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Bringing "Old" Concrete Back to Life
At EDYSTON, we believe in resurrection. As visionary leaders in advanced concrete restoration, we provide a state-of-the-art system designed to heal deteriorated structures, making them stronger, more resilient, and sustainable for the long haul.
Why EDYSTON is Your Concrete Antibiotic
Innovation for Endurance
Advanced healing that extends structural life.
Integrity in Every Layer
Quality and transparency from development to application.
Sustainability Through Smart Repair
Saving the environment by saving your concrete.
Our Proprietary Gel Technology
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DENSYGEL
Increases service life and slashes lifecycle costs.
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ENVYROGEL
Lowers permeability to stop corrosion in its tracks.
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DURYGEL
Creates a tougher concrete matrix for maximum durability.
Meet the Visionaries
Eric A. Tyrrell
President
With 30 years of experience, Eric advises on the adoption of disruptive concrete technologies across the construction industry. Known for integrating innovation into real-world production environments, he brings a deep understanding of value-driven concrete solutions.
Jimmy Heinbaugh
CTO
Mr. Heinbaugh is a concrete technology enthusiast, and an attorney licensed in both Texas and Colorado. He has leadership experience and expertise in tax law, business management, corporate oversight and compliance, and commercial law. He grew up in California, Florida, and Texas before going to the University of Texas at Austin and then serving as an officer in the US Air Force working with satellites. Jimmy earned his law degree from the University of Denver with a Certificate in Corporate and Commercial Law.
Mallory Westbook
COO
Mallory A. Westbrook earned her Bachelor of Science in Biomedical Engineering from the Georgia Institute of Technology and serves in a multidisciplinary technical role at Intelligent Concrete. Her work spans concrete materials research, laboratory investigation, data analysis, technical documentation, intellectual property development, and the preparation of engineering reports, publications, and technical presentations. Mallory has contributed to research and evaluation programs involving concrete, cementitious materials, admixtures, durability, performance characterization, and advanced construction-material technologies. Her technical work supports both applied engineering investigations and the development of new materials, testing methodologies, and technologies for the concrete industry. She has authored or contributed to more than 15 technical publications appearing in concrete, cement, and construction-material journals and industry magazines. Mallory is also a named inventor on U.S. patent-pending technology related to colloidal nanosilica hydrogel systems for cementitious materials.