About LNG

When cooled to -160°C, natural gas changes from a gas to a liquid. In liquid form, it takes up 600 times less space than in its gaseous state. In the same space, it is therefore possible to store 600 times more energy with LNG than with natural gas in a gaseous state—a definite advantage in terms of transportation and storage.
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Supply dynamics

Liquefied natural gas comes from Gaz Métro’s liquefaction, storage and regasification (LSR) plant in Montréal East, in operation for 45 years. Once liquefied, natural gas is stored in the plant’s cryogenic tanks. The plant has a loading dock for filling tanker trucks, which supply refuelling stations or service customers directly. LNG can then be distributed to customers within a radius of over 1,000 km from the LSR plant. The addition of a second liquefaction train will increase the plant’s LNG production from 3 to 9 billion cubic feet starting in 2016.
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LNG, an efficient solution for reducing greenhouse gas

LNG, an efficient solution for reducing greenhouse gasLNG can also improve a company’s environmental footprint because it generates considerably less GHG and air pollutants than oil products. Transportation and industry are the largest emitters of greenhouse gas in Québec. Converting to natural gas in these sectors would reduce GHG emissions by up to 25% compared to diesel, and by up to 32% compared to oil, and allow for substantial potential savings based on each customer’s profile.
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Sectors using LNG

The energy needs of a number of sectors can now be met with LNG: heavy transportation, maritime transport and industrial and mining facilities located in remote areas not served by the gas network. 
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The only alternative to diesel for heavy transportation

The road transportation sector is the biggest greenhouse gas (GHG) emitter in Québec, accounting for 43% of total emissions. Heavy vehicles using diesel emit 28% of this total. Natural gas has proven effective for road transportation through its cleaner combustion compared to diesel motors. A truck that runs on natural gas instead of diesel makes it possible to reduce greenhouse gas emissions by up to 25% as well as almost completely eliminate the emission of air pollutants. Not only is natural gas a safe choice, it cuts engine noise emissions by 10 decibels—which gets unanimous support. Worldwide, more than 20 million vehicles already run on natural gas.
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The Blue Road, a growing network of stations

Introduced in 2011, the Blue Road is the first public network of compressed and liquefied natural gas refuelling stations for Canada’s transportation industry. Some of the stations are located along the corridor of highways A-20/H-401, between Québec City and Toronto. As deployment of the Blue Road continues, compressed and liquefied natural gas fuelling points will be added in a strategic, flexible manner at various Québec and Ontario locations, in accordance with the market.
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The only fuel that meets environmental standards

Using liquefied natural gas as a fuel for ships allows to reach and surpass current environmental standards on atmospheric emissions. The use of LNG makes it possible to reduce greenhouse gas emissions by up to 25%, compared with marine diesel, in addition to almost completely eliminating fine particle emissions and other air pollutants. And since LNG is insoluble, it doesn’t pose a risk to the environment because if it is spilled it evaporates without contaminating the soil, water or wildlife. LNG motors are also quieter and produce less vibration, which is more respectful of marine life.

Remote areas are now less dependent on oil products

In Québec, industry is responsible for almost one third of greenhouse gas emissions. One of Gaz Métro’s solutions for fighting climate change is to encourage the use of natural gas by Québec industries. Those located in remote areas like Northern Québec and the Côte-Nord, which aren’t served by the gas network, can now look forward to a supply of LNG. When a plant uses natural gas instead of oil, it cuts its GHG emissions by up to 32%. And of note is that for many types of industrial processes, electricity cannot replace a thermal energy like oil or natural gas. This is why the possibility of using natural gas is a key factor in sustainable economic development.
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LNG : vector of sustainable development for Québec's mining sector

Energy costs account for about 30% of mining companies’ operating expenses, and using natural gas allows them to be competitive and continue operating in Québec. Replacing oil products with natural gas allows them to not only generate economic gains but also to considerably reduce their greenhouse gas emissions and minimize their environmental footprint. Natural gas has a number of applications: production of electricity, heating and mineral processing and transportation. Stornoway Diamonds Corporation was the first mining company in Québec to use LNG.
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Blog articles on natural gas in transportation

Natural gas is gaining popularity in Québec as the choice for fuel. Stay abreast of the latest developments in this market through articles published on our blog. 
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Natural gas takes to the road

Is natural gas about to dethrone diesel to become the road transport fuel of the 21st century? That prediction may seem bold, but the more and more rapid adoption... Read more
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Natural gas and transportation – it’s just a start!

Barely five years ago, trucks running on natural gas were still quite rare. And now they are increasing in number on Québec’s highways. More economical and... Read more
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Other forms of natural gas

There are several forms of natural gas, allowing citizens to consume better and less. Renewable to give our waste a second life, compressed or liquefied to replace diesel as a fuel, natural gas is an energy that meets a variety of needs.
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  • Natural gas

    Gaz Métro is the largest gas distributor in Québec and Vermont.
  • Renewable natural gas

    Producing renewable natural gas from organic matter.
  • Compressed natural gas

    CNG is compressed natural gas that can be used as fuel.

Gaz Métro, more than natural gas!

We believe diversity is key to the future of energy. This is why Gaz Métro is involved in developing solar and wind power and hydroelectricity.
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  • Wind power

    Investments in several wind farms in Québec and Vermont.
  • Solar power

    Solar farm, energy efficiency programs and other innovative projects.
  • Hydroelectricity

    Hydroelectricity production through our U.S. subsidiary.
  • Cow power

    Producing electricity takes an unexpected form in Vermont.
* Inventaire québécois des émissions de gaz à effet de serre en 2013 et leur évolution depuis 1990 | Ministère du Développement durable, Environnement et Lutte contre les changements climatiques.  
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