Conventional repairs rely on a narrow set of chemical fixes that often fail within a few years. RipaLith is building on biological technology developed at the University of Colorado Boulder to make concrete repair simpler, more affordable, and longer-lasting.
Ignoring a hairline crack feels harmless — until it isn't. Water intrusion, freeze-thaw cycles, and rebar corrosion turn a cheap fix into a structural emergency.
Relies on a narrow set of chemical parameters — epoxies and sealants that bond well initially but degrade under real-world stress.
Fixes often fail within a few years, and small problems left unaddressed compound into far more expensive structural repairs.
Instead of forcing concrete to accept a foreign patch, RipaLith uses biology to work with the material's own structure — building on research developed at CU Boulder.
Built on technology developed at the University of Colorado Boulder, moving beyond narrow chemical fixes.
Designed to reduce the complexity and labor that make conventional concrete repair slow and expensive.
Engineered for durability that outperforms conventional repairs — fewer repeat repairs, lower lifetime cost.
"Instead of conventional repairs that rely on a narrow set of chemical parameters and often fail within a few years, we're turning to biology."
RipaLith is a biotechnology research company on a straightforward mission: make concrete repair simpler, more affordable, and longer-lasting than what's possible today.
All concrete cracks. Fixing those cracks is slow, expensive, and easy to put off — but ignoring small problems today often leads to much bigger ones later. We're building the alternative: a repair method rooted in biology, not just chemistry.
Whether you're a property owner, engineer, or investor — we'd love to talk about what biology-based concrete repair can do for you.