Concrete Additives

Our concrete additives are enhanced with CO2 resulting in enhancement properties and a sustainable impact that is easily incorporated into a supply chain 

Enhanced Fly Ash

Property Enhancements

Fly ash CUT.jpg

Our reactors exfoliate the surface of the fly ash particles allowing for the gaseous CO2 to be absorbed at a molecular level, resulting in enhanced fly ash. 

Stabilizes sequestered CO2 to 600°C

Minimal particle size reduction

40% increase in compressive strength

Higher workability 

No effect on air entrainment 

5% - 15% CO2

in Material by Mass

1 Concrete Jersey Barrier 10’X34”

(4,000lbs) = 1,260 KG Reduced  CO2

Current Collaborations

Provides material testing and supply outlet for processed fly ash 

Consumer product collaboration to create drink coasters, incesne holders, and soap dishes

Can be mixed with concrete using conventional techniques for ready-mix and pre-cast concrete

Recommended Applications

Use Cases

Accelerator program to develop and test materials 

 

Additional Concrete Additives

We are continuously expanding our portfolio of nanoparticle additives and invite open collaboration for the following materials. 

Additional Concrete Additives

We are continuously expanding our portfolio of nanoparticle additives and invite open collaboration for the following materials. 

Talc Powder

Property Enhancements

Our reactors exfoliate the surface of the talc powder allowing for the gaseous CO2 to be absorbed at a molecular level 

Stabilizes sequestered CO2 to 600°C

Minimal particle size reduction

40% increase in compressive strength

Higher workability 

No effect on air entrainment 

Current Collaborations

talc.jpg

Ideation and creation of yoga mat with embedded CO2

5% - 15% CO2

in Material by Mass

Recommended Applications

Use Cases

Yoga Mats

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Hiring 

Partnerships

Waste of Today, Building Tomorrow

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