IEEE P1835_D2, July 2014
Approved Draft of Proposed NACE/IEEE Joint Standard for Atmospheric (Above-Grade)Corrosion Control of Existing Electric Transmission, Distribution, and Substation Structures by Coating Systems
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About This Item
IEEE P1835_D2, July 2014 is an approved draft standard focused on atmospheric, above-grade corrosion control for existing electric transmission, distribution, and substation structures using coating systems. It addresses a practical materials-and-maintenance problem in power infrastructure: how to protect exposed steel and related structures from ongoing corrosion in service. For owners, engineers, and maintenance teams, the document helps define a consistent technical basis for coating selection, application, and expected performance.
IEEE P1835_D2, July 2014 overview
This draft standard provides guidance for controlling corrosion on existing overhead utility structures and substation assets through coating systems rather than replacement. IEEE P1835_D2, July 2014 sits at the intersection of power engineering and engineered materials, with emphasis on above-grade exposure conditions that commonly drive coating degradation. Its value is in setting a shared reference for evaluating protection methods, supporting design decisions, and improving consistency across maintenance programs for transmission, distribution, and substation environments.
Typical use cases
IEEE P1835_D2, July 2014 is typically relevant when utilities or contractors assess aging steel poles, lattice structures, support members, or substation components that show signs of atmospheric corrosion. It may be used during maintenance planning, refurbishment scope development, coating specification writing, and bid preparation for field crews working on live utility assets. The standard is also useful when comparing coating approaches for different exposure conditions, access limitations, and service-life objectives in power-sector infrastructure.
Why this standard matters
Corrosion control on existing electric structures affects safety, asset reliability, and lifecycle cost. IEEE P1835_D2, July 2014 helps bring discipline to coating-related decisions by supporting more consistent requirements for preparation, application, and expected protection performance. That can reduce uncertainty in procurement, improve quality control, and lower the risk of premature coating failure or uneven maintenance outcomes. For organizations managing critical grid assets, a defined technical reference supports better planning and more defensible engineering choices.
- Atmospheric corrosion control for above-grade structures
- Coating systems for existing utility assets
- Transmission, distribution, and substation applications
- Maintenance, refurbishment, and specification support
- Publication Date: 2014
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications; Components, Circuits, Devices and Systems; Engineered Materials, Dielectrics and Plasmas
- Official IEEE: Doi link
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