Chryso, Solidia aim to drive concrete carbon factor down

Sources: Chryso Group, Paris; Solidia Technologies, Piscataway, N.J.; CP staff

A new partnership will see admixture specialist Chryso and low carbon cement and concrete developer Solidia Technologies leverage their chemical expertise to improve the sustainability performance and material properties of the latter company’s namesake precast products. 

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Partnership applies data science to mix design, curing, finished concrete

Sources: Solidia Technologies, Piscataway, N.J.; Uncountable Inc., San Francisco; CP staff

Solidia Technologies has teamed with start up Uncountable to build an analytics platform expediting research & development and commercial application surrounding the former company’s low carbon cement and concrete. Using data science, machine learning and artificial intelligence, the platform will equip Solidia and its customers to improve production and finished elements or structures by trialing myriad concrete formulations without years of experimentation. It serves as a bridge between a northern New Jersey headquarters lab and optimization at concrete plants during pilot and commercial phases.

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Technology codes concrete environmental data on path to placement

Sources: Xpansiv CBL Holding Group, San Francisco; CP staff

Solidia Technologies, New Jersey-based developer of a portland cement and conventional concrete alternative, is teaming with Xpansiv CBL Holding Group (XCHG) to develop an asset class of tradable digital products that prove “superior environmental provenance” in construction specifications. After third-party verification, data XCHG captures in each step of Solidia Cement and Concrete production and placement will be translated into Digital Feedstock, a proprietary, standardized format combining data science, cryptography and distributed-ledger technologies. 

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EP Henry, Lafarge, Solidia mark low-carbon binder’s commercial launch

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A venture between the LafargeHolcim U.S. Cement business and Solidia Technologies will supply EP Henry’s Wrightstown, N.J., block & paver plant with a reduced carbon dioxide binder plus companion curing equipment. The proprietary production method’s formal launch stems from a six-year effort by the three companies to bring to commercial scale a technology that reduces embodied CO2 in manufactured concrete by up to 70 percent versus conventional, portland cement-based production methods. Development has centered on Solidia Cement milled at the Lafarge Whitehall plant in western Pennsylvania, along with aggregate materials Solidia Technologies sources separately.

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EP Henry, Lafarge, Solidia mark low-carbon binder’s commercial launch

Sources: LafargeHolcim, Chicago; Solidia Technologies, Piscataway, N.J.; CP staff

A venture between the LafargeHolcim U.S. Cement business and Solidia Technologies will supply EP Henry’s Wrightstown, N.J., block & paver plant with a reduced carbon dioxide binder plus companion curing equipment. The proprietary production method’s formal launch stems from a six-year effort by the three companies to bring to commercial scale a technology that reduces embodied CO2 in manufactured concrete by up to 70 percent versus conventional, portland cement-based production methods. Development has centered on Solidia Cement milled at the Lafarge Whitehall plant in western Pennsylvania, along with aggregate materials Solidia Technologies sources separately.

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Solidia patents carbon-centric hollow core, pervious, aerated product methods

Sources: Solidia Technologies, Piscataway, N.J.; CP staff

Three recently issued U.S. Patent and Trademark Office patents cover processes and products based on Solidia Technologies’ cement and carbon-curing materials and methods. The U.S. Patents are designated 9,878,951, “Hollow-Core Articles and composite materials, methods of production and uses thereof;” 9,938,189, “Pervious composite materials, methods of production and uses thereof;” and, 9,963,392, “Aerated composite materials, methods of production and uses thereof.”

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CO2-cured concrete developer secures matrix bonding element patent

Sources: Solidia Technologies, Piscataway, N.J.; CP staff

The U.S. Patent and Trademark Office recognizes the unique structure of Solidia Concrete, designed and produced with conventional aggregates and processes, but bearing an alternative to hydraulic binders that reacts with carbon dioxide versus water. U.S. Patent No. 9,868,667, “Bonding Element, Bonding Matrix and Composite Material Having the Bonding Element and Method of Manufacturing Thereof,” covers the composition of matter of the distinctive, non-hydraulic, CO2-cured concrete available as Solidia Concrete.

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Solidia secures patent for CO2-sequestering process speeding concrete curing

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The United States Patent and Trademark Office has issued a patent that will offer the global construction industry what Piscataway, N.J.-based proprietor Solidia Technologies cites is a way to reduce carbon dioxide emissions in cement milling, and provide concrete producers sustainable means to structures or slabs that are stronger, cheaper to fabricate and faster to cure than conventional portland cement alternatives.

 
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Lafarge, Solidia move to commercialize low carbon concrete binder, curing methods

Sources: Solidia Technologies, Piscataway, N.J.; CP staff

Paris-based Lafarge Group has reached a new milestone in its partnership with U.S. start-up Solidia Technologies, entering an agreement to commercialize technology allowing a significant reduction in the environmental footprint of precast concrete—through lower carbon dioxide emissions during cement production and CO2 gas utilization in product curing. The agreement affords Lafarge worldwide rights to the branded Solidia Cement and Concrete.

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