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NOVA TERRA

Engineering the next generation of resilient infrastructure.

Nova Terra develops technologies designed to transform infrastructure challenges into opportunities for greater efficiency, resilience, and energy recovery.

Lead Technology

HYDROKINETIC PRV-G™

Pressure management. Hydraulic energy recovery. One integrated system.

The challenge

Water infrastructure must continuously manage pressure across distribution networks to protect assets, stabilize service performance, and reduce avoidable system stress.

The opportunity

PRV-G is being developed to combine pressure management with hydraulic energy recovery, creating a pathway to improve infrastructure efficiency without compromising operational control.

The vision

Convert previously dissipated hydraulic potential into useful energy while maintaining the water-pressure control required for reliable, standards-aligned network operation.

THE NOVATERRA HOLDINGS TRUST

Proprietary Infrastructure Systems & Green Utility Asset Portfolio

Notice: Access to technical specifications, dMRV carbon calculation matrices, and system telemetry data rooms for The HydroKinetic PRV-G™ System is strictly restricted.

All proprietary assets are protected under active filings with the United States Patent and Trademark Office. Review of documentation requires a pre-executed Mutual Evaluation Non-Disclosure Agreement (NDA) and authorized institutional clearance.

For identity verification and data room authorization requests, contact the Managing trustee.

🔒 Request Secure Data Room Access

Flagship System Summary

HYDROKINETIC PRV-G™

Pressure management. Hydraulic energy recovery. One integrated system.

  • Integrated pressure control across variable network demand and flow conditions.

  • In-line hydraulic energy-recovery potential from existing pressure differentials.

  • Engineered relevance for resilient green utility and infrastructure modernization programs.

Within the broader next-generation infrastructure strategy, PRV-G™ functions as a practical bridge between performance stability, recoverable energy pathways, and long-horizon asset stewardship.

Continue the institutional discussion.

For restricted-access requests, contact the managing trustee directly at [email protected].