When the Simushir was adrift, Alaska was ready, BC and Canada were not. Here’s why

When the Russian container ship Simushir lost power in heavy weather west of Haida Gwaii last Thursday and driven by westerly winds came dangerously close to the rocky coast, Canada and British Columbia had to scramble to get vessels to the ship and try to tow it out of danger to Prince Rupert.

Like all other issues on the west coast, the debate is raging.

Simushir
The Simushir tied up at the Ridley Island container port. (Prince Rupert Port Authority)

“Peter Lantin, president of the Haida Nation, told the media at the time, “It was luck.” On Tuesday, Lantin issued another statement, saying. ““Unfortunately, I don’t think anyone considers 20 hours a world class response time. The fact of the matter is that the federal government has little interest in protecting the west coast. From all indications their policy is to calculate an oil spill as an acceptable loss, based on a business model, not on the reality that coastal British Columbians live every day.”

It appears that the Simushir operation was lucky. The normal westerly winds that could have driven the ship onto the rocks of Haida Gwaii changed to southeasterly, keeping the Simushir off shore.

The American heavy duty tug  Barbara Foss just happened to be available. The Barbara Foss was towing a cargo barge between Prince Rupert and Whittier, Alaska. The barge was left in Prince Rupert and the tug headed out off the coast of Haida Gwaii a trip that took about 48 hours. (There are also  heavy duty Smit tugs at Prince Rupert which joined the operation on Hecate Strait to escort the Simushir into port.  There are now reports that the Simushir‘s owners chose to hire the Barbara Foss rather than Smit)

The Canadian Coast Guard vessel Gordon Reid tows the Simushir away from the coast of Haida Gwaii.  (Maritime Forces Pacific)
The Canadian Coast Guard vessel Gordon Reid tows the Simushir away from the coast of Haida Gwaii. (Maritime Forces Pacific)

It took the first Canadian Coast Guard vessel, the Gordon Reid, about 14 hours to reach the Simushir (according to Coast Guard officials the original report of 20 hours was wrong). The Gordon Reid did manage to get lines on the Simushir and pull the ship away from the coast, only have the tow lines part (break) three times. So the three Coast Guard vessels, two from Canada, the Gordon Reid and the Sir Wilfred Laurier and the US Coast Guard cutter Spar had to wait for the Barbara Foss to arrive.

Jonathan Whitworth, CEO of Seaspan, speaking to Mark Hume of The Globe and Mail,  “it was just bad luck” that none of the tugs that regularly work up and down the west coast were  available at the time.

Whitworth told The Globe and Mail that there are about 80 boats between Alaska and Vancouver that could have towed the Simushir to safety. He said that the fact there were no tugs in the immediate vicinity as a “fluke.”

“We certainly have large tugs operating in Haida Gwaii on log barges, for example. So it will be a 6,000-horsepower tug that would [typically] be in that area. It just so happened that over the weekend our two biggest tugs which transit that area were down south,” Whitworth told The Globe and Mail.

Whitworth said that permanently stationing tugs at Haida Gwaii would be both be unnecessary and too expensive.“If there had been a tug stationed in Haida Gwaii then it could have responded possibly quicker. But who’s going to pay for that?  Surprisingly from a tug owner it’s not going to be [my view] that there should be a tug every 50 metres up the coast.”

Effective response

In a news release, Rear Admiral Dan Abel, commanding the US Coast Guard 17th District, Alaska said.

“The trusted partnership we have with our Canadian counterparts continues to be a vital component to protecting lives at sea and mitigating potential maritime emergencies. We are pleased this case ended with a positive outcome; preparing for the worst case scenario is the first step in an effective prevention and response plan.”

The question now being asked up and down the BC coast has the provincial or federal governments really have an effective prevention and response plan? If the BC coast had trouble handling a container ship in trouble, how is it ever going to handle a Very Large Crude Carrier loaded with diluted bitumen?

