Although the sheer volume of lead that vaporized in the Notre Dame fire was unique, fire restoration practitioners need to be aware of the likelihood that lead may be present in any fire-damaged structure, especially those built after 1978. (Credit: Baidax/Wikicommons) Although the sheer volume of lead that vaporized in the Notre Dame fire was unique, fire restoration practitioners need to be aware of the likelihood that lead may be present in any fire-damaged structure, especially those built after 1978. (Credit: Baidax/Wikicommons)

On April 15, 2019, a fire broke out beneath the roof of the Notre-Dame de Paris Cathedral in Paris. Over 400 firefighters fought the blaze, which grew uncontrollably and consumed approximately two-thirds of the roof structure, including the 300-foot wooden spire. The spire ultimately crashed through the roof, bringing down with it stone, stained glass windows, and the handcrafted, vaulted oak ceiling dating back to the 13th century. The initial damage assessments for the restoration of the cathedral and many of its priceless artifacts range from $790 million to $1 billion.

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