POROUS LIQUID DISCOVERY LEADS TO NEW QUEEN'S SPIN OUT COMPANY 
28 March 2018
Scientists at Queen’s who invented a liquid that can dissolve remarkably large amounts of gas, have launched a new spin out company Porous Liquid Technologies Ltd.
The experts took the product from technology demonstration to commercialisation in less than three years.
Originally, the researchers had targeted applications in large scale industrial separations for their new liquid materials but the product is already attracting interest in a number of other applications such as in medical diagnostics and household products.
The project team, which includes scientists from the School of Chemistry and Chemical Engineering at Queen’s, along with colleagues at the University of Liverpool, published their initial findings in 2015 but have since been carrying out further research to increase the yield and effectiveness of the porous liquids.
Co-founder of the new spin out Professor Stuart James (pictured above), Chair of Inorganic Chemistry at Queen’s, said: “Porous liquids are a new class of liquid materials that contain microscopic cavities or pores, each the size of a single molecule.
“They contain up to 10,000 times the number of cavities that are found in conventional liquids, and up to around 20 per cent of the liquid is actually empty space – creating new substances with a far greater absorption capacity than the base solvents.
Porous liquids can absorb large amounts of gas and can be tuned to selectively absorb one gas over another. Their major benefit is, unlike solids, that they can be circulated, meaning that they can be applied in a host of processes.
Professor James continued: “They can be used in continuous flow separations, such as the removal of impurities from natural gas, which currently relies on inefficient and energy-intensive methods.
“Porous liquids could be used as replacements for liquid absorption systems based on conventional liquids, such as amine solutions. Currently, 40 per cent of natural gas reserves are contaminated with impurities that need to be removed but the existing technology for removing the impurities requires large amounts of heat energy. The new material would be much more energy efficient.”
A patent examination process is underway for the core material. QUBIS, the commercialisation arm of the University, has invested in the new spin out company Porous Liquid Technologies Ltd. which will further explore a broad range of technological applications.
EPSRC, the Engineering and Physical Sciences Research Council, has also provided research funding which could generate new intellectual property for Queen’s.
Through QUBIS Ltd, the University has now created over 75 spin-out companies, resulting in some 1,800 knowledge-based private sector jobs.
Media enquiries to Emma Gallagher at Queen’s University Communications Office, tel: +44 (0)28 9097 5384.
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