Restoring Balance. Building Tomorrow.
Comprehensive Playa Development Solutions for the Great Salt Lake Basin
Discover Our Vision
A Crisis Demands Innovation
The Great Salt Lake is disappearing at an alarming rate, leaving behind a toxic wasteland that threatens the health and prosperity of the Wasatch Front. As water levels plummet, vast expanses of lakebed lie exposed, creating an environmental catastrophe in slow motion.
When winds reach 18-25 mph, dust events occur. At higher velocities, full-scale dust storms carry arsenic, lead, and dangerous PM10 particulates across communities. This isn't a distant threat—it's happening now, with disproportionate impacts on Hispanic and Pacific Islander communities along the Wasatch Front.
Nature's Blueprint, Enhanced
Revolutionary electromagnetic surveys revealed a vast pressurized freshwater aquifer beneath Farmington Bay. University of Utah research identified "round spots" where groundwater naturally surfaces through artesian pressure dynamics—nature's own delivery system waiting to be harnessed.
Playa Development
Strategic land stabilization through permanent infrastructure creates effective barriers against wind erosion and dust mobilization.
Synergistic Development for Sustainable Restoration
Our stakeholder-driven approach ensures that environmental remediation and housing solutions advance in tandem, creating resilient communities while protecting public health.
Master-Planned Communities
Strategically situated residential developments create permanent dust barriers through LEED-certified construction standards. Housing 150,000-200,000 residents along critical dust corridors transforms vulnerable playa into stable, vegetated landscapes.
- Sustainable architecture and design
- Green building certifications
- Permanent surface stabilization
Aquifer Utilization Infrastructure
Leveraging naturally pressurized groundwater systems through zero-pump irrigation networks creates biomimetic water distribution following natural seepage patterns identified in peer-reviewed research.
- Gravity-fed distribution systems
- Natural artesian pressure dynamics
- Sustainable water resource management
Ecological Enhancement Zones
Native plant corridors between development sectors provide phragmites management through strategic landscaping while integrating avian habitat within community greenspaces.
- Wetland integration and protection
- Wildlife habitat connectivity
- Biodiversity enhancement programs
Dust Suppression Technology
Crust reformation through precision aquifer discharge enables neighborhood-scale atmospheric particulate reduction with continuous playa monitoring stations ensuring measurable health outcomes.
- Real-time air quality monitoring
- Evidence-based intervention strategies
- Community health protection protocols
Farmington Bay Reimagined
Envision a future where environmental restoration and community development work hand in hand to create sustainable, healthy neighborhoods.
Built on Trusted Partnerships
As a water resource engineer with 30 years of experience, I'm impressed by GSL Restoration's scientific rigor. Their aquifer utilization strategy is grounded in peer-reviewed research and represents best practices in groundwater management.
By The Numbers
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