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Tribute in Light still burning bright

Photo by Milo Hess The twin shafts of the Tribute in Light reach four miles into the sky and can be seen up to 60 miles away.
Photo by Milo Hess
The twin shafts of the Tribute in Light reach four miles into the sky and can be seen up to 60 miles away.

As night fell on Sunday, the annual Tribute in Light blazed to life in Lower Manhattan to memorialize the 2,983 people who were killed in the 9/11 attacks fifteen years ago.

Downtown Express sent photographer Milo Hess the roof of the 8-story Battery Parking Garage at 70 Greenwich St. where the lights are set up to get an inside look at the display.

The twin shafts of light are formed by 88 xenon spotlights laid out in two 48-foot-wide squares to resemble the positions of the Twin Towers, just a few blocks south of the World Trade Center site.

With each spotlight burning at 7,000 watts the combined 616,000-watt twin beams are the most powerful light ever projected from Earth, and are visible from up to 60 miles away as brilliant blue shafts reach four miles into the sky.

The power for the lights comes from generators fueled, since 2008, with biodiesel made from local restaurants’ used cooking oil, provided by Bronx-based Tri-State Biodiesel.

The original display was lit on March 11, 2002, marking six months since the 9/11 attacks, and since 2003, it has returned annually on Sept. 11.

Though originally organized by the Municipal Arts Society, the display is now handled by the National 9/11 Memorial and Museum.

Annual funding for the Tribute in Light, which costs $350,000 to put on, is generally ad hoc, and past years’ displays have repeatedly been predicted to be the last. Earlier this year, however, the Lower Manhattan Development Corporation allocated a $700,000 grant to the memorial to fund the tribute through 2017.

Photo by Milo Hess The 88 spotlights are arranged in two 48-foot-wide squares to resemble the positions of the Twin Towers.
Photo by Milo Hess
The 88 spotlights are arranged in two 48-foot-wide squares to resemble the positions of the Twin Towers.

 

Photo by Milo Hess Each spotlight burns a 7,000-watt xenon bulb.
Photo by Milo Hess
Each spotlight burns a 7,000-watt xenon bulb.

 

Photo by Milo Hess The combined 616,000-watt twin beams are the most powerful light ever projected from Earth.
Photo by Milo Hess
The combined 616,000-watt twin beams are the most powerful light ever projected from Earth.