PASO A PASO - PRUEBA DE INYECCION DE CORRIENTES EN LA PROTECCION CATODICA

Step-by-Step Current Injection Test for Cathodic Protection. rust
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In this video, we walk you through a complete field procedure to evaluate and protect three interconnected pipelines—measuring 42", 30", and 24" in diameter—all tested simultaneously.

Using a 100-foot linear anode, we calculate both the polarization current and the required protection current, ensuring each pipeline receives the correct level of cathodic protection.

Our test includes:

High-resolution data logging, capturing readings every second for precise trend analysis.

Short-interval potential surveys along each pipeline to map current distribution and attenuation.

Soil resistivity measurements to understand subsurface conditions affecting current flow.

Remote groundbed potential checks to validate system performance and circuit continuity.

This method provides reliable, real-world data for engineers, inspectors, and asset managers, helping to design and optimize cathodic protection systems for maximum efficiency and long-term pipeline integrity.

Whether you’re a field professional or simply interested in how large-scale pipeline protection works, this video offers a clear, step-by-step breakdown of the process.
Este video muestra el proceso paso a paso para realizar una preinyección de corriente, esencial en el diseño de la protección catódica. Aprenderás sobre el terreno y cómo proteger tuberías con un sistema de corriente impresa. ¡Ideal para interesados en corrosion control!
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