Golf courses
The challenge
Golf courses operate under extreme constraints. Fine turf, shallow root zones, constant irrigation, and sustained compaction make water management fragile.
Traditional drainage systems often create imbalances: dry spots next to soft areas, inconsistent roll, and aggressive watering cycles to compensate. After rain, water lingers at the surface and in the thatch. Oxygen drops. Recovery slows.
These conditions also favor turf diseases such as Dollar Spot and Microdochium Patch, which thrive in persistently moist, compacted, high-traffic zones with limited air exchange.
What GEPS® does
GEPS® restores vertical infiltration beneath the green without disturbing the surface profile. Excess rainwater moves down faster, while usable moisture remains evenly available in the root zone.
By reducing surface wetness, localized saturation, and chronic compaction stress, GEPS® helps create less favorable conditions for moisture-driven fungal pressure. Greens stay firmer, moisture distribution stabilizes, recovery after rain accelerates, and irrigation demand decreases over time.
Performance improves without changing how the green is built or how it is managed.
Baseball fields
The challenge
Stadium fields face concentrated load, repeated events, and limited recovery windows. Heavy rain, combined with compaction from play and equipment, leads to surface sealing, puddling, and unsafe conditions.
Temporary fixes address visibility. The soil structure continues to degrade underneath.
What GEPS®does
GEPS® increases infiltration across the entire playing surface, allowing rainwater to be absorbed up to ten times faster than with traditional drainage. Moisture is redistributed into deeper soil layers instead of remaining trapped near the surface.
Fields clear faster, remain firm under load, and recover more predictably between events. Performance becomes less dependent on weather timing.
Football & soccer fields
The challenge
Football fields must handle impact, traction, and rapid directional change in all conditions. Poor drainage leads to slippery surfaces, uneven footing, and accelerated turf damage, increasing injury risk and maintenance pressure.
Over time, compaction layers reduce infiltration and force excessive watering to keep turf alive.
What GEPS® does
GEPS® restores soil permeability below the playing surface, balancing water movement and oxygen exchange in the root zone. Rainwater drains faster. Excess moisture moves away from the surface. Turf roots develop more evenly.
The field remains playable across a wider range of weather conditions, with improved stability, safety, and reduced corrective maintenance.
Sports complexes
The challenge
Multi-field complexes concentrate usage across schedules, age groups, and activities. Drainage failures scale quickly: one flooded field disrupts entire programs, events, and revenue.
Maintenance teams are forced into reactive cycles, chasing water rather than managing surfaces.
What GEPS® does
GEPS® provides a scalable soil remediation solution across multiple fields. Installed as a system, it stabilizes infiltration and moisture behavior consistently from one surface to the next.
Fields dry faster, remain usable longer, and require fewer emergency interventions. Planning becomes predictable. Downtime decreases.
Lacrosse fields
The challenge
Lacrosse fields experience intense directional changes, repeated sprints, and concentrated wear around the crease and midfield.
Spring seasons often coincide with heavy rain, while tournaments and back-to-back matches leave little recovery time for the turf.
As the soil compacts, water remains trapped near the surface. Fields become soft, slippery, and uneven, forcing cancellations or costly maintenance cycles.
What GEPS® does
GEPS® restores vertical permeability across the playing surface, allowing rainwater to infiltrate rapidly and move into deeper soil layers instead of accumulating near the surface. Air and moisture circulate more efficiently through the root zone.
Fields drain faster, remain firmer during play, and recover more consistently between matches. Turf health improves while weather-related interruptions decrease.
Equestrian arenas
The challenge
Equestrian arenas are exposed to constant hoof impact, repeated training sessions, and frequent watering to control dust.
Over time, the underlying soil compacts and loses its ability to absorb and redistribute moisture. Water accumulates near the surface, the footing becomes uneven or heavy, and drainage slows after rain.
Surface adjustments may improve the top layer temporarily. The soil structure underneath continues to deteriorate.
What GEPS® does
GEPS® restores vertical permeability across the arena surface, allowing water to infiltrate quickly and move into deeper soil layers instead of remaining trapped near the footing. Air and moisture circulate more effectively through the root zone.
The surface dries more predictably, footing remains more stable under repeated impact, and arenas stay usable for longer periods throughout the season.
Other sectors we serve
Agriculture and farming
GEPS® helps farmers optimize soil health, manage water resources, and achieve sustainable, higher yields without relying on chemicals.
Civil engineering and construction
GEPS® provides civil engineers with a cutting-edge tool to address soil compaction, water infiltration, and contamination challenges, ensuring robust and sustainable infrastructure.
Environmental and ecological services
GEPS® empowers environmental professionals with innovative technologies to rejuvenate degraded soils, manage water naturally, and foster ecological balance.
Government and public sector
GEPS® helps governments and public organizations address soil and water challenges sustainably, enhancing public spaces and infrastructure reliability.
Installation overview
Each GEPS® project starts with an on-site field assessment. Soil behavior, compaction depth, usage intensity, and performance objectives are evaluated before any intervention is defined. The installation scope is then calibrated to the field, not standardized.
GEPS® equipment operates below the surface without excavation or turf removal. Installation is fast, targeted, and minimally disruptive. Fields typically return to use quickly, with immediate functional change and progressive improvement over time. The intervention is precise, controlled, and verifiable.
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