--News Direct--
May 1, 2025 - With rising water tables and an uptick in extreme weather events across the Southern United States, engineers, builders, and municipalities are turning to Smart Concrete as a long-term, sustainable solution to fortify critical infrastructure against flood risks, abrasion, corrosion and climate-related damage.
Recent studies have shown that groundwater levels across states like Louisiana, Texas, Florida, and Georgia are increasing due to a combination of sea level rise, heavy rainfall patterns, and overburdened drainage systems. Consequently, there are higher likelihoods of flooding not just along coasts, but inland as well, putting foundations, stormwater systems, and essential infrastructure at increasing risk of failure.
According to First Street’s 2025 National Risk Assessment, which projects a nearly $1.5 trillion dollar drop in property values from climate-related migration patterns, the nation’s most risky markets for climate-related property loss are all in Texas, including the metropolitan areas of Dallas-Fort Worth, Austin and Houston – all of which have experienced recent population surges amid increasing insurance costs associated with extreme weather.
Smaller markets have been less resilient to these economic and environmental threats. For instance, in Jefferson County, Ala., the damage has already been done, triggering a 9.4 percent spike in climate-related insurance costs and a subsequent 25 percent plunge in population, the report found.
Key infrastructure such as highways, airports and large-capacity garages are increasingly vulnerable to water-related corrosion in the South and that durable concrete is a viable long-term solution to those challenges, according to Patrick Kelly, Territory Manager – Central U.S. for Kryton International, a leading manufacturer of high-performance concrete.
“It’s largely a threat from below,” Kelly said of the South’s rising water tables and increasing flood risks. “Traditional concrete structures can deteriorate rapidly when exposed to persistent water pressure, freeze-thaw cycles, and chemical ingress. Our waterproof concrete technology is designed to combat these exact challenges while reducing the need for costly maintenance and repair.”
Waterproof Concrete: A Sustainable Advantage
Unlike surface coatings or short-term sealants, waterproof concrete is engineered at the mix level with crystalline admixtures that resist moisture intrusion from the inside out. When compared to traditional concrete, this internal waterproofing not only prolongs structural life but also contributes to sustainability goals by:
Reducing carbon-generating material waste from repairs and replacements
Improving lifecycle performance with lower initial carbon footprint
Enhancing climate resilience in transportation, utility, and commercial infrastructure
Waterproof concrete is increasingly being adopted in:
Underground parking structures and basements
Tunnels, culverts, and stormwater management systems
Coastal and low-lying public works projects
High-performance industrial facilities in flood-prone regions
“With even more extreme weather on the horizon, future-ready construction starts with resilient materials,” said Kryton International’s Vice President for Product Development, Kevin Yuers. “Waterproof concrete isn’t just a product — it’s a strategy for climate adaptation.”
ABOUT KRYTON
Kryton International Inc. is the inventor of the crystalline waterproofing admixture and has been waterproofing concrete structures with its proprietary Krystol® technology since 1973. Kryton has won awards for innovation, manufacturing, best place to work, and entrepreneurship. Kryton is an active member of the American Concrete Institute, International Concrete Repair Institute, American Shotcrete Association, and many other thought-leading organizations. Kryton exports its products to more than 50 countries globally. www.kryton.com
Contact Details
Kryton International, Inc.
Andrew King
+1 914-513-6895
Company Website
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