The Coastal Gaslink pipeline proposal to bring natural gas to Kitimat for the Shell LNG Canada project is now entering the 45 day public comment environmental assessment period. It opens on March 21, 2014 and closes May 5, 2014.
Coastal GasLink Pipeline is a wholly-owned subsidiary of TransCanada Pipelines. The company is proposing to develop an approximately 650 kilometre pipeline to deliver natural gas from the area near the community of Groundbirch, B.C., to the LNG Canada gas liquefaction facility proposed to be developed by Shell Canada Ltd. and its partners in Kitimat.
An electronic copy of the Application and information regarding the British Columbia environmental assessment process are available at www.eao.gov.bc.ca.
The British Columbia Environmental Assessment Office, with the support of Coastal GasLink, will host four open houses in northern B.C. communities during the comment period.
The proposed Project would have an initial capacity of about two to three billion cubic feet (bcf) of natural gas per day with the potential for expansion up to about five billion cubic feet per day. The company says the expansion scenario assessed in the application does not involve the construction of additional pipeline; the number of potential future compressor stations would change.
The proposed pipeline is subject to review under British Columbia’s Environmental Assessment Act.
Starting on March 21, there are 45 days for the submission of comments by the public in relation to the Application. All comments received during this comment period will be considered. The intention of seeking public comments is to ensure that all potential adverse effects – environmental, economic, social, heritage and health – that might result from the proposed Project are identified for consideration as part of the assessment process.
LNG Canada says it will now continue to gather information and complete studies in support of developing our Environmental Assessment Application.
The company intends submit to the Environmental Assessment Application to the the B.C. EAO later this year.
LNG Canada will hold its next public meeting, an “LNG Demonstration and Presentation” on March 6, 2014 at the Mount Elizabeth Theatre starting at 6 p.m. The company says the event is to “to share information and answer questions about liquefied natural gas (LNG).” Starting at 7 pm there will be a a live demonstration using LNG to explain the science behind liquefaction and the properties of LNG.
For more information about the project’s EA process, www.eao.gov.bc.ca and look for our project under the “Proposed EAs” sections.
The other partners in the LNG Canada project are Diamond LNG Canada, an (“affiliate” of Mitsubishi), Korea Gas Corporation and Phoenix Energy (an “affiliate” of PetroChina).
Since LNG Canada, a joint venture of Shell Canada Energy, Phoenix Energy Holdings Limited (an affiliate of Petro-China Investment (Hong Kong) Limited), Kogas Canada LNG Ltd. (an affiliate of Korea Gas Corporation) and Diamond LNG Canada Ltd. (an affiliate of Mitsubishi Corporation) has not yet made a Final Investment Decision on the project, the option will likely be triggered if that decision is made. There is currently uncertainty about Royal Dutch Shell projects worldwide due to management restructuring at the parent company.
The news release quotes Sam Walsh, chief executive, Rio Tinto as saying: “This is an excellent example of how we can generate meaningful value from our existing assets by selling options on port facilities to LNG Canada enabling it to share one of the best deep water ports on the western seaboard of the country. This innovative approach will provide an expanded gateway for Canadian resources to worldwide markets which has the potential to benefit the communities and economy of British Columbia.”
Andy Calitz, vice president, LNG Canada commented in the news release: “We are pleased to confirm the finalization of this agreement. We believe the LNG Canada project represents the best opportunity to bring the liquefied natural gas industry and its benefits to the people and
communities of British Columbia.”
The deal between Rio Tinto, parent company of Rio Tinto Alcan, for the old Eurocan dock, has been in the works for some time. When LNG Canada filed for its environmental assessment with the province of British Columbia a few weeks ago, the map showed the footprint of the project extended from the old Methanex plant site, where LNG Canada will be located through RTA lands on the Kitimat river estuary to the dock, long before Wednesday’s deal was signed.
LNG Canada says it wants to be “first out of the gate” in the competitive race to send BC’s liquified natural gas to Asian markets.
