Concrete and CarbonCure Technology

Concrete is the most abundant man-made material on Earth, but its production releases significant CO2 emissions. Innovative technology like Carbon Cure can trap CO2 in concrete, making it stronger and reducing emissions. Despite its benefits, adoption is slow due to cost and industry conservatism. If widely implemented, Carbon Cure could significantly reduce global CO2 emissions.

What is the most abundant man-made material on Earth?

• Plastic

• Steel

• Glass

• Concrete

What percentage of global CO2 emissions is attributed to concrete's main ingredient?

• 3%

• 5%

• 7%

• 10%

What is the second most consumed substance on the planet after water?

• Concrete

• Plastic

• Glass

• Steel

What is the environmental impact of one pound of cement production?

• Releases no CO2

• Releases half a pound of CO2

• Releases two pounds of CO2

• Releases one pound of CO2

What is the primary benefit of using CarbonCure technology in concrete production?

• It sequesters CO2 and strengthens the concrete.

• It changes the color of concrete.

• It reduces the cost of concrete production.

• It makes concrete more flexible.

How does CarbonCure technology affect the amount of cement needed in concrete mixtures?

• It decreases the amount of cement needed.

• It increases the amount of cement needed.

• It has no effect on the amount of cement needed.

• It doubles the amount of cement needed.

What is the potential global CO2 reduction if CarbonCure technology is widely adopted?

• 500 megatons per year

• 700 megatons per year

• 100 megatons per year

• 300 megatons per year

How many concrete plants in the US and Canada currently use CarbonCure technology?

• 200

• 150

• 90

• 50

What is a major reason for the slow adoption of CarbonCure technology in the concrete industry?

• Lack of raw materials

• High cost of technology

• Concerns about quality and innovation

• Limited availability of CO2

What is the main economic benefit for companies using CarbonCure technology?

• Increased production speed

• Reduced labor costs

• Savings on cement costs

• Lower transportation costs