of global CO2 emissions
VerdantRock Technology
Low-Carbon Concrete Technology
Cut Cement. Keep Performance.
A high-performance low-carbon solution designed to reduce cement-related emissions while supporting strength, durability, and industrial scalability.
Planet Under Pressure
A global emissions problem
The planet is carryingthe weight of cement.
Every structure begins with a material decision. Reducing cement use is one of the most direct ways to reduce concrete's embodied carbon.
IEA estimate - global energy-system CO2 including process emissions
t CO2 emitted per tonne of cement
represented by a 50,000 m2 residential building
Solar System Scope / NASA Blue Marble CC BY 4.0
From impact to intervention
This is whyVerdantRock Technologyexists
Created to reduce cement demand where concrete's carbon footprint begins.
High-Performance Mineral Admixture
VerdantRock Technology's High-Performance Mineral Admixture is primarily used to replace 30%-50% of the cement in the original concrete mix on an equal-mass basis. Its highly reactive composite mineral constituents improve the efficiency of the cementitious system, significantly reducing cement use while meeting workability, strength and durability requirements.
High-Performance Fly Ash
High-Performance Fly Ash is primarily used to replace 100% of the S95-grade ground granulated blast-furnace slag in the original mix on an equal-mass basis. After replacement, the S95 slag content is zero, without adding another type of mineral admixture.
Autoclave-Free PHC Admixture
VerdantRock Technology's Autoclave-Free PHC Admixture is primarily used in steam-cured products such as prestressed concrete pipe piles. By increasing the activity of the cementitious system under steam-curing conditions, it enables pipe piles to retain atmospheric-pressure steam curing while eliminating the high-pressure steam-curing (autoclave) stage after validation.
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