According to the US Coast Guard, although the Simushir was adrift off the coast of Haida Gwaii, the incident triggered Alaska’s emergency response plan. “Coast Guard Sector Juneau deployed six members, including the sector’s commander, to Ketchikan to establish the foundation for a unified command and to exercise their sub area contingency plan with state and local partners.”

Key to Alaska’s response, is a system ready to go soon after a distress call is received. The Emergency Towing System (ETS) has prepackaged equipment that can be transferred to a disabled vessel either by helicopter or tug, depending on the size and position of the vessel in distress.

US Coast Guard C-130 Hercules and Skyhawk helicopter on standby at Sandspit airport.  The Hercules carried  one of Alaska's Emergency Towing Systems in case it was needed.  (US Coast Guard)
US Coast Guard C-130 Hercules and Skyhawk helicopter on standby at Sandspit airport. The Hercules carried one of Alaska’s Emergency Towing Systems in case it was needed. (US Coast Guard)

The United States Coast Guard deployed two of its Emergency Towing Systems last week to support the Simushir operation, one on a C-130 Hercules dispatched to Sandspit, the second on board the cutter Spar.

While the Alaska ETS systems were not used in the Simushir incident, how Alaska came up with the system is a lesson for British Columbia, for that state-wide program was started by the tiny municipality of Unalaska after a ship quite similar to the Simushir lost power and came within 15 minutes of running aground in Unalaska Bay.

Now just seven years later those Emergency Towing System packages are pre-positioned up and down the Alaska coast, while although Enbridge proposed the Northern Gateway in 2005, here in Canada both the provincial and federal governments make paper promises about a “world class” response system but so far nothing has happened.

Salica Frigo

Salica Frigo
Salica Frigo photographed in 2006 (Clipper/Wikipedia Commons)

The Salica Frigo incident in March 2007 was similar to the Simushir incident and like the Simushir, there was luck involved.

According to an Associated Press report at the time, quoting 2005 figures, Dutch Harbor and Unalaska was, for the 17th straight year,  the United States leading fishing port for seafood landings in poundage. Commercial fishermen offloaded 887.6 million pounds of fish and shellfish in 2005. The value of its catch, $166.1 million, was second to New Bedford, Mass.

About three years earlier, another ship, the 225 metre (738-foot) Selandang Ayu experienced engine problems, shut off its engines, drifted and ran aground Dec. 9, 2004, in Skan Bay on Unalaska Island’s west side.

Six crewmen died when a US Coast Guard helicopter trying to rescue them crashed. The Selandang Ayu broke in two and spilled an estimated 321,000 gallons of fuel oil, contaminating 54 kilometres (34 miles) of coastline. AP reported that at the time of the Salica Frigo incident in 2007, the cleanup for the Selandang Ayu was more than $100 million.

The Salica Frigo was 135 metre (443 foot) Spanish-flagged ship, the same size as the Simushir.

On Thursday, March 8, 2007, the Salica Frigo was partially loaded with seafood and tied up at dock in Captain’s Bay in Dutch Harbor, Alaska Winds were from the north, from 30 to 40 knots gusting to 60 to 70 knots. The winds began to drive the Salica Frigo away from the dock and the local marine pilot, Capt. Stephen Moreno, consulting with the captain, ordered the ship to sea to ride out the winds. “He really didn’t have enough ground tackle to safely anchor,” Moreno told the AP.

The AP report says Moreno guided the Salica Frigo out to sea, plotted a safe course and then the pilot returned to port. At about, 3 am on March 9, the engine failed. It was not until an hour later, at 4 am, according to KIAL News the Salica Frigo’s captain called the marine pilots and the Coast Guard.  North winds were blowing the ship back toward the harbor.

“If it had been from the south, he would have blown offshore,” Moreno told the AP.

The powerless ship drifted for more than three and a half hours toward the shore. Two tugboats came to the ship’s aid but could not establish lines to the stricken vessel.

