Low Carbon Concrete Solutions for a Better Future

Roman Cement has proven, patented solutions for low carbon concrete based upon several years of research and testing:

  • Higher Quality Product: Greater strength, longer lasting, and more durable

  • Meaningful Reduction of CO2: Reducing the carbon footprint of modern day concrete without sacrificing workability.

  • Alternative to Fly Ash: Improved use of natural pozzalons

  • Less Expensive: Expanding options for both suppliers and users of concrete products

Will Roman Cement work for you?

Perfect for both Commercial and Residencial Projects

The City of Salt Lake and the Utah Transportation Authority:

Electric Bus Charging Station


The City of Salt Lake used Roman Cement in their Electric Bus Charging Station.

By using Roman Cement’s concrete mix designs…they were able to reduce the carbon footprint of this project by more than 20% compared to their standard mix, while improving the strength and durability of the concrete pad for this important Bus charging station.

The Yalecrest Historic District is located on the East Bench of Salt Lake City. It is locally significant both architecturally and historically.

These districts are made up of residences exhibiting a variety of period revival styles dating to the first few decades of the 20th century.

Roman Cement has been used by the upscale residents because they value a long-lasting, low-carbon concrete on these priceless, historical properties.


Yalecrest Historic District:

Priceless Home Remodels and Restorations

Our Patented Technologies: A Deeper Dive

  • How They Work: Our patented technologies replace 20-50% of the Portland Cement in a conventional concrete mix with more solid, low-carbon minerals that optimize the particle distribution and minimize the air pockets of a mixture.

  • Better, More Sustainable Concrete: This substitution and particle optimization results in concrete that:

    • Reduces the Carbon Footprint by 20-50% as compared to conventional concrete

    • Is More Durable Against:

      • Freeze-thaw damage

      • Salt-water attack

      • Shrinkage

    • Reflects Improved:

      • Compressive strength

      • Workability

Key Patents


Binary Blended Cements:

UNITED STATES

  • 7799128

  • 7972432

  • 8323399

FOREIGN

  • 200902232

  • 2739657

  • ZL200980113831.7

FOREIGN

  • ZL201180029485.1

  • 2 558 431

  • 310554

  • GC0009197

FOREIGN

  • 373413

  • 022077-2018/DIN-INDECOPI 

  • Resolution No. 7037 

FOREIGN

  • 297849

  • 371659

FOREIGN

  • 3051243

  • 2 337 769

  • 282852

  • 5453440

  • BR1120140096538

  • 2 768 788

  • ZL 201280063750.2

  • 10-1331384

  • 2011/02630

  • 2520577

Ternary Blended Cements:

UNITED STATES

  • 8414700

  • 8377201

  • 8551245

  • 9272953

Particle Packed Ternary Blended Cements:

UNITED STATES

  • 8974593

  • 9238591

Pozzolan Processing Methods:

UNITED STATES

  • 9067824

  • 10233116

  • 11655186

  • 10968137

  • 11472737 

  • 10494298

  • 11746048

Low Carbon Concrete Mixes w/ Pozzolan and Mineral Fines:

UNITED STATES

  • 10131575

  • 10730805

  • 10737980

  • 11168029

Blended White Cements and Manufacture of Specialized Blended Cements:

UNITED STATES

  • 9957196

  • 10526248

  • 9102567

Meet the Team

  • David Hall

    Chief Executive Officer

  • John Guynn

    Chief Science Officer

  • Mont Hardman

    Concrete General Contractor

  • Randall Guynn

    Investor, Strategic Advisor