Civil and structural engineers need assurance of stable subgrades to their infrastructure foundations, effective construction of its design requirements, secure client representation, and minimal risk. ESOL fulfills these needs and gives these engineers unprecedented control, with the following benefits:

• Secure ability to design foundations and pavements with known subgrade strength & stability properties (strength & stability is unknown today)
• Typical deficiencies of subgrade fill construction are remedied
• Secure ability to establish and promote for competitive separation, a company standards policy assuring stable foundations for all infrastructure design projects and protection against the greatest problem in infrastructure today (strength loss, settlements and shrink-swell problems from moisture change)
• Design standards of practice (both industry compaction standards and design strength requirements) achieved in construction of foundation fills with direct data verification and real-time control
• Agency compaction standards achieved in construction where/as advised
• Stable infrastructure foundations and pavements
• stable subgrade strength during wetting and saturation
• no more saturation settlements
• controlled and minimized shrink-swell conditions
• No more inadvertent engineering compromise forced in construction
• Greatly extended service life
• Minimized or eliminated maintenance & repair costs
• Higher production/reduced construction costs
• Ability to manage reduction of bid pricing for fill construction in pre-bid phase
• Cost/schedule/performance risk removed from area of highest construction risk
• Preempted change order risk
• Reduced construction warranty costs
• As-built construction records with direct data verification of subgrade fill elements, and demonstration of design requirements and best possible construction control