Decarbonizing
with Carbon®
Cement production accounts for roughly 8% of global CO2 emissions. The fastest cut available is using less of it without giving up performance. That is what the Equinox® product line does, and the carbon reduction rides along as the consequence, not the pitch.
Industry-average emissions factor for portland cement, roughly 0.9 tons CO2 per ton. Up to 20% cement reduction validated at production scale in an independent study, April 2026. Full report available to qualified parties under NDA.
The most consumed resource on the ticket.
Much of the industry’s low carbon technology is water-hungry, and the water batched into concrete is permanently consumed: bound in hydration or lost to evaporation, never returned to the watershed. Up to 27% less water at equivalent flow takes real pressure off the planet’s most consumed and most precious resource, one batch ticket at a time.
Your volume. Your lever.
Illustrative estimate using an industry-average factor of about 0.9 tons of CO2 per ton of portland cement and EPA passenger-vehicle equivalence. Actual reductions are quantified per validated mix design during onboarding.
No offsets. No trade-offs.
The carbon cut survives value engineering,
because removing it costs performance and money at once.
Coming 2027 · Opt-in
The Carbon Credit Co-op
Carbon credit potential is not the reason you cut over. It is the value of the receipt: validated cement-reduction data converted into additional economics where registry rules and project data support it. Participation is opt-in, upside is potential rather than promised, and no credit value is guaranteed.
Opt-in, always
Never a condition of the license. Your license closes on the batch ticket alone, on performance and cost.
Admix front-loads the costs
We front-load and carry the expenses of registering, verifying, and securing the credits, then share in the proceeds net of those costs.
Upside flows to licensees
The value flows back to the participating operations whose production created it. Found margin on the back end, subject to registry eligibility and verified project data.
Avoidance pathways
Validated cement reduction maps to avoided process and calcination emissions, quantified per mix design against registry methodologies.
Logistics reductions
Less cement specified means fewer ton-miles of clinker and powder moving into the plant, a second, documentable reduction stream.
Attribution built in
Batch tickets and the rheological fingerprint create the project-level data trail registries require, generated during normal validation. NOWValidate and documentEvery validation program already builds the attribution trail the credits will require. 2027Co-op goes liveRegistration, verification, and monetization, carried by Admix, pooled across the network. ONGOINGUpside distributesFound margin flows back to the participating licensees whose yards created it. Discuss Carbon Data Path → How licensing works How far does the chemistry reach? In laboratory work our team demonstrated near-structural strength using sargassum seaweed as a sand replacement. A demonstration, not a product. But when you control the paste at the molecular level, the rest of the mix becomes negotiable.
Validate and document
Every validation program already builds the attribution trail the credits will require.
Co-op goes live
Registration, verification, and monetization, carried by Admix, pooled across the network.
Upside distributes
Found margin flows back to the participating licensees whose yards created it.
How far does the chemistry reach? In laboratory work our team demonstrated near-structural strength using sargassum seaweed as a sand replacement. A demonstration, not a product. But when you control the paste at the molecular level, the rest of the mix becomes negotiable.