Understanding Ultra Low Carbon Concrete Technology

What percentage of global carbon emissions is traditional concrete responsible for?

• Nearly 10%

• Less than 5%

• About 25%

• Over 15%

What is the primary component of traditional concrete that contributes to its high carbon footprint?

• Gravel

• Sand

• Water

• Cement

By what percentage can CarbonBuilt's technology reduce carbon emissions in concrete production?

• 30 to 50%

• 70 to over 100%

• 50 to 75%

• 20 to 40%

How does CarbonBuilt's technology impact the cost of making concrete blocks?

• Varies greatly depending on the location

• Slightly reduces the cost

• Does not change the cost

• Significantly increases the cost

What is the primary environmental benefit of CarbonBuilt's concrete technology?

• It uses less sand and gravel

• It significantly lowers carbon emissions

• It produces no industrial waste

• It reduces water usage

What does CarbonBuilt's cement alternative react with to harden the concrete?

• Hydrogen

• Oxygen

• Nitrogen

• Carbon Dioxide

What is the result of CarbonBuilt's cement alternative reacting with carbon dioxide?

• Emission of nitrogen gas

• Production of silicon dioxide

• Formation of calcium carbonate

• Release of oxygen

Where does CarbonBuilt source the carbon dioxide used in curing concrete?

• Locally, without needing purification

• From industrial emissions

• Synthetically produced in labs

• Directly from the atmosphere

What makes CarbonBuilt's curing system adaptable to existing masonry plants?

• It needs a complete overhaul of existing facilities

• It operates on a proprietary technology exclusive to new plants

• It uses off-the-shelf equipment that can be easily retrofitted

• It requires new, specialized equipment

What aspect of CarbonBuilt's concrete products is rigorously tested?

• Weight and density

• Strength, durability, and performance

• Color and texture

• Thermal conductivity