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EMC Volcanics for concretes having enhanced-protection from:
Alkali–Silica Corrosion
Alkali–Silica Corrosion
Alkali–Silica Corrosion
Sulphate Attack
Alkali–Silica Corrosion
Alkali–Silica Corrosion
Thermal Cracking
Alkali–Silica Corrosion
Chloride Corrosion
Chloride Corrosion
Gas & Liquid Permeability
Chloride Corrosion
Gas & Liquid Permeability
Gas & Liquid Permeability
Gas & Liquid Permeability
Significant increase of long-term strength & durability, including:
- Reduced Permeability & Leachability
- Reduction in Alkali-Silica Corrosion
- Increased Sulfate- & Chloride-Ion Resistance (e.g. Salt Water Corrosion)
- Significantly Reduced Heat of Hydration Mitigates Cracking Issues
- Concrete Self-healing Properties
How about strength development? No Problem!
- Time and time again EMCs have performed as required in all manner of deployments.
- R&D has been across both domains: academic and industrial.
- Our EMC Volcanics patent of 2012 was granted based on decades' R&D.
- Since 2012 we have further devoted R&D exclusively on volcanics.
We've conclusively demonstrated EMC Technology to be "feedstock agnostic", meaning that, provided raw materials are within that as specified in the relevant standards (norms) EMC strength-development results speak for themselves. See Results page, link below.
Heavy demand? High Performance? You betcha!
Real demanding uses:
Large saltwater installations:
Large saltwater installations:
Above is a photo showing a bridge on IH-10 Texas being made from EMCs
EMC Technology turns Globally abundant volcanics into a high-performance zero-carbon cement that exceeds today's performance standards and durability. Our history shows there are no limits!
Large saltwater installations:
Large saltwater installations:
Large saltwater installations:
Above is a 2021 photo showing the EMC installation at Houston Bayport...
EMC Technology has been used for years with Fly Ash as the raw-material, with millions cubic meters of concrete poured in infrastructure projects in the United States ... including in the most demanding salt-environments.
