CSIRO targets ‘Team Australia’ missions for a brighter future
CSIRO is drawing on its 100-year history to develop a missions program and a ‘Team Australia’ approach with partners across science and industry, to support Australia through tough times.
On the centenary of CSIRO’s first mission, to eliminate Prickly Pear, the national science agency this week announced plans to work with the government, universities, industry and the community, on a new missions program to bolster Australia’s COVID-19 recovery and build long term resilience.
CSIRO will direct $100 million annually to the co-creation of missions, working with the brightest minds across the research sector and industry.
The program of large scale, major scientific and collaborative research initiatives, will be aimed at solving some of Australia’s greatest challenges, focused on outcomes that lead to positive impact, new jobs and economic growth.
CSIRO Chief Executive Dr Larry Marshall said the collaboration and goodwill stimulated by the response to COVID-19 can be harnessed and used to accelerate our recovery, create new jobs and stimulate the economy.
“While COVID-19 will undoubtedly continue to disrupt, Australia will come together through this crisis and build a strong future in the process. We are calling for partners to join this Team Australia approach to solving what seem like unsolvable problems,” Dr Marshall said.
Through this missions program CSIRO and partners will help Australia achieve outcomes such as to:
- Increase our resilience & preparedness against pandemics
- Mitigate the impact of disasters: drought, bushfires and floods
- Create a hydrogen industry to generate a new clean energy export industry
- Accelerate the transition to agile manufacturing for higher revenue and sovereign supply
- Help our farmers overcome drought, mitigate climate impacts, increase yield and profitability,
- Use technology to navigate Australia’s transition to net zero emissions,
- Safeguard the health of our waterways by monitoring the quality of our water resources from space
- Create new industries that transform raw mineral commodities into unique higher-value products
- End plastic waste by reinventing the way plastic is made, processed and recycled
- Double the number of small and medium businesses (SMEs) benefitting from Australian science to become a collaboration nation.
Minister for Industry, Science and Technology Karen Andrews welcomed CSIRO’s continued commitment to solving real-world problems.
“Science and technology are our greatest tools when it comes to maximising opportunities and addressing the challenges that face Australia at this time of great upheaval,” Minister Andrews said.
“We need to make sure that our scientists and researchers are working collaboratively with industry to solve real world challenges for the benefit of everyday Australians.”
Organisations and institutions interested in learning more about the missions program, or partnering with CSIRO can visit www.csiro.au/missions or contact 1300 363 400.
|Working together at the Lindfield Collaboration Hub
|Scientists working on equipment for hydrogen membrane technology
|New technologies and innovation to help farmers deliver food security
Urban Living Labs enable greener, smarter, cleaner cities
New opportunities to demonstrate smarter, greener and cleaner cities are emerging through the ‘COVID reset’ and CSIRO’s first Urban Living Lab – a collaboration with developer, Celestino in Sydney Science Park west of the Sydney.
Temperatures in Western Sydney have intensified with recent hotter summers and Penrith City Council and other local government agencies engaging with CSIRO and Sydney Science Park to understand how urban greening can help mitigate this.
CSIRO Researcher Dr Simon Toze says, “We’ve measured a 5 to 8 degree difference between sensors under trees and those outside, in the sun. There’s also growing evidence that urban greening is good for our physical and mental health.
“But trees need water and nutrients. How we manage the need for water – for people, the environment, for growing trees, for everything else we need – is going to become critical.
“We can find much smarter ways of using water using AI (artificial intelligence). We could recover nutrients or other material from waste and put those back into trees and other infrastructure – a circular economy.
“Some of the waste can go to energy, not just combustion energy, but producing hydrogen.
“So you get this whole integrated approach – that’s where we’re hoping to start to take things. With COVID, we’re at that crossroads, where things like this can happen.”
Dr Toze hopes the COVID reset will include renewed interest in AI within the home, especially for managing appliance and energy use, not just for energy savings in the home, but to balance out peak loads in the grid.
“But people will need to see the social and the economic benefits first. That’s what we want the Urban Living Labs to demonstrate.”
Dr Toze also hopes to see fewer cars in post-COVID cities, from better design that brings home, work and services within walking or cycling distance for everyone – the ‘20- and 30-minute neighbourhoods’.
“We could start to change the structure and function of roads so they become greener and the road surface more porous. You’d have children able to play on the streets again.
“Another thing we’re looking at is the idea of community gardens. There are so many benefits, to do with health, exercise, food security, social capital, and so on. We hope to study it from an energy–water–circular economy perspective, involving citizen science.
“We’re fortunate with Sydney Science Park because it’s just starting to develop. We’re in the process of looking at what can we put into buildings – what technologies are already commercially available and others that are still not commercially available but are close to market.
“So we can plan, from the ground up, smart water systems, smart [hydrogen-based] energy systems, virtual power plants and so on. It will all be designed as part of the infrastructure.
“COVID is showing us a different way to move forward.
“One of the interesting things we’ve seen during the shutdown is how quickly the air quality has improved in a lot of cities around the world. There are cities in India where locals can see the Himalayas again after 40-50 years.
“To me this is proof that change is possible.”
* This week’s blog is an extract of the CSIRO Ecos article by Mary-Lou Considine.
|In the face of climate change and heat waves, the Darwin Living Lab looks to create a thriving, cooler tropical capital. (Image: Louise Denton)
|Smart hydrogen based energy systems, smart water systems and virtual power plants will all be part of the infrastructure in future cities.