The company held a well attended open house at the Kitimat Rod and Gun on November 27, with the usual array of posters and experts, to mark the beginning of the environmental assessment process for what is formally called the “LNG Canada Export Terminal Project.:
The LNG Canada Export Project is a partnership of Shell,Canada Energy, Diamond LNG Canada, an (“affiliate” of Mitsubishi), Korea Gas Corporation and Phoenix Energy (an “affiliate” of PetroChina) filed a draft application for an Environmental Assessment Certificate with the BC Environmental Assessment Office and Canadian Environmental Assessment Agency on November 8. The 30-day public comment period on the draft Application Information Requirements started on November 13, 2013 and end on December 13, 2013.
The extensive documentation can be downloaded in PDF format from the BCEAO site. The documents can also be viewed at the Kitimat and Terrace Public Libraries and the LNG Canada office in Kitimat at the old Methanex site.
“What we want to be able to do is actually to provide information in a way that we can provide a lot of conversation with the community, so we can really have a dialogue, to give them a place where they know than go to get answers. We do believe that we can be the best project in British Columbia, the only way we can do that is if we have the support of the community,” LNG Canada’s Susannah Pierce told reporters.
“We would like to be first out of the gate. This is a competitive industry and we’re not just competing in terms of providing Canadian gas to the Asian markets, we’re competing with everyone else for the opportunity to deliver product to market.”
The application says that the all-important Financial Investment Decision will likely be “made mid-decade followed by 4-5 years of construction with commissioning of the first phase to follow.”
The first phase would have a first phase of about 12 million tonnes a year of LNG, with another MTPA (million tonnes per anum) in “one or two subsequent phases.”
Federal, provincial and municipal governments or agencies, First Nations and the general public have the ability to comment on the proposal.
An aerial photo map included in the application shows the footprint of the proposed LNG Canada operation. Although the LNG Canada project is based at the old Methanex plant, the map shows that the LNG plant will take up a much larger area than the original. The old Methanex access road would be widened parallel to the Rio Tinto Alcan smelter and a Cyrogenic Pipeline would cross the Kitimat River estuary to the marine terminal.
The scope of the project includes one possibly controversial item: “Onsite power generation,” where natural gas would be used to power the cooling equipment to turn the gas into LNG.
The assessment will also look the natural gas receiving and production facility; “a marine terminal able to accomodate two LNG carriers each with capacity up to 265,000 cubic metres (approximately 122,000 DWT) and a materials offloading area; supporting infrastructure and the construction facilities.
The environmental assessment will examine air quality, green house gas management, the acoustic environment (the noise created by the project), soil, vegetation, wildlife, freshwater, esturine fish and habitat, marine resources including fish and fish habitat and marine mammals, water and ground water quality.
The economic and social assessment includes infrastructure, land use, “visual quality,” odour, marine transportation and use, community health and well being, archaeological heritage and human health.
The assessment process will also “assess potential cumulative economic, health, social and heritage effects from the Project…interacting cumulatively with similar effects of past, present and future projects activities. The current table of projects to be considered for cumulative effects include the Rio Tinto Alcan Aluminum Smelter and Modernization Project, the Kitimat LNG and Douglas LNG terminals, the possible Enbridge Northern Gateway porject, the new use for the old Methanex and Cenovus operations, the operations at the Sand Hill, the former Moon Bay and current MK Bay Marinas.
Projects further away include LNG and other projects and associated pipelines at Prince Rupert, including expansion of the current ports and the redevelopment of Watson Island. Cruise ship and BC ferry operations will be only considered where they impact the shipping routes. Any forestry operations will also only be considered where they impact the project.
Updated to fix typos, including spelling of Feldhoff
Two of the maps filed by the LNG Canada project with provincial and federal environmental assessment agencies look at the air quality problems from the project, including the controversial prospect of cumulative problems from multiple industrial projects in the Kitimat Valley, one of them the RTA Kitimat Modernization Project which will increase sulphur dioxide emissions while decreasing some other emissions.
One map covers what is being called the airshed, in the case of LNG Canada, air quality will be assessed with the LNG facility at its centre. A second map covers the tanker route, and as well as a 40 km square grid around the plant that will also assess Hartley Bay, Kitkatla and Metalkatia which may be impacted by vessel emissions.
As well as scientific data, the assessment will also take into consideration traditional knowledge and traditional use from “aboriginal and other groups.”
The possible cumulative effect on the air quality in the Kitimat valley and surrounding areas has prompted the BC government to commission its own study of the Kitimat airshed.
