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Parametric Stray Current Monitoring and Mitigation for Electric Rail Stray Current
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Abstract
Built in several stages over 20 years, the electric rail system in Portland, Oregon is varied in construction design and materials and presents a range of stray current conditions. The rail system is proximate to water supply mains, distribution mains, and services also constructed with varied materials and methods. This paper presents a parametric approach that characterizes stray current mechanisms, the magnitude of stray current effects, and the sensitivity of differing design and construction methods in mitigating stray current.
Title: Parametric Stray Current Monitoring and Mitigation for Electric Rail Stray Current
Description:
Abstract
Built in several stages over 20 years, the electric rail system in Portland, Oregon is varied in construction design and materials and presents a range of stray current conditions.
The rail system is proximate to water supply mains, distribution mains, and services also constructed with varied materials and methods.
This paper presents a parametric approach that characterizes stray current mechanisms, the magnitude of stray current effects, and the sensitivity of differing design and construction methods in mitigating stray current.
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