VIDEO: Duke Demolishes Dan River Steam Station

By Editors of Power Engineering

 

 

Duke Energy yesterday completed demolition of the 276-MW Dan River Steam Station in North Carolina. The 60-year old coal-fired plant was brought down by a series of controlled implosions.

An implosion early Sunday morning brought down the plant’s power house and three boilers. A subsequent implosion on Monday brought down the remaining precipitator. The two events were the culmination of nearly two-years of preparation and mechanical demolition at the site. 

Duke continues to excavate the coal ash basins at the Dan River site. Coal ash from seven decades of plant operations is currently stored in two ash basins and a dry ash storage area on site. Crews have so far removed more than 750,000 tons of coal ash by rail to a fully-lined landfill in Virginia. About half of the approximate 3 million tons of coal ash will be stored at this site, with the remaining ash stored in a new facility on plant property. 

The 1949 Dan River plant was retired in 2012 when a new 620-MW natural gas-fired combined-cycle plant began commercial operation.

To date, Duke Energy has retired seven of 14 coal plants in North Carolina.

Did You Like this Article? Get All the Energy Industry News Delivered to Your Inbox

Subscribe to an email newsletter today at no cost and receive the latest news and information.

 Subscribe Now

Whitepapers

Shell Leverages Data to Transform from Reactive to Predictive Operations

This 6-page report describes how Shell engaged in a massive project with OSIsoft to transform the...

Selection, Use, Care and Maintenance of FR Clothing

For industries operating in an inherently dangerous environment, the importance of selecting the ...

Evolution or Revolution: IT / OT convergence means a world of possibilities

The oil and gas industry is experiencing a rapid paradigm shift in regards to digital transformat...

Predict, Prescribe, Profit: Creating a World that Doesn't Break Down

What are you doing to reduce unplanned downtime at your plant? Equipment breakdowns and process i...