Moreno and Coast Guard officials estimate the Salica Frigo was just 15 minutes from grounding when crew members were able to restart the engine at 6:43 a.m.

Emergency Towing System

Just weeks later, the Mayor of Unalaska,  Shirley Marquardt created and convened a “Disabled Vessel Workgroup” that was tasked with developing a “an emergency towing capability for disabled vessels in the Aleutians using locally available tugboats and an emergency towing system.”

For a demonstration project from July 20 to August 1, 2007, Unalaska had put together and purchased a system suitable for vessels up to 50,000 dead weight tons (DWT) while the state, the the Alaska Department of Environmental Conservation was planning to purchase a system capable of towing vessel greater than 50,000 DWT.

The two types of Emergency Towing System packages are  pictured in the operations manual. (Alaska Dept. of Environmental Conservation)
The two types of Emergency Towing System packages are pictured in the operations manual. (Alaska Dept. of Environmental Conservation)

In a news release (pdf) at the time of the exercise, the Alaska Department of Environmental Conservation, said

In the last decade, several distressed or stricken vessels in the Aleutian Islands have adversely impacted the community of Unalaska. In a few cases, these incidents were the cause of environmental and economic repercussions.

In each situation, the vessel was a large tramper or cargo type ship, generally carrying fuel in bottom tanks, thus posing a significant pollution risk. Roughly 67% of port calls to Unalaska/Dutch Harbor in 2004 were either container ships or tramper/reefer vessels.

“These accidents can be devastating to Alaska’s environment and communities. Our goal is to enhance the ability of local assets to respond to distressed vessels in need of assistance due to engine failure,rudder failure, or any other failure which compromises the safe navigation of a vessel,” said DEC Commissioner Larry Hartig.

Tugs not always ready

ETS on tug
The Emergency Towing System deployed on a tug. (Alaska Dept. of Environmental Conservation)

The other point in the 2007 ADEC news release is a note that tugs are not always equipped for operations such the one involving the Simushir

Generally tug boats (primary responders in this area) have some capability of retrieving vessels but they are not dedicated to this service and therefore the equipment aboard is not representative of equipment needs in this highly specialized situation. The recommended emergency towing system
will enhance local assets with the ability to respond to an emergency with all the proper equipment necessary to retrieve a distressed vessel.

The Unalaska resident tugs Gyrfalcon and James Dunlap are the most consistent local assets in the Unalaska region, but there are many other tugs in the area at any one time and thus this system is intended to be universally deployable.

The demonstration project, a partnership between the town, the state, the Coast Guard and the private sector was successful.

ETS and helicopters
US Coast Guard helicopters deploy the Emergency Towing System (Alaska Dept. of Environmental Conservation)

In 2014, the Alaska Emergency Towing System project official website  says

An Emergency Towing System (ETS) is a pre-staged package of equipment that may be deployed in the event a disabled vessel requires assistance in accessing a place of refuge. A manual that instructs responders on the operations of system as well as procedures for deployment accompanies the system. The system is designed to use vessels of opportunity to assist disabled vessels that are in Alaskan waters. It consists of a lightweight high performance towline, a messenger line used in deploying the towline, a lighted buoy, and chafing gear. These components may be configured to deploy to a disabled ship from the stern of a tugboat or airdropped to the ship’s deck via helicopter.

In December 2010, Unalaska’s plan worked, the town’s ETS system was deployed to assist the disable cargo vessel Golden Seas. “This equipment, along with the availability of an appropriate sized towing vessel helped avert a possible grounding.” the ETS website says.

Since 2007, the Alaska Department of Environmental Conservation has purchased and stored 10 inch Emergency Towing Systems at the USCG Air Station in Kodiak and Sitka, the Navy Supervisor of Salvage warehouse at Fort Richardson, and the Emergency Response warehouse in Adak, Alaska.