On Oct 3, the provincial ministries of the environment and gas development announced a $650,000 scientific study “to help inform regulatory and policy development for future industrial activity in the Kitimat area. The goal is to ensure the potential impacts from industrial air emissions are clearly understood prior to new projects being approved and in operation.”
The Kitimat Airshed Impact Assessment Project will look at the cumulative effects of existing and proposed industrial air emissions in the airshed. These include emissions from: an existing aluminium smelter, three proposed LNG terminals, a proposed oil refinery, a crude-oil export facility, and gas-turbine-powered electrical generation facilities. The study will focus on sulphur dioxide and nitrogen dioxide emissions from these facilities.
The study will assess the impact of emissions through a number of scenarios, including their potential effects on water and soil, as well as on vegetation and human health from direct exposure.
An airshed is generally described as an area where the movement of air (and, therefore, air pollutants) can be hindered by local geographical features such as mountains, and by weather conditions. The most obvious example in British Columbia is a mountain valley. Since air pollution knows no political boundaries, airshed activities may be focused on a single community or on a number of neighbouring communities faced with similar air quality problems and requiring similar action.
The LNG Canada assessment will look at two potential adverse effects, first a change in ambient air quality in the Kitimat airshed or along the marine access route and second any change in acidic deposition pattern in the Kitimat Valley.
The first study will look specifically at estimated levels of “criteria air contaminets” including sulphur dioxide, Nitrogen oxides, carbon monoxide, atmospheric particulate matter and hydrogen sulphide. The particulate matter study will use the international standard of 2.5 micrometres.
The assessment will also study possible cumulative effects on air quality of multiple projects and those projects over time.
Buried deep in the LNG Canada environmental assessment application, a reader will find a key difference in attitude with at least one of the group of companies planning liquified natural gas development in the northwest and Enbridge Northern Gateway.
It’s an earthshaking difference, since it’s all about earthquakes.
The documents filed by LNG Canada with the BC Environmental Assessment Office and the Canadian Environmental Assessment Agency acknowledge that there is a possibility of an earthquake (a one in 2,475 year event) at the LNG terminal site.
Northwestern British Columbia was shaken by two major earthquakes in the months before the Joint Review Panel concluded its hearings in Terrace. Both were far from Kitimat, but felt across the District. On October 27, 2012, there was a magnitude 7.8 earthquake on the Queen Charlotte Fault off Haida Gwaii. That quake triggered a tsunami warning, although the actual tsunami was generally limited to the coast of Haida Gwaii. Both landline and mobile phone service in Kitimat was briefly disrupted by both the quake and overloads on the system. Kitimat was also shaken by the 7.5 magnitude earthquake centered at Craig, Alaska a few weeks later on January 9, 2013.
With the exception of one vague reference in its final argument documents presented to the Joint Review Panel, Enbridge has stubbornly refused to consider any seismic risk to the region.
That was the company’s policy long before the October. 27, 2012 Haida Gwaii earthquake and was Enbridge policy after October 27, 2012.
In a public meeting in Kitimat on September 20, 2011, more than a year before the Haida Gwaii earthquake, John Carruthers, Northern Gateway president, insisted to skeptical questioners at a community forum at Mount Elizabeth Theatre that there was no earthquake danger to the proposed Northern Gateway pipeline and bitumen terminal in Kitimat. One of the questioners, Danny Nunes, of Kitimat, asked could the pipes withstand an earthquake? Carruthers repeated that Kitimat was not in an earthquake zone, that the fault was off Haida Gwaii and so would not affect Kitimat.
After the September, 2011 meeting, I asked Carruthers if Enbridge knew about the March 27,1964 “Good Friday” magnitude 9.2 Alaska earthquake that, because of its high magnitude, had caused major shaking in Kitimat. That earthquake destroyed much of Anchorage and triggered tsunamis that caused damage and death across Alaska and in parts of British Columbia, Oregon and California.
Carruthers promised to get back to me and never did.
On June 17, 2013, six months after the Craig, Alaska earthquake, in his opening summation before the Joint Review Panel, Richard Neufeld, lead lawyer for Northern Gateway, stayed on message track, telling the JRP, referring to pipelines: “The route is not seismically unstable. The seismic risk along the pipeline right-of-way is low, with only a few locations of moderate risk encountered, none of which are within the Haisla territory.”
