Safety stewardship from shore to sea

From Alyeska Pipeline

Crowley personnel at work in Prince William Sound.
Crowley personnel at work in Prince William Sound.

Crowley is a key partner in Alyeska’s Ship Escort/Response Vessel System. The company owns and operates the tugboats that escort tankers through Prince William Sound and docks them at the Valdez Marine Terminal. Crowley also maintains and staffs the other vessels in the system, like the oil spill response barges located around the Sound. There are over 100 Crowley employees on shift and ready to respond at any given time. These employees may be separated by several miles of land and ocean, but their commitment to safety is bridged from shore to sea.

That bridge is personified by the Safety Advocate Program, started in 2009. Safety Advocates are usually long-time vessel captains or crew who take on year-long assignments to facilitate and improve safe practices in the fleet. Longtime advocate and Crowley Master Richard Frost says he’s a liaison between deck and shore, observing jobs with a keen eye towards safety, and raising concerns from the fleet.

In a normal six-week shift, Frost is in the field about half the time, tagging along on tanker escorts, crew changes, mid-Sound tether drills and other jobs. Crowley has recently implemented a ship visit program, where deck officers from Crowley will visit a tanker and exchange perspectives. Frost credits these visits with a recent reduction in line handling incidents. Crews consistently sit down before each job – no matter how routine – and go over roles, risks and concerns. This ensures that everyone is on the same page before heading to work.

“I continue to be impressed by participation,” said Frost from his shore-side office. “Everyone is very conscious now.”

Feedback runs in both directions. In December, a tug crew brought up an issue: much of their personal protective equipment had water-sensitive lights that would activate if they ever fell overboard, but their work vests did not. Frost went to work researching available models and two weeks later sent two choices into the field for testing. The crew performed a thorough assessment, made a recommendation, and several weeks later Frost distributed lights to crews around the Sound.

“Having crews see their input taken is important,” noted Frost. “It makes them take the process seriously.”

• Submitted by Alyeska Communications.

Homer students present program on effects of oil spills

By JESSICA RYAN
Kachemak Bay Research Reserve

At the Homer oil spill Discovery Lab, a Homer student demonstrates the use of absorbents to soak up oil.
A Homer student demonstrates the use of absorbents to soak up oil.

Fifth and sixth grade students from Fireweed Academy, a charter school in Homer, created the first ever student-led public Discovery Lab program on the topic of the Exxon Valdez oil spill, titled “25 Years After the Spill”.

Fireweed Academy students are known to engage in the old adage “learn by doing.” The students learned about the effects the Exxon Valdez oil spill by researching the history of the spill and its subsequent impacts to Alaska’s wildlife and human communities. Kachemak Bay Research Reserve educator Catie Bursch and Fireweed Academy principal/teacher Kiki Abrahamson, and teacher Kris Owens guided the students.

Bursch, Abrahamson and Owens encouraged students to interview their parents and others who lived through the spill, and to use the web to find information about the lasting impacts of the spill. The students then developed written content, activities and games to convey this information to the public; advertised the event; and presented the information at the public Discovery Lab on February 5.

Fireweed Academy students with a mock spill worker dressed in protective garb.
Fireweed Academy students with a mock spill worker dressed in protective garb.

Students posted flyers and notified parents and friends. They set a goal to have the highest attendance ever at a winter Discovery Lab. The public responded with enthusiasm, and on the day of the event the Discovery Lab classroom at the Islands and Ocean Visitor Center was buzzing with participants. 125 visitors walked in the door in addition to the 24 students, setting a new winter attendance record!

In preparation for the big event, students set up and ran through the lab with 60 Fireweed Academy students in grades 3 and 4 at their school. The colorful, hands-on displays included:

  • Demonstrations of oil dispersal and cleanup methods
  • A life-sized oil spill worker with appropriate safety gear and symptoms of what could happen if the gear wasn’t used
  • A wildlife recovery matching game
  • Information about different kinds of oil and oil dispersants.

To test student comprehension, Research Reserve education coordinator Jessica Ryan conducted a six-question pre-test in November, before students began this project, and a post-test with the same six questions at the conclusion of the February program. The improvement in test scores was dramatic. Before the event, only half of the students could even name the vessel that caused the spill. By the conclusion of the lab, all of the students knew not only that the Exxon Valdez had caused the spill, but the date of the spill, how much oil was spilled, and the type of oil spilled. Students learned not only about effects of the Exxon Valdez oil spill through their development of the lab activities, but they also focused on improvements to spill prevention and response since that time through activities that taught about double-hulled tankers systems and bioremediation.

At the Homer oil spill Discovery Lab, students demonstrate the effects of wind on oil distribution.
At the Homer oil spill Discovery Lab, students demonstrate the effects of wind on oil distribution.

Fireweed’s Abrahamson felt that this opportunity for students to develop and present their own Discovery Lab program was a worthwhile use of their time and dove-tailed nicely with several of their curriculum goals.

Research Reserve oversight of partnership between the Reserve and the school was made possible thanks to funding support provided by the Prince William Sound Regional Citizens’ Advisory Council.

Students design remotely operated oil spill response vehicles in Seward ocean science competition

By MARITA KLEISSLER, Education Specialist at Prince William Sound Science Center, and
WIL TUSHAUS, AmeriCorps Member at Prince William Sound Science Center.

The first place winning team from Homer working together to create their ROV.
The first place winning team from Homer working together to create their ROV.

Since 2012, Prince William Sound Science Center educators have taken remotely operated vehicle, known as “ROV,” kits to the Alaska Tsunami Ocean Sciences Bowl in Seward, where teams from across Alaska participated in the ROV Challenge.

This science bowl is a regional competition for Alaska high school students on topics related to the study of the oceans. Winning teams go on to compete against teams from across the United States. The challenge was one part of the bowl.
Students constructed the ROVs out of PVC piping. Bilge pumps were used as motors. To simulate the navigational precision and maneuverability needed for an oil spill cleanup, students maneuvered the ROVs through hula hoops, picked up a neutrally buoyant ring and placed it on an underwater hook, retrieved a beach ball and brought it poolside, and hovered in front of a target.

Teams were judged on how well they completed each task and how well they worked as a team. Homer, Dillingham, and Petersburg teams placed first, second and third, respectively. Everyone had a great time designing, building, and driving their ROV.

“I came here for this,” one student commented, “Thank you very much.”

The ROV Challenge was made possible by funding from the Prince William Sound Regional Citizens’ Advisory Council and the Oil Spill Recovery Institute, and with the assistance of Cordova High School student volunteers.

Photos by Ryan Johnson.

The Petersburg team cheers as their ROV reaches its goal.
The Petersburg team cheers as their ROV reaches its goal.

Read more

Skip to content