Alaska map
Map shows where the Emergency Towing System is deployed across Alaska/. (Alaska Dept. of Environmental Conservation)

The Emergency Towing System can be deployed by helicopter or by tug.  A helicopter can lower the tote or cage containing the towing gear onto the deck of the distressed ship. If the tote or cage is carried to the scene by a tug the crew the usual procedure is to use a helicopter to deploy the tote/cage to the distressed vessel or the tug crew. Depending on the circumstances, and although it is not part of the regular system, the tug crew can also line-gun projectile across the deck of the distressed ship so the crew can pull a “messenger line” attached to the tow line on board.

And as for Canada, Gail Shea, Minister of Fisheries and Oceans, answering questions in the Commons Monday about the Simushir incident did nothing more than speak off a prepared script, answering two questions from Nathan Cullen, NDP MP for Skeena Bulkley Valley and from Joyce Murray, Liberal MP from Vancouver Quadra, she said future operations were the responsibility of the private sector,

The Russian ship lost power outside Canadian waters in very rough weather. The private sector provides towing service to the marine industry.
We are grateful that the Canadian Coast Guard was able to keep the situation under control in very difficult conditions until the tug arrived from Prince Rupert.

Whitworth told the Globe that with increased tanker traffic whether LNG or bitumen, the number of tugs on the coast will increase, a point also made by supporters of the various projects.

But without a real commitment from the government for marine safety on the west coast, it is clear, even with the prospect of Very Large Crude Carriers with bitumen or Liquefied Natural Gas tankers plying the coast, the Harper Government considers marine safety nothing more than a case of a paper ship upon a paper ocean.

With such indifference, it is likely that local communities up and down the British Columbia coast will have to follow the example of the small town of Unalaska, population  4,376 in 2010 and create the northwest coast’s own emergency system.

Bitumen excluded from data for federal tanker study, documents reveal

Tanker risk map
Transport Canada tanker report map shows current risk for spills in BC (Transport Canada)

 

Genivar report
Cover of Genivar tanker report (Transport Canada)

 

The possible effects of a bitumen spill on Pacific waters were not considered in the oil response preparedness report released last week by the Harper government, the background data study reveals.

The consulting firm that did the study for Transport Canada, Genivar Inc, had no reliable data on the effect of a bitumen tanker disaster—because, so far, there has been no major ocean disaster involving diluted bitumen.

Instead, Genivar, based its findings on potential hazards and response on existing data on crude oil spills.

The Genivar study, however, does warn, that if the Enbridge Northern Gateway project does go ahead,  the spill risk from diluted bitumen carrying tankers in Douglas Channel and along the north Pacific coast will jump from “low” or “medium” to “very high.” If the twinning of the Kinder Morgan pipeline goes ahead, then the risk in Vancouver also jumps to “very high.”

The question of how bitumen might behave in the cold and choppy waters of the North Pacific was hotly debated during the Northern Gateway Joint Review hearings earlier this year. Enbridge Northern Gateway based its position on laboratory studies, studies that were challenged by environmental and First Nations intervenors, pointing both to the unknowns of the ocean environment and the continuing problems Enbridge has in cleaning up the spill in the Kalamazoo River in Michigan.

Genivar tried to base its report to Transport Canada on existing data on oil spills and related hazards. What it found instead is that that there are often gaping holes in the reporting and monitoring of oil spills world wide, especially small and medium sized spills.

Lack of data also meant that Genivar had little to go on when it calculated the effect on an oil spill on key areas of interest to northwest British Columbia, the recreational fishery and tourism.
Genivar, however, did uncover disturbing data about the long term effects of oil spills, studies that show even minute amounts of remaining oil can still disrupt the marine environment 40 years after an event.

The Genivar report, Risk Assessment for Marine Spills in Canadian Waters Phase 1: Oil Spills South of 60th Parallel, was completed in November, then passed on to the “expert panel” that released their own report: A Review of Canada’s Ship-source Oil Spill Preparedness and Response Regime — Setting the Course for the Future. That second report was based not only on the data provided by Genivar but on the expertise of three panel members, their visits to some locations and input from government, industry, First Nations and municipalities.

