reliant on imported fertilizer.

Harvesting resources including nitrogen, phosphorous and potassium from recycled organic waste for circular fertilizers would help make farming more sustainable.

Caitlin Byrt, an ANU plant scientist, said there was high demand for the technologies across multiple industries.

"The technology we are developing takes inspiration from the membrane separation mechanisms evolved in nature to achieve selective separation of valuable nutrients, elements and water from complex liquid wastes," she said in a media release.

"We will work with industry to test a prototype of our technology. If successful, the final product could have application across the agri-food sector, in industries including dairy, horticulture and food manufacturing," she said.

The partnership is part of the national university and national science agency's push to solve some of the challenges facing the world.

CSIRO researcher Cathryn O'Sullivan said this project will bring together a team of plant biologists, waste treatment experts, chemists and membrane technologists, from ANU and CSIRO, to develop an innovation that will enable the production of circular fertilizers that are safe and economically viable.