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Canadian Energy Centre

New compressed natural gas project to bring energy security to Canada’s north

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Aerial view of the Hamlet of Tuktoyaktuk on the shores of the Beaufort Sea in the Canadian Arctic. Getty Images photo

From the Canadian Energy Centre

By Cody Ciona

‘The whole project is for the purpose of addressing the energy security issue that many northerners face’

The recent approval of the first compressed natural gas facility in the Northwest Territories is bringing energy security one step closer to remote and Indigenous communities in Canada’s north. 

The Inuvialuit Energy Security Project (IESP), owned by the Inuvialuit Regional Corp. , will be located 16 kilometres south of Tuktoyaktuk. The project, recently approved by the Canadian Energy Regulator, will convert natural gas into compressed natural gas (CNG), propane, and diesel for the Inuvialuit Settlement region. 

“The whole project is for the purpose of addressing the energy security issue that many northerners face, but particularly northerners that are at the end of a very long road,” said Inuvialuit Petroleum Corporation special advisor Kate Darling. 

The natural gas will be supplied by the Tuk M-18 well, which is also owned by the Inuvialuit, and transported to local customers for power, heat, and fuel. 

Currently, the region is serviced by the Inuvik Gas Project (natural gas from two wells at the Ikhil reservoir, 50 kilometres northwest of Inuvik), and by truck from the south in B.C. The Ikhil wells’ reserves are now critically low, which led to the push for the IESP. The Tuk M-18, however, is estimated to have more than 100 years’ worth of reserves. 

 About 200,000 people in Canada have no connection to an energy grid or natural gas distribution systems. This includes nearly 100,000 people in the northern territories. 

 In the Northwest Territories, refined petroleum products like diesel make up 74 per cent of end-use demand, brought in by trucks. In Inuvialuit’s case, that’s a 5,000-kilometre round trip including a ferry ride. In the past, Inuvialuit has faced potential operation disruption of the ferry service, which put the community in an emergency fuel situation. 

“[The IESP] could provide long-term energy to the communities in the region, as well as reducing greenhouse gas emissions, creating long-term employment,” said Duane Ningaqsiq Smith, chair of the Inuvialuit Regional Corporation. 

“It represents an Inuvialuit-led solution that takes into account the preservation of our values, advances participation in the northern and national economy, all while reducing emissions and helping preserve our local environment.” 

In addition to providing energy security for remote communities, the IESP will have a significant positive impact on emissions reduction. It is estimated it will have a net reduction of around 40,000 tonnes of emissions per year, equivalent to the yearly emissions of 9,520 cars. 

The project is also expected to support 25 full-time jobs and a further 35 full-time jobs within the local community. 

“All in all … the M-18 will really help not just the surrounding communities of Tuk, but create a lot of jobs for locals, which is very good,” said Ryan Yakeleya, a Tuktoyaktuk councillor. 

The IESP has already injected over $20 million into local businesses with over 70 Inuvialuit and Gwich’in peoples employed to date, according to the latest project update. 

“IPC is committed to developing the IESP and ensuring that as much of the economic benefit and employment opportunities are offered to Inuvialuit,” said Duane Ningaqsiq Smith, IRC Chair and CEO. 

The project is expected to begin producing and delivering gas to consumers by the end of 2025. 

Artificial Intelligence

World’s largest AI chip builder Taiwan wants Canadian LNG

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Taiwan Semiconductor Manufacturing Company’s campus in Nanjing, China

From the Canadian Energy Centre

By Deborah Jaremko

Canada inches away from first large-scale LNG exports

The world’s leading producer of semiconductor chips wants access to Canadian energy as demand for artificial intelligence (AI) rapidly advances.  

Specifically, Canadian liquefied natural gas (LNG).  

The Taiwan Semiconductor Manufacturing Company (TSMC) produces at least 90 per cent of advanced chips in the global market, powering tech giants like Apple and Nvidia.  

Taiwanese companies together produce more than 60 per cent of chips used around the world. 

That takes a lot of electricity – so much that TSMC alone is on track to consume nearly one-quarter of Taiwan’s energy demand by 2030, according to S&P Global. 

“We are coming to the age of AI, and that is consuming more electricity demand than before,” said Harry Tseng, Taiwan’s representative in Canada, in a webcast hosted by Energy for a Secure Future. 

According to Taiwan’s Energy Administration, today coal (42 per cent), natural gas (40 per cent), renewables (9.5 per cent) and nuclear (6.3 per cent), primarily supply the country’s electricity 

The government is working to phase out both nuclear energy and coal-fired power.  

“We are trying to diversify the sources of power supply. We are looking at Canada and hoping that your natural gas, LNG, can help us,” Tseng said. 

Canada is inches away from its first large-scale LNG exports, expected mainly to travel to Asia.  

The Coastal GasLink pipeline connecting LNG Canada is now officially in commercial service, and the terminal’s owners are ramping up natural gas production to record rates, according to RBN Energy. 

RBN analyst Martin King expects the first shipments to leave LNG Canada by early next year, setting up for commercial operations in mid-2025.  

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Canadian Energy Centre

Report: Oil sands, Montney growth key to meet rising world energy demand

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Cenovus Energy’s Sunrise oil sands project in northern Alberta

From the Canadian Energy Centre

By Will Gibson

‘Canada continues to be resource-rich and competes very well against major U.S. resource bases’

A new report on North American energy highlights the important role that Canada’s oil sands and Montney natural gas resources play in supplying growing global energy demand.

In its annual North American supply outlook, Calgary-based Enverus Intelligence Research (a subsidiary of Enverus, which is headquartered in Texas and also operates in Europe and Asia) forecasts that by 2030, the world will require an additional seven million barrels per day (bbl/d) of oil and another 40 billion cubic feet per day (bcf/d) of natural gas.

“North America is one of the few regions where we’ve seen meaningful growth in the past 20 years,” said Enverus supply forecasting analyst Alex Ljubojevic.

Since 2005, North America has added 15 million bbl/d of liquid hydrocarbons and 50 bcf/d of gas production to the global market.

Enverus projects that by the end of this decade, that could grow by a further two million bbl/d of liquids and 15 bcf/d of natural gas if the oil benchmark WTI stays between US$70 and $80 per barrel and the natural gas benchmark Henry Hub stays between US$3.50 and $4 per million British thermal unit.

Ljubojevic said the oil sands in Alberta and the Montney play straddling Alberta and B.C.’s northern boarder are key assets because of their low cost structures and long-life resource inventories.

“Canada continues to be resource-rich and competes very well against major U.S. resource bases. Both the Montney and oil sands have comparable costs versus key U.S. basins such as the Permian,” he said.

“In the Montney, wells are being drilled longer and faster. In the oil sands, the big build outs of infrastructure have taken place. The companies are now fine-tuning those operations, making small improvements year-on-year [and] operators have continued to reduce their operating costs. Investment dollars will always flow to the lowest cost plays,” he said.

“Are the Montney and oil sands globally significant? Yes, and we expect that will continue to be the case moving forward.”

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