What is enzyme stabilization and why is it important?
Enzymes increase the compressive strength of soil. The enzyme acts as a catalyst to accelerate and strengthen road material bonding, creating a dense, more cohesive and stable soil. Enzymes also reduce the compaction effort and improve 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.


Enzyme stabilization also:
      • Increases soil density: helps reduce voids between soil particles by altering electro-chemical attraction in soil particles and releasing bound water. The result is a tighter, dryer, denser road foundation
 
     • Lowers water permeability: Tighter soil configurations discourage the migration of water that normally occurs in the voids between particles. Greater resistance to water penetration deterioration.
 
     • Is environmentally safe: Enzymes are natural, safe (organic) materials. These materials are non-toxic and will cause no harm or danger to humans, animals, fish or vegetation.

 

 

 

 

How is ECOROADS® different than traditional methods?
Use of the ECOROADS® allows constructing road bases quicker and less expensive than traditional methods. ECOROADS® multi-enzyme based formulation alters the properties of earth materials to increase the soil bearing characteristics by promoting a closer binding of soil particles. This reduces the tendency of the soil to expand after compaction and results in a strong, stable earth layer that resists water migration. ECOROADS® helps prevent pot holes, increase wheel load strength, resist moisture and prevent frost heaving. Roads made with ECOROADS® last longer with less maintenance, saving time and money.

 

After compaction, what is the ratio of expansion?
After compaction, the expansion-contraction ratio will be dependent upon the soil type (percentage of expansive clays) as well as the gradation range (distribution of particle sizes). Well-graded soil (ranging from -200 mesh to 1 inch) is ideal for road building. The -200 mesh fines should be approximately 20%. If the frost level extends below the level of the road, some heaving may occur. However, in the spring the road should settle back to is original elevation without severe damage. Proper road construction including shoulder drainage will minimize the effects of frost. Good engineering practices should be observed. Hot weather should not affect a road, other than dry dirt surfaces tend to be dusty under high wheel loading. ECOROADS® treated surfaces will reduce the amount of dust.

When the road contains more than 20-30% clay, will the road surface become too slippery and lose traction?
Road constructed with soil mix containing a high clay contact will exhibit slippery surfaces when wet. It is necessary to use as much aggregate as possible to increase overall strength of the road and increase traction in wet conditions. In many applications, surface treatment is applied as part of the overall design. This provides a wearing surface for traction, moisture protection, and greater overall strength. Cost and availability of materials are the primary factors affecting the type of surface treatment. ECOROADS® is used to stabilize the road and a thin "chip seal" is placed over the surface, the road can last several years without any significant maintenance.

As time goes on will ECOROADS® reduce or increase in bonding strength?

ECOROADS® treated soils achieve their greatest strength during the 3-4 months period after compaction. Bonding of the soil particles takes place in the presence of moisture and compactive force. This condition will last as long as the material resists external forces. Heavy wheel loads, water, freeze-thaw cycles ultimately have an effect on all roads. ECOROADS® treated soils resists these forces due to the bonded, high density of the road material. The road will resist the detrimental effects of erosion and mechanical forces.
Note that when the clay fines (minus 200 mesh) exceed 25% or are highly expansive, some surface cracking will occur. Generally the cracks are superficial, often filling in with road particles during normal traffic use. This condition is often referred to as “Alligator Cracking” and does not significantly affect the stability of the road base. Rain or other moisture will moderately swell the clay fines and the cracks will close. If the clay material is highly expansive, then the amount of fines should be kept low to reduce the amount of cracking.
Prior to placement of any surface material, ECOROADS® treated soil should be lightly sprayed with a dilute solution of water and ECOROADS® to assist in the bonding of the new surface material (i.e. asphalt) to the road base. Moisture will close many of the cracks.

How ECOROADS® packaged and what is the shipping and storage requirements?

ECOROADS® sells in 5 gallon plastic pails or 55 gallon plastic drums. Delivery must be carried out in conditions that the temperature of the delivery environment does not fall below +5 ° Celsius and does not rise above +40° Celsius, and ECOROADS® can not be exposed to direct sun or any external variables, including chemical, biological or other external influences.ECOROADS® must be stored between +5° and +40° Celsius and  kept in properly ventilated storage area, away from any external chemical or  biological influences, or in direct sunlight.

©2012- 2020 by TerraFusion International Inc.

The trade name ECOROADS® is registered by TERRAFUSION INTERNATIONAL, INC. in USA , The European Union, most of both Americas countries, most African and former USSR countries.  We have been informed about efforts by unauthorized parties to sell similarly named soil stabilization products.  We want to caution all our potential customers of such efforts and to encourage their diligence in ensuring they are dealing with the proper corporate entity (TERRAFUSION INTERNATIONAL, INC.) and the genuine product.