Earthen fills support most of our civil infrastructure, including waste containment facilities. Most infrastructure is founded by some percentage of fills, base fills, replacement fills and backfills. Over the past several decades engineers and contractors have operated with many unknowns when designing and constructing earthen fills. For these reasons, engineers and contractors must use assumptions and trial & error processes, which inadvertently compromise engineering. As a result, engineers and contractors have not been able to design and build earthen fills to meet engineering requirements knowingly or cost-effectively. Consequently, earthen fills are the only

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SSCE® provides:
  • Unprecedented control that minimizes:
    • or eliminates shrink-swell
    • or eliminates strength loss from wetting and saturation
    • hydraulic conductivity (permeability)
    • moisture content potential
  • Construction:
    • Minimized or eliminated needs to change moisture during construction
    • Expanded moisture ranges for construction
    • Expanded soil ranges for construction
    • Minimized or eliminated lift reworks
    • Maximal production of fill construction
    • Reduced construction costs (generally ~15-35%)
    • No more unknowns, assumptions, trial & error practices or guesswork
  • Results:
    • Maximized service life of all developments founded by fills (including replacement fills, backfills, etc.)
    • Minimized or eliminated maintenance costs after construction, long term
    • Minimized or eliminated E&C risk before, during and after construction
    • Solution to the greatest problem in infrastructure
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Fill Volume Conversions

ESOL is the World Expert and Leader in the Engineering & Construction of Earthen Fills

ESOL provides a total solution to the greatest problem in infrastructure

Owners, engineers & constructors gain all solutions of SSCE®, with no change in standards of practice, and no needs to trust any software:

  • Best possible construction control with direct data proof - based on routine data and standard engineering science
  • Direct verification of design requirements achieved in construction - otherwise not achieved and unknown


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“No Need to Trust any Software – Just the Direct Data Proof”