Impressed Current Cathodic Protection

Protect critical infrastructure across West Africa with advanced ICCP systems. We deliver turnkey impressed current solutions from design through commissioning for oil & gas, power, and industrial assets.

Why Choose ICCP for Asset Protection?

Long-Term Protection

20+ year system life with minimal maintenance requirements. Ideal for large-scale infrastructure projects requiring continuous protection.

Cost Effective

Lower lifetime cost compared to galvanic systems for large structures. Adjustable output compensates for coating degradation over time.

Nigerian Content Compliant

Full NCDMB compliance with local engineering, manufacturing support, and regional expertise for West African projects.

ICCP Applications Across West Africa

Refineries & Petrochemical

Processing units, storage tanks, and underground piping networks

Power Generation

Cooling water systems, intake structures, and underground services

Marine & Offshore

Platforms, jetties, and subsea pipelines

Industrial Facilities

Chemical plants, storage tanks, and water treatment facilities

Our ICCP Implementation Process

Phase 1: Assessment & Design


  • Site Survey: Soil resistivity and environmental analysis
  • Current Requirement: Calculate protective current needs
  • Detailed Design: System layout, rectifier sizing, anode selection

Phase 2: Execution & Commissioning


  • Equipment Supply: High-quality rectifiers, anodes, and cables
  • Installation: Professional anode bed installation and cable laying
  • Commissioning: Startup, testing, and performance verification

Phase 3: Lifecycle Management


  • Routine Monitoring: : Regular assessment of voltage and current levels
  • System Optimization: Output adjustments to compensate for coating degradation
  • Asset Integrity: Ongoing maintenance for long-term infrastructure protection

Start Your ICCP Project Today

Get a comprehensive ICCP solution designed specifically for your West African assets. Our corrosion engineers are ready to assist with site assessment and system design.