Transport Minister Lisa Raitt and Natural Resources Minister Joe Oliver unveiled the second report at a glitzy media event  in Vancouver on Tuesday, December 10. At that time the expert panel report was released to the media along with an abstract of the data.

The actual data report was not posted; it had to be requested through the Transport Canada website, which is how Northwest Coast Energy News obtained the background study.

High risk for Kitimat

Transport Canada tanker report
Expert panel tanker risk assessment report cover (Transport Canada)

The expert panel found “a very high risk” of oil spills in two areas of the Pacific Coast, in the north around the ports of Kitimat and Prince Rupert and in the heavy ocean traffic area of southern British Columbia, especially Port Metro Vancouver and into Washington State.

The expert panel made 45 recommendations that covered a wide range of issues including eliminating the present $161-million liability limit for each spill and replacing it with unlimited liability for polluters, annual spill training involving the Canadian Coast Guard, Environment Canada, provincial and local authorities and the private sector, increased and improved annual spill training exercises, basing risk assessment on local geography and conditions and faster emergency responses to spills.

The expert panel calls for greatly increased research on the ocean environment at a time that Harper government has been gutting environmental research across Canada, while spinning that its policies are “science based.”

The science and technology around both the movement of oil and spill response has advanced significantly over the past several decades. We feel that while some aspects of the Regime have kept pace with these developments, in some areas, Canada has fallen behind world-leading countries like Norway and France. This can be attributed to a general lack of investment in research and development as well as the lack of coordination between industry and government over research priorities.

The Government of Canada should work closely with industry to establish a national research and development program for oil spill preparedness and response. The program should be co-funded by industry and the Government, and the research priorities should be set through a collaborative process that involves academia, where possible. Like the Regime itself, we view this program as a partnership between industry and government.

We envision that this program would also seek to leverage the work being done internationally on oil spill preparedness and response. The program should seek to establish partnerships with other world-leading countries in order to stay current on international advances and new technologies.

The expert panel, however, does not say how the federal government is expected to pay for meeting BC Premier Christy Clark’s condition for a “world class” spill prevention and response system at a time that Finance Minister Jim Flaherty is determined to balance the budget and the Harper government is continuing to cut back government services.

Bitumen excluded

On bitumen, the Genivar data study says:

Modified bitumen products represent the majority of the “crude carried as cargo” in
Pacific sub-sector 5. They are not modelled as a separate category in this spill behaviour analysis but are represented as “persistent crude”.

Changes in spill behaviour depend to some extent on the environmental conditions at the time of the spill, as described in greater detail below. However, over the range of wind and sea conditions typically experienced in the Canadian marine environment, changes in oil properties are not overly sensitive to variations in climatic values, so a single set of wind and sea conditions will be used in the analysis.

The idea that “changes in oil properties” not being sensitive to variations in climate was also frequently challenged before the Joint Review Panel.

On the increase in traffic volume if the Northern Gateway project goes ahead, the Genivar report says.

Enbridge Inc. has proposed to construct a marine terminal at Kitimat, B.C. and a dual pipeline from the terminal to oil sands production in northern Alberta. The terminal would handle up to 193,000 barrels/day of imported diluents (i.e., low-gravity condensate) that would be piped to Alberta and used to dilute bitumen to enhance its flow properties. The diluted bitumen would then be piped to Kitimat at rates up to 525,000 barrels/day that would be shipped by tanker to export to markets in Asia and California.

At full capacity, the import of diluent and export of diluted bitumen would total up to 35 Mt/year. This amount is comparable to the currently-shipped volume in the Pacific sector related to volumes being exported from Vancouver and related to volumes being exported from the Alaskan to Washington State trade.

It goes on to say that the current tanker traffic on the north Pacific coast “has negligible risk in the near shore and intermediate zones, but significant potential spill frequency in the deep-sea zone related to the Alaskan trade.” Similarly, according to Genivar the environmental risk in the region “currently ranges from ‘medium’ to “very low” from near shore to deep-sea zones, respectively…. mainly driven by a combination of physical and biological features.”

