- ECOroads OVERVIEW
- WHAT IS ECOroads
- HOW ECOroads WORKS
- ECOroads IN ACTION
- KEY APPLICATIONS
- ROAD BUILDING
- ROAD REPAIR & MAINTENANCE
- REAL ESTATE DEVELOPMENT
- MINING & TIMBER ROADS
- GREEN ENERGY
- MILITARY USE
- WHO BENEFITS
- ROAD DESIGNERS & ENGINEERS
- GEOTECHNICAL CONSULTANTS
- GENERAL SITE CONTRACTORS
- PUBLIC WORKS OFFICIALS
- GOVERNMENT
ECOroads OVERVIEW

Video Demonstration

Click here for a quick video overview of ECOroads in action.
• Save up to 40% of the cost
of
building a road or major
development/ construction
project
• Increase the strength, quality,
durability and longevity of
virtually
any soil stabilization
project,
including roads,
subbases and
other
construction bases
• Save up to 50% of the cost
of ongoing road maintenance
• Vastly improve the
environmental
profile of road
or development/
construction
projects
• Reduce equipment, labor
costs
and overall construction
time
ECOroads is easy to use and requires no special equipment or complicated training. Simply add ECOroads to the water used to reach Optimum Moisture for Compaction and mix well with the road subgrade material prior to compaction. Our formula acts upon the cohesive fines contained in the soil through a natural bonding process. This promotes a closer binding of soil particles, which in turn results in a stronger, more stable, longer-lasting earth layer. The greater bonding density creates a base that prevents pot holes, wheel ruts and soil migration, is almost impervious to water penetration and is significantly resistant to frost heaving.
Depending on the Traffic Index or designed use of the road, the improved strength that ECOroads creates allows you to significantly reduce the amount of aggregate base rock required, reducing total construction costs by 20 - 40%. For even greater durability, treated road bases should be topped with a material of choice, including asphalt, chip seal or bitumen primer.
ECOroads accelerates the bonding of organic and cohesive fines within the local soil,
creating a harder, more lasting base
• Increases the compressive strength of the soil
• Acts as a catalyst to accelerate and strengthen road material bonding, creating a denser,
cohesive and more stable soil
• Reduces the compaction effort and improves soil workability
while lubricating the soil
particles.
• This makes the soil easier to grade and allows the compactor
to achieve targeted soil
density with fewer passes

• Up to 40% savings in construction costs
• Upwards of 50% savings in lifetime maintenance costs
• Proven effective across multiple countries and soil types
• Drastic reduction in environmental footprint of road building
© 2009 TerraFusion, Inc. All rights reserved.



