FAQ

GEPS lines are usually spaced between 3 and 6 feet apart. Final spacing depends on soil permeability, compaction levels, and drainage objectives.

A standard football field installation typically takes between 2 and 5 working days, depending on site access, soil conditions, and project scope.

Most fields can return to use within days after installation. Full recovery time depends on turf type, season, and post-installation maintenance practices.

Yes. GEPS is installed with minimal surface disruption and does not require full turf removal or field reconstruction.

GEPS is particularly effective in compacted and clay-heavy soils, where it improves porosity, water movement, and oxygen exchange.

Yes. GEPS works with sand-based profiles by stabilizing moisture distribution and preventing localized dry or saturated zones.

GEPS complements or reduces reliance on traditional drainage systems. In many cases, it improves performance without full pipe replacement.

GEPS reduces the frequency and intensity of mechanical aeration by addressing compaction at the subsurface level.

GEPS requires no active maintenance. Standard turf management practices continue as usual.

GEPS is designed as a long-term solution and remains effective for many years when installed correctly and paired with proper turf management.

Yes. GEPS can be adapted to sloped and uneven surfaces with appropriate layout and flow management.

Fields treated with GEPS often require less frequent watering while maintaining consistent moisture levels in the root zone.

Excess water is dispersed and evacuated through the soil profile, reducing surface accumulation and saturation.

Sites with severe subsurface obstructions or inaccessible soil profiles may require additional evaluation before installation.

GEPS is typically installed 2 feet below the surface, with GEPS boosters being 2 to 15 inches under the surface depending on soil structure, root zone depth, and performance requirements.

Traditional drainage focuses on evacuating excess water as fast as possible through pipes or gravel layers. GEPS works within the soil itself, improving rainwater absorption, lateral water movement, and long-term soil structure rather than just removing water.

GEPS creates a structured underground network that improves porosity, reduces compaction, and stabilizes water flow. This enables consistent drainage during heavy rain while retaining usable moisture during dry periods.

No. GEPS is a complete water and soil management system. It combines drainage, flood management, soil remediation, and ecological soil management into one integrated solution.

By regulating water and oxygen in the root zone, GEPS promotes deeper root growth, stronger turf density, faster recovery, and more consistent playing conditions.

Yes. GEPS significantly reduces surface water accumulation by increasing infiltration rates and directing excess water away from the playing surface before it becomes a problem.

During heavy rain, GEPS manages excess water through controlled subsurface dispersion and evacuation, preventing saturation, puddling, and match cancellations.

Yes. GEPS directly addresses soil compaction by restoring soil structure and air exchange, reducing the need for aggressive mechanical aeration over time.

GEPS improves water retention balance, which often reduces watering frequency. Fields dry faster after rain but retain sufficient moisture for turf health, optimizing irrigation efficiency.

Yes. GEPS integrates seamlessly with existing water spraying and irrigation systems and often enhances their effectiveness by improving soil water distribution.

GEPS is designed for performance fields such as golf greens, football fields, stadiums, and multi-sport complexes where consistent surface quality and playability are critical.

Golf greens require precise moisture control. GEPS stabilizes water levels in the root zone, reducing soft spots, dry patches, and disease pressure while improving green speed consistency.

Stadium fields experience intense use and weather exposure. GEPS maintains stable playing conditions, accelerates recovery, and reduces downtime between events.

GEPS is optimized for natural turf systems. It supports ecological soil function, which is essential for healthy natural grass surfaces.

Yes. GEPS improves biological activity in the soil by restoring air, water, and microbial balance, contributing to long-term soil regeneration.

GEPS is a long-term infrastructure solution. When properly installed, it delivers durable performance benefits for many years with minimal degradation.

Over time, yes. Improved drainage and soil health reduce emergency repairs, surface remediation, and excessive aeration, lowering overall turf management costs.

GEPS installation is precise and controlled. Fields are restored quickly, and disruption is minimized compared to full reconstruction or traditional drainage replacement.

Sam Gash brings a performance-first mindset rooted in elite sports. His approach prioritizes precision, measurable outcomes, and long-term field performance, not short-term fixes.

Every project starts with a field assessment analyzing soil structure, drainage behavior, usage patterns, and performance goals to ensure the GEPS configuration is tailored to the field.

GEPS is a subsurface water management and soil remediation system designed for performance fields. It addresses poor drainage, surface flooding, soil compaction, and declining turf health by restoring controlled water movement and oxygen exchange within the soil profile.