Society's Child
The explosion occurred at the CSX Coal Plant Building in South Baltimore on Thursday morning. The massive explosion sent shockwaves through the city, with some questioning whether Baltimore had been hit by an earthquake.
City fire officials tweeted that the scene was "under control" not longer after arriving, revealing there had been no injuries discovered yet and all hazards in the area had been contained.
Images from the explosion show huge clouds of smoke rising up out of the scene.
The shockwaves also caused local damage, with some nearby buildings photographed with their windows shattered.
Hazmat crews, special rescue teams, and fireboats all responded to the industrial area after reports of the blast. Baltimore City Councilwoman Phylicia Porter tweeted that she was working with Mayor Brandon Scott to address the situation "as swiftly and safely as possible."
City residents have been warned by authorities to stay clear of the area as they conduct their investigation. Baltimore Fire Department spokesperson Blair Adams told the Baltimore Sun that the explosion was caused while coal was being transported on a conveyor belt and coal dust buildup caused the eventual explosion.
Adams insisted, however, that there is "no impact or risk to the community."
Reader Comments
After all energy prices (for heat to warm a house, and to fire appliances to create a meal) are going through the roof. This could be a very useful commodity, to power energy turbines, when living in a digital powered world, where power could be stopped at the flick of a switch.
Justthinking.
Strange, in a coal mine area never heard of it before, saw dust, new one on me. Any combustibles were not allowed in or near a coalmine.
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Coal mine explosions were quite common in early times, and the danger of coal dust explosions is well-known. As such, the safety regulationa are quite strict, and electrical installations must follow much stricter rules than for usual installations. All components in danger zones must be spark-proof.
Explosion limits depend on the coal, but are usually in the range of 50 ... 7000 g/m3 (gramm per cubic meter).