The increase in traffic from Northern Gateway would likely increase the environmental risks. The the near shore risk from would jump from “very low” to “very high.” For the largest spill category, deep-sea risk would likely increase from “low” to “medium.”

No data on recreational or traditional First Nations fishery

To study the effect on an oil spill on the fishery, Genivar used data from the Department of Fisheries and Oceans as the provinces to gauge “the port value of commercial fishing and the value of the fish, shellfish and aquaculture” in each zone it studied and then compared it to the the national averages for commercial fishery. Those figures included any commercial fishery by First Nations.

But Genivar noted, there is no reliable data on either the recreational fishery or the First Nations traditional, food, social and ceremonial fishery, saying:

It is important to highlight that this indicator does not consider recreational or traditional fishing. The importance of this industry is notable and an oil spill could damage the recreational fishing stock as well. However, the absence of comparable data and the fact that this study is restricted to federal and international data, and some provincial data from Quebec and Ontario for commercial fisheries, limits the ability to include recreational fishing… Nevertheless, as an absolute index, it will provide an overall vulnerability in the event of an oil spill.

The ongoing impact of cutbacks at Fisheries and Oceans has had a continuing impact on the northwest, especially in the controversial halibut recreational fishery, where DFO has admitted that it is basically guessing the size of each year’s recreational halibut catch.

Tourism

Genivar also notes that lack of reliable data on the effect on a oil spill on tourism. The consultants go so far as to say one of the indicators they will use to measure the effect of any oil spill on tourism would come from “data extracted from the 2011 National Household Survey at the census division level and the accommodation and food services data will be used.”

The “National Household Survey” is also known as the long form census and it is the National Household Survey that the Harper government made voluntary rather mandatory, decreasing the reliability of the data. Global News recently analyzed those who had contributed to the survey and found that it poor people, the very rich and people in low population areas were least likely to fill out the voluntary census—which means the data for northwest BC is likely highly unreliable from the 2011 survey even though “The census divisions in coastal regions will be selected for each of the sub-sectors. This method will express the economic vulnerability of each sub-sector to a potential collapse in tourism following a spill.”

Despite the importance of cruise ship traffic on the west coast, Genivar notes, “In Canada, data for passenger vessels were unavailable.”

It also notes that “this study does not specifically take into account national parks and other landmarks, since their influence on tourism is indirectly included in the tourism employment
intensity index” so that Genivar could create what it calls the Human-Use Resource Index (HRI), even though that index appears to be based on incomplete data.

Coast Guard plans to pump oil from sunken WWII transport in Grenville Channel

The Canadian Coast Guard says it will undertake “a significant environmental response operation” because more oil is leaking from the sunken Second World War United States Army Transport vessel, the Brigadier General M.G. Zalinski. 

The Coast Guard says that an operation known as “hot tapping” will be used to remove the oil from the Zalinski. Hot tapping was used recently to remove fuel from the sunken cruise liner Costa Concordia off Italy and the container ship Rena which broke up off New Zealand.

The Coast Guard says:

Hot tapping is a well-known and frequently used method of removing oil from the tanks of stricken vessels. Holes are carefully drilled into the side of the vessel to access fuel-tanks and then hot steam is pumped into the tanks. The steam increases the temperature of the oil and enables it to flow more easily. The oil is then pumped to the surface for safe disposal.

The procedure can be done with holes of very small sizes up to very large diameters. Hot tapping is used in both marine and land-based scenarios.

