Project Title SOLAR CLINKER
All the intellectual property related to the clinker chemistry and clinker manufacturing process as a result of the application of high temperature CST is and will belong to Cemex.
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All the intellectual property related to the clinker chemistry and clinker manufacturing process as a result of the application of high temperature CST is and will belong to Cemex.
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In 2020 partnered with CEMEX to develop an innovative solar-driven technology that aims to eliminate fossil fuels and the carbon footprint in the clinker manufacturing process.
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Concentrating Solar Power for Heat Current Receivers/Heat Transfer Fluids Current heliostat/tower systems can achieve flux levels of ~3000 suns and temperatures of ~2500 °C
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The Synhelion and Cemex R&D teams set up a pilot batch-production unit to produce clinker from concentrated solar radiation by connecting the
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The aim of this work was to demonstrate the feasibility of producing Portland cement clinker upon direct ex-posure of the raw materials under concentrated solar radiation using the PSA high concentration
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The successful use of concentrated solar power for continuous clinker production validates a scalable, zero-emission heat pathway for the entire cement industry.
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For the first time ever, CEMEX and Synhelion successfully connected the clinker production process with the Synhelion solar receiver, producing solar clinker. This revolutionary
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By integrating this advanced software, our solar tracking system project enables digital management and intelligent operation and maintenance, typically
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The results underscore the critical role of local solar energy characteristics in influencing the costs, whilst emphasising the necessity for future cost reduction in renewables-based decarbonisation for clinker
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