URI aided in discovery of El Faro’s ‘black box’

URI aided in discovery of El Faro’s ‘black box’

Record-Journal


KINGSTON — The University of Rhode Island played a key role in the discovery Tuesday of the “black box” of El Faro, the cargo ship that sank off the Bahamas in a hurricane last fall.

URI’s Inner Space Center at the Graduate School of Oceanography provided telepresence technology and expertise to assist with the search.

Dwight F. Coleman, center director, worked closely with the National Transportation Safety Board and the Woods Hole Oceanographic Institution to install the technology on the research vessel Atlantis, the ship from Woods Hole, Mass., that conducted the search.

“Finding an object about the size of a basketball almost 3 miles under the surface of the sea is a remarkable achievement,” said NTSB Chairman Christopher A. Hart. “It would not have been possible without the information gained during the first survey of the wreckage and the equipment and support provided by Woods Hole Oceanographic Institution, the National Science Foundation, the U.S. Coast Guard, the U.S. Navy, the University of Rhode Island, and the many other partners involved in this effort.”

Coleman said URI’s “cutting-edge telepresence technology helped provide critical clues to investigators to determine why the El Faro sank. There’s some mystery as to what happened, so finding the voyage data recorder could reveal key details about the critical moments before the sinking.’’

The 790-foot cargo ship, loaded with shipping containers and cars, sank Oct. 1 during Hurricane Joaquin on its way from Jacksonville, Fla., to San Juan, Puerto Rico. All 33 crew members died, making it one of the worst disasters involving an American cargo vessel in decades.

The ship was found a month later in about 15,000 feet of water, but the voyage data recorder — a black box-type device — was never located.

So far, video has shown that the two upper decks, including the navigation bridge, had separated from the El Faro’s hull and were about a half mile away on the ocean floor.

On April 16 and 17, Coleman installed ship-to-shore telecommunications equipment on the Atlantis, and supervised an upgrade to the ship’s satellite-tracking antenna to allow high-definition video broadcasts to stream ashore.

He also helped install telecommunications equipment at NTSB’s headquarters in Washington, D.C., to receive the broadcasts and enable two-way communication. This allowed NTSB investigators and other experts on shore to participate in the search and identify the voyage data recorder on the seafloor, Coleman said.

The data recorder should have recorded audio from the bridge and information about the ship’s speed and course.

Woods Hole, partnering with NTSB, had searched a 13.5-square-mile debris area in the Atlantic Ocean in recent days. The team used an autonomous underwater vehicle, known as Sentry, to collect sonar data and high-resolution photographs of the debris.

“We hope our technology can be used in future investigations — other shipping accidents or plane disappearances in the ocean,’’ said Coleman. “We hope to use the technology to accelerate search and recovery operations and make them more affordable. If you can find what you’re looking for faster, you’re saving expense and solving the case sooner.’’

(Investigators said deep-sea salvage equipment would be needed to retrieve the recorder, which is attached to a steel beam extending from El Faro’s mast. They expect to return to the site with the proper equipment in the next few months, the Miami Herald reported.)

The Inner Space Center, located on URI’s Narragansett Bay campus, was developed through the efforts of marine explorer and URI Professor Robert Ballard. Largely funded by a bond issue approved by Rhode Island voters in 2004, the facility opened in 2010.

The center’s mission is to expand participation in seagoing oceanographic research in real time by connecting scientists on ships with their colleagues on shore. It’s modeled after Mission Control at the Johnson Space Center in Houston.

“What we do at our center is similar to what NASA does to communicate with astronauts in space,’’ said Coleman. “Thanks to satellites and advanced internet technologies, we can interact with scientists live onboard and participate in decision making in real time.’’

The center, the only one of its kind, supports the research missions of the R/V Endeavor, a URI research vessel; the exploration vessel Nautilus, Ballard’s research ship; and the Okeanos Explorer, which is based at Quonset Point and is owned and operated by NOAA.


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