Boron Molecular congratulates Professors Susumu Kitagawa, Richard Robson, and Omar M. Yaghi on receiving the 2025 Nobel Prize in Chemistry for their groundbreaking development of metal–organic frameworks (MOFs). Their pioneering work has revolutionized materials science, opening new possibilities for gas storage, carbon capture, water harvesting, and catalysis. At Boron Molecular, we are inspired by their […]
Boron Molecular will be working with Australia’s national science agency, CSIRO, to accelerate new a respirator for chemical and biological protection for the Australian Defence Force, with an $8.6 million Defence Innovation Hub contract to further develop and commercialise the technology. This is the largest contract signed by the Hub to date and will help bring the
Boron Molecular and our project partners, GrapheneX and University of Technology Sydney, have successfully secured over $1.5 million for a hydrogen carrier project via Cooperative Research Centres Projects (CRC-P) grants. The CRC-P grants are designed to support short term, industry-led collaborative research. We will drive production of affordable sodium borohydride (NaBH4) as a hydrogen carrier. Safe and cost-effective hydrogen storage is
Boron Molecular and HH&W Partners are pleased to announce the signing of an exclusive agreement to collaborate on the development of commercial scale flow-chemistry based drug manufacture in Australia. Having answered the question ‘Can we guarantee supply of essential drugs in a global crisis’, Boron Molecular will apply the technical expertise generated through the Proof
Boron Molecular and HH&W Partners Announce Exclusive Flow Chemistry Agreement Read More »
We won the CSIRO Entrepreneurship Award late last year. This award celebrates those who use passion, persistence, and resourcefulness to turn an opportunity into reality. We’re absolutely thrilled to be recognised in this space and win the award for developing a unique, large-scale process that produces a high-grade conductive polymer and transferring the technology to industry. With
CSIRO Entrepreneurship Award winners for our conductive polymers for aerospace Read More »
Boron Molecular has recently become a registered Research Service Provider (RSP No. 35141). Research Service Providers (RSPs) are entities registered by AusIndustry (on behalf of Innovation Australia) as being capable of providing scientific or technical expertise and resources to perform research and development (R&D) on behalf of other companies. Our product range (Chemicals, Polymers, Advanced
Boron has recently signed a non-exclusive license agreement with Australia’s National Research Agency, CSIRO to exploit their metal-organic-framework (MOF) based Water from Air Technology. This technology provides significant advances over existing desiccants and coupled with Boron Molecular’s capability to produce low-cost MOFs, this license opens up the space for several high impact commercial applications. Using
Advanced Material Licence acquired by Boron Molecular Read More »
Can we guarantee supply of essential drugs in a global crisis? Flow chemistry trial will test new way to make drugs locally and fast Australia may soon be able to produce essential drugs – including anaesthetics and treatments for antibiotic resistant superbugs – rapidly and entirely onshore, ending the need to import them. A collaboration
Can we guarantee supply of essential drugs in a global crisis? Read More »
MS3 is a specialty resin uniquely developed for the art conservation and cultural heritage applications. With this special resin, we are delighted to be recognised in the KCA – Knowledge Commercialisation Australasia Ltd Awards 2020 for the Best Research Contract/Collaboration. Previously, MS2A was developed in the 1950s. Its supply had gradually decreased and production
Water capture and dehumidification are invaluable processes in daily lives, such as providing fresh drinking water and efficient air conditioning systems. However, these are typically performed in energy intensive processes with single use materials, or those that are difficult to regenerate. The inability to recycle these materials limits their applicability. The exciting news is that