Critical Infrastructure & Non-Conductive Systems
SOVATZOGLOU S.A. cooperates strategically with specialized technology providers such as KPS Piping Systems and Fibrelite, integrating non-conductive and safety-critical components into projects involving fuel systems, underground infrastructure, energy installations and mission-critical facilities.
These technologies are selected and implemented where electrical safety, access reliability and long-term durability are critical design parameters.
KPS Piping Systems
Non-Conductive HDPE Piping for Fuel & Utilities
KPS Piping Systems specializes in fully non-conductive HDPE piping systems designed for applications where electrical safety and elimination of stray currents are critical.
KPS piping systems:
- Exhibit zero electrical conductivity,
- Eliminate risks associated with electrical continuity, grounding and sparking,
- Are suitable for fuel distribution networks (diesel and other fuels),
- Are applied in installations with generator sets, energy hubs and data center–type infrastructure.
Compared to metallic piping systems, non-conductive HDPE piping provides clear advantages in environments with increased electrical and operational safety requirements.
Fibrelite
Composite Access Covers for Underground Infrastructure
Fibrelite is an international reference manufacturer of composite access covers used in underground infrastructure and technical installations.
Fibrelite composite covers:
- Are manufactured from fully non-conductive composite materials,
- Require no earthing or bonding,
- Are corrosion-resistant,
- Combine low weight with high load-bearing capacity.
They are widely applied in:
- Ports and airports,
- Mining facilities,
- Energy and industrial installations,
- Underground fuel and utility infrastructure.
In data center and critical infrastructure environments, composite access covers significantly reduce electrical risks and maintenance complexity compared to metallic solutions.
Role of SOVATZOGLOU S.A.
SOVATZOGLOU S.A. is responsible for the technical selection, integration and implementation of these systems within the overall mechanical and infrastructure design of each project, ensuring compliance with safety requirements and long-term operational reliability.