Natural Gas for Remote Markets

Reduce operating costs and improve environmental performance

NEW! A workshop on remote markets has been added. Click here to learn more

Virtual Pipelines Delivering Low-Cost, Clean Energy to Forward Thinking Customers

Throughout North America, natural gas is increasingly replacing diesel in off-pipeline heat and power generation applications, including remote utilities, mining and quarrying operations, industrial manufacturing facilities, asphalt production, commercial food processing, pulp and paper plants, and more. Despite current oil price trends, managers of industrial operations are switching to natural gas fuel to take advantage of the environmental and price stability advantages over oil.

Hauling Fuel to Remote Regions & Islands
From the Caribbean islands to the Northern Yukon, natural gas powered equipment has become an increasingly appealing energy source to reduce fuel costs and emissions, and to ensure compliance with the phase in of more stringent emission standards. Natural gas is particularly important for operations where large amounts of energy must be hauled long distances in order to reach its end use, and existing natural gas pipeline infrastructure is either limited or absent. Early adopters of natural gas fueling understand that making the switch include:

  • Jamaica Public Service Company converted its Old Harbour Power Plant to combined-cycle operations, capable of switching between oil and natural gas. The first shipment of LNG from New Fortress Energy arrived on earlier this year.
  • Yukon Energy utilizes LNG to replace diesel for peaking and back-up transmission at its Whitehorse power plant in Canada. FortisBC trucks fuel in from its Tilbury plant, providing cleaner and lower cost power for residents in the region.
  • Coca-Cola Puerto Rico Bottlers has converted the boilers at its manufacturing plants in Cayey and Cidra to operate on LNG that is being delivered by Crowley’s Caribe Energy from Jacksonville, Florida.
  • Northwest Territories Power Corporation’s natural gas power plant in Inuvik, Canada is fueled using LNG hauled by truck from FortisBC’s plant in Delta, British Columbia. Here, gas is used for heating and power generation for the local community.
  • Hawaiian Electric and the Hawai’i Gas Company have committed to importing LNG to replace crude oil and syngas. As the most fossil fuel dependent state in the country, Hawai’i has a significant opportunity to reduce its power and fuel costs by shipping LNG from the mainland.
  • The Interior Energy Project will bring increasing volumes of natural gas to customers in Fairbanks and Interior Alaska, drastically reducing fuel costs in these remote, off-pipeline communities. The Alaska Railroad will ship liquefied natural gas by rail to reduce costs and improve gas deliverability for this project. Additionally, natural gas will reduce pollution in regions where heating systems traditionally burn wood and oil.
  • Barrick Gold is converting its Dominican Republic power plant to LNG fuel, which provides electricity to its Pueblo Viejo Mine. By replacing heavy fuel oil with LNG, Barrick Gold will significantly reduce operating costs. The company also plans to convert the fuel supply at its lime kilns to LNG by 2017.

  • Wellgreen Platinum has deployed GE Jenbacher gas engines for a complete power generation and transmission network operating from the Platinum Group Metals’ nickel-copper mining project in the Yukon Territory of Canada. Ferus supplies the LNG to power these generators, which will also allow Yukon communities to benefit from this lower-cost fuel.
  • Stornoway Diamond Corporation is taking delivery of LNG from Gaz Metro to fuel multiple Caterpillar natural gas generators used to power the Renard Diamond Mine.

Workshop: Clean, Low-Cost Energy for Remote Markets

Tuesday, November 7th, 2017

This complimentary* workshop will provide those considering the use of natural gas for their power or thermal needs with the information and tools needed to consider such a transition.

The tentative agenda for the workshop follows:

9:00 a.m. – 9:20 a.m.
Intro Speaker (Welcome)
9:20 a.m. – 10:40 a.m.
Panel 1: Heat & Power Case Study Panel: Hear natural gas power gen case studies from end-users in the Caribbean, northern Canada, and remote locations throughout North America.
10:40 a.m. – 12:00 p.m.
Panel 2: Supply Chain & Bulk Storage: Dive deep into supply chain solutions and get an in-depth look at various on-site bulk storage technologies and options.
12:00 p.m. – 1:00 p.m.
Lunch
1:00 p.m. – 2:30 p.m.
Panel 3: Implementation, Operations, Maintenance and HSE Considerations: Gain insight into key natural gas project implementation, operations, maintenance and health/safety/environmental considerations.
2:30 p.m. – 5:00 p.m.
Maxville LNG Plant Tour: Attend an off-site tour to one of Jacksonville’s three LNG production plants that provides LNG fuel for export to the Caribbean and Latin American markets.
5:00 p.m. – 7:00 p.m.
Expo Hall Reception: Join the grand opening reception, see the latest natural gas equipment available in the market today, and interact with equipment, engine, and fuel suppliers and other industry leaders.

Join us for the 2017 Natural Gas for High Horsepower Summit to gain insight on:

  • Innovative supply chain solutions that are being developed and implemented from the northern Yukon territories to the Caribbean to support projects well beyond the reach of a traditional natural gas pipeline
  • Recently identified opportunities to deliver LNG to 23 power generation and 58 industrial customers in Canada’s North, projects that will result in $2.1 billion in cost savings and more than 11 million tonnes of CO2 emission reductions
  • Insight from end-users on the challenges, benefits, and considerations associated with the development of an off-pipeline natural gas remote power generation and industrial projects
  • How ongoing environmental regulations, carbon programs, and sustainability initiatives will continue to drive investments in natural gas technologies across the marine, rail, mining, E&P, and off-pipeline industrial sectors
  • An overview of the progressive and comprehensive training programs being implemented to ensure personnel safety and achieve operational success and maximum project results
  • Efforts to supply lower carbon LNG to the HHP market via innovative LNG production plants powered by renewable energy and the use of renewable natural gas (RNG) sources
  • Innovative fuel transport methods, including ISO containers, tube trailers, and rail cars, and key decision points when choosing a fuel provider and fuel delivery method

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