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At the core of Calix’s diverse and versatile innovations is a pioneering technology that re-imagines the calcination process, enabling new applications and materials that solve global challenges.
Leading edge technology
Calix’s technology involves grinding minerals to between one hundredth and one thousandth of a millimetre in size, and then “flash” heating them in an externally heated reactor in a very short time, at up to 950 °C. As trapped gases in the minerals “bubble out” of the particles, they create highly porous honeycomb-like structures in the particles. Calix technology allows for the direct separation of CO2, allowing it to be used for carbon dioxide reduction in traditionally carbon dioxide intensive industries, such as lime and cement production.
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- High purity, high surface area products that have high levels of reactivity.
- Nano active particles, without the safety concerns or high cost of production.
- Calix technology also allows for the direct separation of CO2, allowing it to be used for CO2 reduction in traditionally CO2 intensive industries, such as lime and cement production.
AWARD-WINNING INNOVATION
At Calix we believe it’s not so much about what we do, it’s why we do it. We’re driven to use our unique skills to repair, preserve and prevent future harm to our planet.
Because there is only one Earth, Mars is for quitters!
With global climate, energy, and sustainability challenges set to intensify, Calix’s core technology is being used to develop more environmentally friendly solutions for a broad range of industries.
Advanced battery
The application of the Calix technology to batteries could be a game changer in terms of providing cheaper and more sustainable energy storage solutions.
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Agriculture
With quality, cost and sustainability in mind, Calix has developed solutions to help improve food production in agriculture without anti-biotics, fungicides and pesticides.
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Airport
We help airports control odours from wastewater and protect sewer assets more effectively.
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Aquaculture
Helping aquaculture improve productivity to meet the nutritional needs of a growing population.
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Cement & lime
Calix’s technology has the potential to enable both the cement and lime industries reduce their carbon dioxide (CO2) emissions dramatically.
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Food & beverage
We help food manufacturers reach higher standards of wastewater treatment for environmental discharge.
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Water utility
We help councils & water authorities manage water and wastewater challenges.
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At Calix, our vision is to become a leading global innovator of industrial solutions for the environment. Driven by our purpose of solving global challenges, we focus on four overlapping pillars of sustainability.
Read our Sustainability Series
FREQUENTLY ASKED QUESTIONSFREQUENTLY ASKED QUESTIONS
- What does "nano-active" mean?
Research into nano-particles (defined as particles between 1 and 100 nanometers, or billionths of a meter, in size) is rapidly increasing, due to the unique physical and chemical properties these materials manifest, and the potential high value applications in health, electronics, catalysts, 3d printing and batteries.
However, problems associated with fixing these particles in place to allow practical use, as well as the expense in producing them, has restricted more widespread use.
Calix’s CFC technology can be used to produce “nano-active” particles…particles which, because of their high surface area, display many of the unique properties of nano-particles, while being a thousand times larger (and therefore more easily and cheaply produced and utilised).
- What is industrial carbon capture?
Carbon capture is the process of selectively removing and capturing carbon dioxide (CO2) from industrial processes. It can then be used (eg as an industrial gas, or via technologies under development such as fuel recycling, etc) or permanently stored (eg sequestered in saline aquifers, or via technologies under development such as in building products or plastics).
Both the cement and lime industries have relatively high CO2 emissions with around 60% of their total CO2 emissions being released directly, and unavoidably, from the processing of limestone (which is 50 % by weight CO2). Carbon capture is the only means by which these industrial processes can dramatically reduce their emissions
- What is Calix technology used for?
Calix technology has been successfully scaled to commercial (30kTpa) production, and we are continuing to find new materials and applications with a rich development pipeline.
New materials produced by our Calix technology are proving to have similar properties to highly active nano-materials, without the safety concerns and high cost, but with all the benefits that nano technology is developing into numerous solutions, applications and industries.
Calix is a team of dedicated people developing a unique, patented technology to provide industrial solutions that address global sustainability challenges.
Meet Tom Dufty, Mechanical Project Engineer
“We are in a position with global warming, where we can’t go back in time or undo what have already done… but we can try to evolve technologies to move forward and make a better future for us all.”
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Meet Anna Tran, Safety Health Environment and Quality (SHEQ) Manager
“You can’t continue improving things if we are not learning together and improving together. […] Safety isn’t just safety, everybody contributes to safety and to quality as a team.”
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LATEST NEWS
January 07, 2021 \ Feeding the Growing Human Population
SUSTAINABLE AQUACULTURE SERIES – Episode 1
In this series, we will explore different aspects of aquaculture and define key characteristics of a more sustainable approach to aquaculture.
December 20, 2020 \ Reducing CO2 Emissions
LEILAC Project Update: Technology Development
LEILAC 2 Moves ahead despite COVID restrictions LEILAC 2 commenced in April 2020 with a virtual kick off meeting, including
December 20, 2020 \ Making Better Batteries
Calix’s advanced battery material development program
The rapid growth in electric vehicles and renewable energy storage solutions is creating a global need for more efficient, cheaper,