That brought a gasp from spectators in the room, or at least those who had felt the October and January earthquakes.
The following day, June 18, Murray Minchin of Douglas Channel Watch found an anomaly in the Enbridge documentation, arguing in the group’s summation:
“The Proponent’s written final argument gets on shaky ground regarding design and construction of the storage tanks on a ridge beside Douglas Channel in paragraph 249 where they say:
“‘It also involves the safe construction and operation of the Kitimat terminal in Kitimat Arm in an area subject to seismic activity which encompasses both terrestrial and marine components.’
“Now, that’s interesting because isn’t that the first time — the first admission by the Proponent in a little over 10,000 pages of documents that the area they intend to build their project is in a seismically-active area?
“Haven’t they been telling us all along to this point that the only seismic concerns would be from the distant Queen Charlotte fault off of Haida Gwaii?
“Now, this completely contradicts Mr. Neufeld’s statement yesterday where he described the Project area as not “seismically unstable”. So what is it? This is their final argument and they’re contradicting themselves.”
Minchin went on to quote from the Enbridge argument: “’Seismic conditions in the project area have also been addressed.’
“Well, really? Is that a truthful statement, considering Natural Resources Canada has only submitted a preliminary report concerning a 50-kilometre fault line and massive submarine landslides they accidentally discovered last year in Douglas Channel while doing a modern survey of the Channel for navigation hazards.
“How can the Proponent claim to have adequately addressed seismic forces in their design of this Project when they don’t know what those forces are or for what duration they may be subjected to those forces.
“Has there ever been a paleoseismological study in the Project area to establish past earthquake or tsunami history?
“Wouldn’t it be in the best interest of the Proponent, the Panel and Canadians to know the risks before 1.3 billion litres of liquid petroleum products are allowed to be stored on a low ridge right beside Douglas Channel?”
In his final rebuttal on June 24, Neufeld did not address the contradictions that Minchin had pointed out.
Compare Enbridge’s attitude to the view of LNG Canada, which at very least, appears willing to consider that major events could have adverse consequences on the terminal and liquifaction facilities.
The first one is a bit puzzling to Kitimat residents “A 1 in 100 year 24 hour rain event,” after all the town often gets rain for 24 hours straight or more fairly often.
The second, 1 in 200 year flood of the Kitimat River. Flooding has always been a concern and will be even more so, because as the pipelines come into town, whether natural gas or bitumen, those pipelines will be close to the river bank.
Even more interesting is that LNG Canada is willing to consider possible effects of climate change on the project, saying: “Predicted climate change effects during the project lifecycle on sea-level rise, precipitation and temperature. Where relevant and possible, the implications of such climate induced changes to the extreme weather events given above will also be addressed.”
Although the hydrocarbon industry as a whole is reluctant to acknowledge climate change, it appears that on a practical level, the LNG Canada partners, if they are about to invest billions of dollars in a natural gas liquifaction plant and marine terminal, will certainly take steps to protect that specific investment from the effects of climate change.
On the other hand, the National Energy Board, as matter of policy and the Northern Gateway Joint Review Panel, both still stubbornly refuse to even consider any effects of climate change, even possible effects locally on a specific project application.
The Joint Review Panel decision on the Northern Gateway is expected sometime in the next three weeks. While most reports seem to indicate that the decision will be released after Christmas before the Dec. 30 deadline, there has been recent media speculation that the decision could be released next week.
The problem for Enbridge is that the new public relations campaign is repeating the blunders that began when they first proposed Northern Gateway in 2005. There have been meetings across the northwest, but those meetings have been invitation only affairs at chambers of commerce and community advisory boards, with possible opponents or skeptics and media perceived as critical of Enbridge not invited. So Enbridge still wants to control the message and will only talk to friendly gatherings.
Then there are the television spots featuring Janet Holder, the Enbridge vice president in charge of Northern Gateway, supposedly showing her commitment to wilderness. Those commercials would have had more credibility if the agency had produced the ads with actual video of Holder walking through the bush, rather than shooting the spots in front of a green screen in a studio, with pristine wilderness stock video in the background, and Holder acting as if she was a model for an adventure clothing company rather than vice president of a pipeline company.
