Case study
New sponge-like crystals that clean up contaminants in industrial waste and soil can now be made rapidly and for 30 per cent of the cost.
Industrial pollution threatening our environment
Contaminants in industrial waste and soil can create problems for the surrounding environment. As the world's demands on industry increase so to does this impact.
We've been researching how to use sponge-like crystals called Metal Organic Frameworks (MOFs) to capture carbon dioxide and remove other harmful contaminants from the environment.
However, up until now the length of time it takes to produce MOFs has been a barrier to their manufacture.
Using crystals to capture harmful pollutants
Thanks to a new method we've developed, these sponge-like crystals that clean up contaminants in industrial waste and soil can now be made rapidly and for 30 per cent of the cost.
Developed in collaboration with The University of Padova (Italy) and The University of Adelaide, the method makes the crystals viable to manufacture by reducing the production time from up to two days down to as few as 15 minutes.
Close up of metal organic framework crystal (MOFs)
Close up of the metal organic framework crystals
Show text descriptionClose up of the metal organic framework crystals
The crystals are made of extremely porous metal organic frameworks and have an internal storage capacity of 7,000 square metres, which is equal to the size of a football oval in a single gram. This means that the crystals can filter huge volumes of industrial wastewater, trapping large amounts of contaminants including carcinogenic material and heavy metals.
A new cost effective method for chemical manufacturers
Producing MOF crystals has traditionally been an energy-intensive process due to the heating and cooling required, but this new method is performed at room temperature for dramatic energy savings.
It's expected to cut the cost to make MOFs by thousands of dollars for Australian manufacturers.
We're currently seeking partnerships with Australian chemical manufacturers to further develop this technology and turn it into a sustainable industrial waste management product.
We partner with small and large companies, government and industry in Australia and around the world.