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Control flow concrete for mass pours

GCP Applied Technologies

Control flow concrete for mass pours. Mass pours have typically been used for foundations, columns, beams, as well as enormous structures like dams and bridges. . What are mass pours? Many structural elements, such as shear walls and transfer girders, require large amounts of concrete. Concrete Type.

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A Startup Turns Concrete into a Carbon Capture Solution

The Pro Builder

A Startup Turns Concrete into a Carbon Capture Solution qpurcell Mon, 01/22/2024 - 09:41 Cement and concrete production generates as much as 9% of all human CO2 emissions. But what if concrete could go from environmental liability to environmental asset? The concrete becomes a carbon capture solution.

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Using control flow concrete for top down construction

GCP Applied Technologies

Using control flow concrete for top down construction. This concrete construction method allows for above ground construction work to be carried out at the same time as excavation of the basement, resulting in significant time savings. Construction of concrete floor slabs. Concrete challenges in top down construction.

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Using control flow concrete for top down construction

GCP Applied Technologies

Using control flow concrete for top down construction. Construction of concrete floor slabs. Concrete challenges in top down construction. There are typically space constraints in top down construction, particularly when pouring foundations underground. The concrete needs to flow easily. . Control flow concrete.

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How two buildings in Seattle achieved high-strength concrete

GCP Applied Technologies

How two buildings in Seattle achieved high-strength concrete. Historically, the term "high-strength concrete" (HSC) has been relative. The latest edition of "Design and Control of Concrete Mixtures" (DCCM) considers HSC to be at a "strength significantly beyond that used in normal practice.". michael.delros…. December 17, 2018.

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Mind the gap: Minimizing embodied carbon overages

Construction Specifier

Photos courtesy Heidelberg Materials In the built environment, concrete is a critical construction material for futureproofing against the effects of climate change. Historically, a key drawback to the use of concrete has been the embodied carbon intensity of the product, which is attributed mainly to the cement content of a given mixture.

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What Is Cast-In-Situ Concrete | Cast in Place Concrete Advantages and Disadvantages | Concrete Casting Techniques

CivilJungle

What Is Cast-In-Situ Concrete? Cast-in-situ concrete is prepared, placed, and finished on the construction site. Another name of cast-in-situ concrete is poured-in-place concrete. Generally, concrete slabs, concrete foundations , beam, column, wall, roof, etc., Definition of Cast in Place Concrete.