 

The red sections in the image above represent the fuel tanks of the Zalinski; the possible locations for hot tapping of the vessel. The yellow sections represent the cargo holds. (Canadian Coast Guard)
The red sections in the image above represent the fuel tanks of the Zalinski; the possible locations for hot tapping of the vessel. The yellow sections represent the cargo holds. (Canadian Coast Guard)

The Canadian Coast Guard says it “has engaged the Gitga’at First Nation and the Province of British Columbia to participate in the operation and maintain a presence at the wreck site” and will keep the Gitga’at First Nation informed of what is going on:

The Coast Guard recognizes that given their proximity to the Zalinski site and their interest in the oil recovery operation, the Gitga’at need to be informed on the progress of the operation and that they have important local knowledge and skill that will be beneficial to the operation.

 

Related:More oil leaking from sunken WWII US transport near Hartley Bay, Gitga’at warn

The Coast Guard says that environmental monitoring in January and March of 2013, discovered “further upwelling” of oil and added new patches to the sunken vessel.

The Coast Guard says: “Although the patches from 2012 and 2013 remain in place, early patches have begun to leak and the Canadian Coast Guard has determined that the structural integrity of the vessel is deteriorating.”

Brigadier General M.G. Zalinski
USAT Brigadier General M.G. Zalinski (Canadian Coast Guard)

The  USAT Brigadier General M.G. Zalinski was built in 1919 and served as a United States Army Transport vessel during the Second World War. It ran aground during a storm and sank in 1946 in the Grenville Channel about 100 kilometres south of Prince Rupert.

According to a Coast Guard News release, the wreck was “undetected” until the fall of 2003 in 34 metres of water near an underwater cliff about 20 metres from shore.

In September 2003, the United States Coast Guard Cutter Maple reported pollution in the Grenville Channel to the Canadian Coast Guard.

The CCGS Tanu  investigated the source of the pollution and collected oil samples, but, the news release says, the vessel remained elusive and undetected.

A month later, more oil pollution was spotted so the Canadian Coast Guard used a remotely operated underwater vehicle which located the Zalinski.

New pollution was reported in the channel in October 2003 by a commercial airline pilot and at this time the Coast Guard suspected that the source of the upwelling of oil was an old wreck.
In 2003 and 2004, the Canadian Coast Guard contracted divers to patch the vessel to prevent the leak of oil.

The Coast Guard says it regularly monitored the site with the help of Transport Canada’s National Aerial Surveillance Program. Local First Nations Groups also monitored the wreck site.
More oil was spotted in April 2012, and at that time, contract divers patched the Zalinski with an epoxy that hardens underwater.

The Coast Guard says new dive footage has shown that metal rivets that hold the hull’s plates are corroding and that the hull is buckling.

as the state of the vessel deteriorates, the Coast Guard has determined that to prevent any harm to the environment, a significant operation should be undertaken to remove the oil from the vessel. The Canadian Coast Guard will be the on-scene commander for the duration of the operation, directing the recovery and the removal of marine pollutants from the vessel and actively monitoring the operation.

The Canadian Coast Guard has also engaged the province of British Columbia and local First Nations groups to solicit their feedback on the operation. On July 26, 2013, Public Works and Government Services Canada posted two requests for proposal seeking a third-party to conduct the oil removal operation and oil spill response services to assist in the case that any oil leaks from the vessel as the operation progresses.

Map of Grenville Channel
Wreck sites for M.G. Zalinksi and Queen of the North (Canadian Coast Guard)

It is expected that the operation will begin in September 2013 and will conclude in December 2013. The Coast Guard says because the Grenville Channel is so narrow, some restrictions on vessel traffic in the Inland Passage will be needed.

The Grenville Channel is a narrow fjord-like waterway with significant tidal fluctuations and currents up to three knots. The shoreline is rocky and steep with little shoreline vegetation.
The Grenville Channel sees commercial fishing vessels, ferries, cruise ships, and pleasure craft transiting its waters on a regular basis, with increased frequency in the summer months. These waters, naturally shielded from stronger offshore winds and weather conditions, are the preferred route of many cruise ships.

The more mild sailing conditions and the stunning natural beauty of the area make the Grenville channel one of the scenic highlights of many marine travellers on Canada’s West Coast.