Right-wing business columnists in Toronto and the countless Albertans fume at the so-called “hypocrisy” of British Columbians who support LNG and oppose bitumen.
Of course, those critics didn’t feel the earth move under their feet. The critics don’t see the difference between natural gas and bitumen, differences very clear to the people of British Columbia.
It’s more than the fact, that so far, the LNG projects have been relatively open and willing to talk to potential adversaries, as Chevron has done on the controversial Clio Bay project; more than the fact that if even a fraction of the LNG projects go ahead, the money coming into northwestern BC means that the handful of permanent jobs promised by Enbridge will be literally a drop in a bucket of warm bitumen.
Although there are many other environmental issues on the Northern Gateway project, the fact the potential for earthquakes in Kitimat is brushed off by Enbridge while LNG Canada is at least willing to consider the problem, sums it all up.
Updated with link to Sept. 2011 questions and answers
At least one of the two large liquified natural gas projects in Kitimat is, at least at this point, planning to self-generate the power required using a gas-fired, steam-driven electrical generation system.
The job, which requires 20 years and more experience, would be located in Calgary for eighteen months, then move to Kitimat for the remainder of a four year contract paying from $1650 to $1850 per day.
As well as the standard qualifications for a senior engineer, the job posting lists:
• Power Plant design, operation and construction experience required.
• Boiler design, construction, operation, and commissioning experience required.
• Heat Recovery Steam Generation (HRSG) design, processes, construction, operation, and commissioning experience required.
• Integrates inherent safety in design and operability in concept selection and development for gas resource opportunities.
Providing the power for the Kitimat and other northwestern LNG projects is becoming controversial. The power is needed to cool the natural gas so it can be loaded onto tankers for shipment to customers.
The BC government recently announced a $650,000 study of the cumulative effect on air quality for the planned industrial expansion in the Kitimat area, including the Rio Tinto Alcan Kitimat modernization project, which would increase the amount of sulphur dioxide emissions, combined with as many as three LNG projects and the associated increase in tanker traffic, as well as the possible and even more controversial Enbridge Northern Gateway project.
At the time of the BC announcement, the Globe and Mail reported:
If natural gas is used either for direct-drive or combined-cycle electricity generation to produce the energy required for the proposed Shell LNG facility at Kitimat, approximately 300 million cubic feet of natural gas would be burned. The proposed Chevron Apache LNG facility could burn approximately 140 million cubic feet of natural gas.
The other alternative for powering the LNG plants is to use hydro-electricity, and BC Hydro at the moment doesn’t have the capacity to supply the LNG projects with power. One possibility is the controversial Site C dam project in the Peace River basin, which is also under review by the BC government.
Although the job is restricted to Canadian citizens or permanent residents, it is clear that the engineer will have to also answer to the project’s overseas partners since one requirement is to conduct: “Overseas VIP workshops, including Value Engineering, Process Simplification, Process Optimization and Design to Capacity.”
Kitimat LNG is in a “horse race” with an LNG project in Western Australia–and at this point, according to the Australian media–Kitimat is winning, even though the Australian Gorgon project is much further ahead while the Kitimat LNG project at Bish Cove hasn’t really started.
The Brisbane Times is quoting Chevron as saying that expansion of the Gorgon “will be in direct competition with exports from North America, which have a cost advantage.”
Chevron has a 47.3 per cent stake in Gorgon. Shell which is developing its own project at Kitimat, LNG Canada, has a 25 per cent stake in Gorgon. ExxonMobil holds 25 per cent.
”In the case of Gorgon train four … we are happy to see both of them move forward,” Chevron vice-chairman George Kirkland told analysts late last week, referring to the competition with Kitimat. ”[There is] a bit of a horse race between them at this point.”
Shipping gas to north Asia from Canada is cheaper than exports from Australia, he said, although the challenge is to find markets for the gas. ”The development cost at Kitimat … may end up being less than in the case of Gorgon,” he said, which ”has the benefit of [being a] brownfield development on the plant side”.
”We’re going to offer volumes … and interest in the plant as a combination,” Mr Kirkland said of the Kitimat marketing plans. ”We think that’s a big advantage.
