Patented Electrically Conductive Concrete Structural Systems
Conductive Concrete Technologies, LLC provides specialized engineering and construction consulting services for its proprietary conductive concrete system. Collaborating with architects and design engineers, the practice delivers detailed material and construction specifications to prime contractors and ready-mixed concrete suppliers. Services span design, QA/QC monitoring, data collection, and installation supervision for de-icing, electromagnetic pulse (EMP) shielding, and radiant heating applications.
Dr. Christopher Y. TuanCo-Founder
Christopher B. TuanCo-Founder, Operations and Administrative Professional
Comprehensive consulting services ranging from initial design and specification to execution support and long-term QA/QC monitoring.
Proprietary snow-melt and de-icing concrete solutions designed for driveways, sidewalks, highways, bridge decks, runways, and transit platforms, delivering uniform heat distribution and high mechanical strength.
Passive shielding concrete solutions providing built-in protection against electromagnetic pulses (HEMP), high-power microwave (HPM) threats, and radiated emissions. The system complies with MIL-STD-188-125-1 and offers blast and ballistic resistance.
Energy-efficient indoor conductive concrete heating solutions that eliminate cold spots, run quietly, and feature customizable zonal controls.
Technical oversight and guidance for ready-mixed concrete suppliers and prime contractors, including material specifications, data collection, and implementation monitoring.
Highways & Roads · Bridges · Aviation · Transit · Defense · Mission Critical Facilities · Data Centers · Electric Utilities · Healthcare · Education
Omaha, NE · Aviation · 2015 · Client: Federal Aviation Administration
A technical evaluation in collaboration with the Federal Aviation Administration (FAA) demonstrating cold-start snow-melt performance without preheating under active winter conditions.
Kansas City, MO · Transit · 2020 · Client: Kansas City Area Transportation Authority
Installation of conductive concrete bus boarding platforms to maintain clear pedestrian access and improve safety during active snowfall events.
Lincoln, NE · Education · 2013 · Client: University of Nebraska-Lincoln
Foundational research and field testing of conductive concrete technology to validate mix design and performance capabilities.