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MOFs have the largest internal surface area of any material that has been discovered. Just one gram can have the same surface area as a football field. That’s because MOFs are full of molecular sized holes whose pore size and chemical composition can be controlled during production.

Male researcher in a lab environment examines a jar of blue pellets
MOFs have the largest internal surface area of any material that has been discovered.

These tiny holes are what make MOFs so porous, allowing them to efficiently capture, store and release large amounts of CO2 in a small space. While working with industry, CSIRO has also increased the efficiency of CO2 capture through the use of different nanoparticles.

Metal Ogranic Framework consisting of metal ions (or metal clusters) coordinated with organic linking groups

CSIRO has built a world-class facility which enables design, scale-up, processing and testing of MOFs and MOF composite materials. Its continuous flow reactors can produce MOF materials from the milligram to the kilogram, while comprehensive testing facilities allow thorough material characterisation to ensure high performance products.

CSIRO MOF TechDemo

 

Matthew Hill – Can crystals clean gas, water and air?

 

CSIRO (The Commonwealth Scientific and Industrial Research Organisation) is Australia’s national science agency. It boosts Australia’s potential through excellent science that provides positive economic, environmental and social impacts.

CSIRO has a broad range of commercialisation success stories including Wireless LAN, the technology that underpins WiFi, and polymer bank notes.

CSIRO track record including wifi, polymer banknotes, relenza flu ativiral, extended wear contacts, aerogard, total wellbeing diet, raft polymerisation, barleymax, self twisting yarn and softly washing liquid.