Verde Research Shows Enzyme Stabilizer Reduces Pavement Materials
What happened
Findings from the National Center for Asphalt Technology at Auburn University showed that Verde's proprietary enzyme-based soil stabilizer, TerraZyme®, performs comparably to conventional stabilization methods under heavy-truck loading. The enzyme-based section maintained performance through approximately 8 million equivalent single-axle loads while reducing base-layer cement content by about 61% and eliminating lime treatment.
From manilatimes.net
Why it matters
The research indicates that using the enzyme stabilizer can significantly reduce the amount of conventional stabilizing materials required for pavement construction. This reduction also substantially lowers the embodied carbon emissions associated with building infrastructure.
From manilatimes.net
Who's involved
- VerdeCompany that sponsored the research on sustainable infrastructure technologies
- Auburn UniversityUniversity where the research was conducted at the National Center for Asphalt Technology
Possible ripples
Who this could reach next, traced step by step from the reporting. Possibilities worth considering, not forecasts.- Alabama may adopt lower-carbon pavement tech for challenging soilsAlabama may adopt lower-carbon pavement tech for challenging soilsPossible
- Verde's sustainable road tech could increase demand for ERGON biocharVerde's sustainable pavement research may boost demand for ERGON's biochar supplyPossible
- Verde's low-carbon pavement tech may influence MDA procurementVerde's low-carbon pavement tech may influence MDA procurementPossible
- New soil stabilizer could cut costs for Redstone ArsenalNew soil stabilization technology may lower Redstone Arsenal's infrastructure costs.Possible
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The entities involved
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Verde
US organization
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Auburn University
public university in Auburn, Alabama, United States
Nothing else this week.