Technical Resources
Expert guides on natural soil stabilization, cost-effective road construction, regulatory compliance, and field applications.
A regional airport in the American Southwest needed to rehabilitate a 2,400-meter runway base without closing the facility. TerraRoads™ enzyme stabilization delivered a 383% CBR increase, 22% water reduction, and $340,000 in savings versus the cement alternative — with zero facility downtime.
A practical guide for contractors covering TerraRoads™ application rates, soil compatibility, and project outcomes across mining haul roads, logging roads, and rural access roads.
A technical overview of how TerraRoads™ satisfies DOT and government agency compliance requirements across 28+ jurisdictions on 6 continents.
Cement stabilization looks affordable on a per-tonne basis. But when you factor in equipment, water, curing time, shrinkage cracking, and lifecycle maintenance, the true cost picture changes dramatically. Here is the full breakdown.
Road construction is one of the most carbon-intensive infrastructure activities. TerraRoads™ natural enzyme stabilization eliminates cement and lime from the subgrade process — without sacrificing the performance that engineers and agencies demand.
Pothole patching, asphalt overlays, and gravel resurfacing are the default responses to road deterioration. Enzyme-based repair treats the cause, not the symptom — and the cost and performance data make a compelling case.
Highway subgrade failure costs DOTs millions annually. Natural enzyme stabilization delivers Caltrans-approved performance at a fraction of the cost and carbon footprint of cement or lime — here is the technical case.
A data-driven comparison of enzyme soil stabilization vs. cement and lime — showing why TerraRoads™ delivers stronger roads at dramatically lower cost per kilometre.
Unpaved roads treated with enzyme stabilization require significantly less ongoing maintenance. Here is the data behind the cost savings and how to calculate the ROI for your project.
A detailed technical comparison of enzyme-based soil stabilization against traditional cement and lime treatments — covering strength, cost, environmental impact, and long-term performance.