Whilst we are already in-market and selling with three novel products based upon Calix’s nano-active magnesium oxide…
…our development efforts continue with these products, especially improving their application. See our latest advances by clicking on the icons below:
Whilst we are already in-market and selling small trial quantities of BOOSTER-Mag™, we are actively looking for global partner/s to bring BOOSTER-Mag™’s unique value proposition – safe, inexpensive, environmentally friendly pest and disease control for agriculture – to the world as quickly as possible, given the challenges humanity faces in food production over the next few decades.
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Calix’s unique technology is being developed to produce advanced materials for batteries – a major growth market over the coming decades as the world transitions to renewable energy and increasing demand is required of efficient, cheap and high capacity electricity storage. We also recently won a €1m EU H2020 grant as part of a consortium called “SOCRATCES” to develop solar thermal-chemical storage.
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Calix engineers and scientists are leading the LEILAC - “Low Emissions Intensity Lime and Cement” - project, which includes a consortium of the world’s largest cement (HeidelbergCement, Cemex, CRH/Tarmac), and lime (Lhoist) companies, as well as leading research and environmental institutions (Imperial College, ECN, Quantis, The Carbon Trust).
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Calix is the owner of the Novacem technology, first developed in Imperial College. The Novacem technology represents a novel, carbon-negative, magnesium-based cement process.
The Novacem technology was selected as one of the 10 Breakthrough Technologies of the year by the MIT Technology Review in 2010, one of only 5 technologies selected for the 2010 Bloomberg New Energy Finance Summit and selected by the World Economic Forum as a Technology Pioneer for 2011.
Since acquiring the technology in 2012, Calix has utilised the technology to help develop its PROTECTA-Mag™ product, and continues to look for partners to help commercialise the technology for advanced building materials.
Calix’s unique technology has a long history in hydrogen production with CO2 capture, beginning with the award of £5.8m UK DECC funding in 2012 to develop the “ENDEX” concept, and following that with an EU grant in 2013 to develop advanced sorbents for the process.
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Calix’s unique technology is being developed to produce advanced materials for application in health and pharmaceuticals industries. Building on well-established scientific principles on nano-materials and their potential role in many different applications such as anti-cancer drugs, anti-chemical warfare agents and anti super-bug products, we have commenced development work and have found some very interesting and encouraging early results.
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Calix’s unique technology produces extremely high surface area materials – the key feature required to make advanced catalysts. Catalysts are extremely important materials in chemicals production that help keep energy use down. We are working on our initial development program for advanced catalysts – stay tuned for more details soon.
Calix’s unique technology produces extremely high surface area materials – a key feature required to make reactive “inks” for advanced 3 D printing techniques. We are working on our initial development program for 3D printing materials – stay tuned for more details soon.
