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WADOT Best Practices for Protecting DOT Equipment from the Corrosive Effect of Chemical Deicers

Started: May, 2011 Ended: December, 2012 Project ID #4W3565 Status: Completed

Objective

The objective of this project is to identify, evaluate and synthesize best practices that can be implemented to minimize the effects of deicer corrosion on DOT winter vehicles and equipment, such as design improvements, maintenance practices, and the use of coatings and corrosion inhibitors.

Abstract

The corrosion of motor vehicles due to road salts is estimated to cost $2.8 billion to $5.6 billion per year. Deicer corrosion also induces risk and uncertainty to the performance of application equipment, in addition to reducing its service life; and there is an urgent need for comprehensive evaluation of best practices and products to manage such risks. This research will enable agencies to make informed or better choices on selecting corrosion prevention or corrosion control techniques and products. Best practices of corrosion management will lead to prolonged service life and enhanced operating efficiency/reliability of application equipment. By improving the equipment asset management, agencies can reduce equipment repairs and replacements and reap cost savings. As such, the saved DOT budget can be used for other costs associated with snow and ice program delivery (and thus achieve a higher level of service), which helps address strategic objectives related to the safety, preservation, mobility, and stewardship of the transportation system.

Contacts

Sponsors & Partners

  • Clear Roads Winter Highway Operation Pooled Fund Sponsor
  • Washington Department of Transportation (WSDOT) Co-Sponsor
  • Alaska University Transportation Center (AUTC) Sponsor

Part of: Winter Maintenance and Effects, Materials Laboratory

Project Tagged In: corrosion, deicer impact, equipment asset managment, preventative maintenance

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