”Our goal is to maintain our … first-mover advantage … We have had some initial discussions with Asian buyers.”
According to Wikipedia, the Gorgon area of Western Australia is the site for a number of liquified natural gas projects. The projects are off shore and close to the export terminals, much different from British Columbia where the gas fields are in the Peace River district in the northeast of the province.
The Gorgon field is centered about 130 kilometres (81 mi) off the north-west coast of Western Australia, where the water depth is approximately 200 metres (660 ft). Other fields in the group lie to the north, such as Jansz-Io, which covers an area of 2,000 square kilometres (770 sq mi), in a water depth of 1,300 metres (4,300 ft).
It is one of the world’s largest natural gas projects and the largest single resource development in Australia’s history.
The Gorgon Project is developing the Gorgon and Jansz-Io gas fields, located within the Greater Gorgon area, between 130 and 220 kilometres off the northwest coast of Western Australia.
It includes the construction of a 15.6 million tonne per annum (MTPA) liquefied natural gas (LNG) plant on Barrow Island and a domestic gas plant with the capacity to supply 300 terajoules of gas per day to Western Australia.
Gorgon LNG will be off loaded via a 2.1 kilometre long loading jetty for transport to international markets. The domestic gas will be piped to the Western Australian mainland.
The Gorgon joint venture is investing approximately $2 billion in the design and construction of the world’s largest commercial-scale CO2 injection facility to reduce the project’s overall greenhouse gas emissions by between 3.4 and 4.1 million tonnes per year. The Australian Government has committed $60 million to the Gorgon Carbon Dioxide Injection Project as part of the Low Emissions Technology Demonstration Fund.
In May, Reuters reported that the $52 billion Gorgon liquefied natural gas (LNG) development was 60 per cent complete. At the time, Reuters said Chevron planned to start engineering and design work for an expansion by the end of the year.
Parts of the Gorgon project are in an environmentally sensitive area, Barrow Island, which has been a nature reserve in Australia since 1910.
Barrow Island’s ecology. The island is a Class A nature reserve, and home to theflatback turtle (classified as a vulnerable species) and numerous other animals not found on the Australian mainland. Other concerns are related to the adequacy of quarantine procedures on Barrow Island to protect against the introduction of non-endemic species, and risks associated with geological sequestration of CO2.It was reported in November 2011 that native animals on Barrow Island had been accidentally killed daily with a known total of 1550 since construction began.
The Gorgon Project is being undertaken in accordance with strict environmental standards to preserve the island’s ecology.
Central to the Gorgon Project’s commitment to protect the conservation values of Barrow Island is the Quarantine Management System (QMS), which directs
the Project’s quarantine operations. The QMS is the largest non-government quarantine initiative in the world and was considered to be “likely world’s best practice” by the Western Australian Environmental Protection Authority. The Project’s gas processing facilities are being constructed within a 300 hectare ground disturbance limit, which represents 1.3 percent of Barrow Island’s uncleared land area.
The Shell LNG Canada project officially opened its Information Centre at the old Methanex site offices in Kitimat on Tuesday, June 25, 2013. About 180 people attended the event, which included a barbeque, kids activities with face painting, a tour of the office/information centre and a chance to community to meet the LNG Canada project team. Shell’s partners in LNG Canada are Mitsubishi, PetroChina and Korea’s Kogas.
Samuel “Sammy” Robinson, Chief Jassee of the Haisla Nation, offered an opening prayer and welcoming remarks on behalf of the Haisla for the project in Haisla traditional territory (Robin Rowland)
LNG Canada project Director Rob Seeley makes opening remarks. “We are confident that the Shell-led LNG Canada Project Team has the combined expertise to safely and successfully design and operate this project. We thank you for welcoming us to your community and look forward to working together to develop a project that we can all benefit from and be proud of.” (Robin Rowland)
LNG Canada’s Craig Jackson explains shipping issues to Kitimat residents touring the LNG Canada open house. (Robin Rowland)
LNG Canada’s Seiichi Tsurumi speaks to Kitimat residents touring the information centre. (Robin Rowland)
Kitimat residents touring the information centre watch a video on LNG tankers. (Robin Rowland)
The LNG Canada information centre and office building during the open house. (Robin Rowland)