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Traditional Generation

People rely on generation infrastructure to power their homes. Long-term corrosion protection from HDG helps to increase resiliency and reliability.

Over the past decade, the US has worked to generate more energy from clean and/or renewable sources. This has led to a reduced reliance on coal power (down 25% from 2010) which was redistributed into a combination of nuclear, natural gas, and renewable sources.

As the nation strives to convert more generation from renewable sources, currently we still rely heavily on energy from fossil fuels such as coal and natural gas. It is imperative to maintain traditional generation facilities and work to improve their sustainability wherever possible. 

BIL Investment for Power Infrastructure
$79 Billion
Amount of energy generated from fossil fuels
60%

Hot-dip galvanized (HDG) steel is a solid choice for protecting steel structures within and around generation facilities. With a time to first maintenance of 75 years in most environments, HDG ensures steel in any power generation application will be properly protected from corrosion and be able to operate maintenance-free at full capacity for the intended project life.

With the growing interest and need for sustainable development, energy generation will continue to be an important investment for future generations and their quality of life; therefore, protecting those investments from degradation now will benefit owners and users alike for years to come.

  • AMPP Corrosion Resources for Energy Generation

    AMPP's Corrosion Resources on Energy Generation

    The Association for Materials Protection & Performance (AMPP) is a global group of professionals dedicated to materials protection through the advancement of corrosion control and protective coatings.

  • LCCC Power

    Life-Cycle Cost Calculator

    Use the Life-cycle Cost Calculator to compare the initial and life-cycle cost of hot-dip galvanizing to other common coating systems.

  • ANS Is Power Generation Design Standards

    ANSI's Power Generation Design Standards

    The American National Standards Institute (ANSI) is a private, non-profit organization that administers and coordinates the U.S. voluntary standards and conformity assessment system.

  • Time to first maintenance chart ad

    Time to First Maintenance

    Use our TFM Chart to estimate when maintenance would be required to extend the life of HDG steel in typical North American environments.

  • Cleaning Spray

    HDG Performance in Chemical Solutions

    A primary factor governing galvanized coating corrosion behavior in liquid chemical environments is the solution's pH. Galvanizing performs well in solutions of pH above 4.0 and below 12.5.

Traditional Generation Components

Anchor Bolts

Beams

Bollards

Brick Ledges

Brick Ties

Buildings

Catwalks

Coal-handling Equipment

Columns

Conveyor Supports

Corner Guards

Cranes

Dock Levelers

Equipment Supports

Fasteners

Faraday Cages

Fencing

Gas Turbine Skids

Gates

Generator Housings

Generator Support Platforms

Girts

Grating

Guardrail

Guardrail Posts

Handrails

Hopper Structures

HVAC Supports

Ladders

Light Brackets

Light Poles

Lintels

Mechanical Screens

Penstock

Pipe Bridges

Pipe Supports

Platforms

Purlins

Railings

Reinforcing Steel

Relieving Angles

Roof Hatches

Sheet Piling

Sign Supports

Stairways

Structural Steel

Trash Racks & Booms

Trench Covers

Valve Stands

Walkways

Yard Equipment