TerraDyne® Electrolytic Chemical Grounding System

TerraDyne® Electrolytic Chemical Grounding System

The TerraDyne® Electrolytic Chemical Grounding System provides long-term protection from lightning, electrical transients, static discharges, electromagnetic interference (EMI), and other electrical hazards. This system is ideal for virtually any application where protecting machinery, electronics, and personnel is critical.

By stabilizing signal references and reducing the risk of electrical injuries, TerraDyne® enhances overall electronics performance. The result is a highly stable grounding system that delivers undisturbed, reliable performance while remaining exceptionally cost-effective.

Enhances electronics performance and stabilizes signal references
Provides ultra-low resistance to earth
Delivers continuous, 24/7 protection
Eliminates dependency on ground moisture
Reduces the risk of workplace injuries

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TerraDyne® Applications

TerraDyne® chemical grounding systems are engineered for peak performance in any soil condition. Common applications include:

Cellular, radio, and television broadcasting sites
Computer and data facilities
Electrical power substations
Communication and emergency response centers
Medical facilities and industrial plants

Installation Guide: Locate the number 1 on the application maps to the right to view typical installation locations.

How TerraDyne® Works

The TerraDyne® system effectively utilizes a hygroscopic process to extract moisture from the surrounding atmosphere. This moisture reacts with the non-toxic chemicals sealed inside the electrode to create an electrolytic solution. The solution then slowly leaches into the surrounding soil through precisely positioned ports in the electrode.

This continuous process dramatically improves soil conductivity and reduces electrical resistance between the electrode and the earth.

Additionally, the borehole created during installation is backfilled with TerraFill®, our proprietary ground-enhancing backfill. TerraFill® substantially lowers earth resistance and reduces impedance by maximizing the contact surface area between the electrode and the soil.