CarbonCure Technologies: NRG Cosia Carbon Xprize winner

Sources: CarbonCure Technologies, Halifax, Nova Scotia; CP staff CarbonCure Technologies is one of two finalists to prevail in the $20 million NRG Cosia Carbon Xprize competition, which took place in three rounds over 54 months and challenged participants to convert industrial carbon dioxide emissions into usable products. CarbonCure received $7.5 million for proving the CO2 capture and use potential of it process at…

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CarbonBuilt and CarbonCure teams take $20M global competition

Sources: CP staff; XPrize Foundation, Culver City, Calif.  Processes proved at commercial scale to mineralize and sequester carbon dioxide gas in finished concrete have earned their developers, CarbonBuilt and CarbonCure Technologies, top honors in NRG Cosia Carbon Xprize, a six-year global competition centered on managing and monetizing emissions from coal and natural gas combustion. 

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Investment syndicate strengthens CarbonCure ties to Amazon, Microsoft

rendering Amazon HQ2 project

Sources: CarbonCure Technologies, Halifax, Nova Scotia; CP staff A funding round for CarbonCure Technologies, developer of carbon dioxide-based processes for optimizing portland cement and compressive strength development in concrete, has once again attracted principals or affiliates of top technology brands. 

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Amazon, Microsoft founders-backed fund tracks CarbonCure

Sources: CarbonCure Technologies Inc., Halifax, Nova Scotia; CP staff

CarbonCure Technologies, the developer and licensor of carbon dioxide-based processes augmenting ready mixed and manufactured-concrete production, has closed an investment round led by a fund whose principals include Amazon.com Inc., Bloomberg LP, LinkedIn, Microsoft Corp. and Virgin Group founders Jeff Bezos, Michael Bloomberg, Reid Hoffman, Bill Gates and Richard Branson. Of nine portfolio investments in $1 billion-plus Breakthrough Energy Ventures fund, CarbonCure is the sole entity directly tied to construction.

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Emissions Reduction challenge funds Solidia, CarbonCure expansion

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

Two leading developers of carbon dioxide-based processes for concrete production, curing and portland cement substitution or optimization are among four entities advancing to Innovative Carbon Use, round two of Emissions Reduction Alberta’s (ERA) $35 million international ERA Grand Challenge.

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MANUFACTURERS – JUNE 2016

28 Fletcher

Fletcher Taylor recently joined Dallas-based Vince Hagan Co. as Southeastern Regional sales manager, bringing 30-plus years of experience in ready mixed concrete. Taylor began his career in 1984 as a loader operator, proceeding to management positions that included tours of duty with City Concrete Co. in Jackson, Tenn., and Foley Concrete Products in north Georgia. In 2004, he joined Irving Materials as Nashville-based operations manager, responsible for 32 ready mixed plants. He will be based in Mt. Juliet, Tenn.

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CarbonCure equips Thomas Concrete to replace cement with recycled CO2

Thomas ia

A breakthrough process for ready mixed gives John Cook, director of Technical Services at Atlanta’s Thomas Concrete, cause for enthusiasm this construction season. In late February, he and his team oversaw the installation of the CarbonCure Ready Mixed Technology at their Doraville, Ga. plant. They immediately began the process of lowering cementitious material content and dosing concrete mixes with carbon dioxide (CO2) gas using the CarbonCure injection system. Later in March, Cook and colleagues eagerly reviewed the 28-day strength data and confirmed: CO2 may be used as a viable cement replacement.

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Vulcan Materials tests carbon dioxide-dosed ready mixed

Sources: CarbonCure Technologies, Halifax, Nova Scotia; CP staff

Vulcan Materials is the first ready mixed producer to license technology in which industrial process-sourced carbon dioxide is injected into fresh concrete mixes, thereby offsetting water requirements; forming additional limestone in the matrix; and, sequestering the greenhouse gas in a hardened slab or structure.

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