1
Kimat Prince Rupert Prince George Vancouver Fort McMurray Edmonton Calgary Regina Winnipeg Thunder Bay Victoria Windsor Sarnia St. John’s Toronto Quebec City Montreal Oawa Saint John Charloetown Halifax Kimat Prince Rupert Prince George Vancouver Fort McMurray Edmonton Calgary Regina Winnipeg Thunder Bay Victoria Windsor Sarnia St. John’s Toronto Quebec City Montreal Oawa Saint John Charloetown Halifax YT 37% Natural gas 2% Nuclear 8% Hydro power 9% Coal 44% Crude oil MB 32.2% Crude oil 67.8% Hydro/wind No primary energy producon 63.0% Natural gas 37.0% Hydro/wind QC 98.1% Hydro/wind 1.9% Nuclear NOTE: Quebec closed its nuclear power plant in early 2013. NT 80.9% Crude oil 17.2% Natural gas 1.9% Hydro/wind Canada is an energy-rich naon — the sixth largest producer of energy in the world, in fact. It has the world’s third largest oil reserves and it’s the globe’s third largest producer of natural gas and of hydroelectricity. Canada’s also a world leader when it comes to new and emerging energy sources. But how many Canadians think about where the gasoline at their local staon or the electricity behind the switch comes from, or how it gets to them? To help answer those quesons, Canadian Geographic, in partnership with the Canadian Associaon of Petroleum Producers, created this map illustrang the naon’s most significant energy-producon sites, the major pipe- and transmission lines and the country’s key energy processing facilies. Combined, an energy road map emerges that shows just where our energy comes from and the routes it takes to help power our lives. BC 7.0% Crude oil 59.7% Natural gas 9.5% Hydro/wind 23.8% Coal-fired power AB 46.6% Crude oil 46.7% Natural gas 0.1% Hydro/wind 6.6% Coal-fired power SK 63.9% Crude oil 19.4% Natural gas 0.8% Hydro/wind 15.9% Coal-fired power ON 0.8% Crude oil 2.0% Natural gas 32.2% Hydro/wind 65.0% Nuclear 82.1% Crude oil 17.9% Hydro NL PE P r i m a r y E n e r g y P r o d u c o n P r i m a r y E n e r g y P r o d u c o n NB 37.6% Natural gas 49.0% Hydro/wind 13.4% Nuclear P r i m a r y E n e r g y P r o d u c o n NS 9.8% Crude oil 84.7% Natural gas 2.7% Hydro/wind 2.8% Coal-fired power P r i m a r y E n e r g y P r o d u c o n P r i m a r y E n e r g y P r o d u c o n P r i m a r y E n er g y P r o d u c o n P r i m a r y E n e r g y P r o d u c o n P r i m a r y E n e r g y P r o d u c o n P r i m a r y E n e r g y P r o d u c o n P r i m a r y E n e r g y P r o d u c o n P r i m a r y E n e r g y P r o d u c o n P r i m a r y E n e r g y P r o d u c o n P r i m a r y E n e r g y P r o du c o n 100% Wind NU P R I M A R Y E N E R G Y P R O D U C T I O N B Y T Y P E NATURAL MOVES The to-and-fro flow of the naon’s natural gas IMPORT EXPORT 207.7 * million m 3 /d * enough to heat about 77,000 new, average-sized single detached Canadian homes for one year NET } 272.1 million m3/d million m3/d 64.4 1 m 3 of natural gas = about enough to heat the average Canadian home for 3 hours IMPORT EXPORT CURRENT CONNECTIONS Moving electricity in and out of the country } 44.4 million MWh 25.7 * million MWh * enough to power 2.1 million average Canadian homes for a year 18.7 million MWh NET 1 MW of electricity = enough to power approximately 667 toasters OIL IN AND OUT Canadian crude oil imports and exports 1.7 million bbl/d 916 * thousand bbl/d * equivalent to more than 145.6 million litres of gasoline 1 barrel of oil = about 159 litres of gasoline 784 thousand bbl/d NET } IMPORT EXPORT Crude refined east of Sarnia, Ont., is mainly imported from Algeria, Nigeria, the North Sea and Saudi Arabia. Most crude refined west of Sarnia, Ont., is Canadian. Ontario imports natural gas from the U.S. at Courtright and Sarnia. Liquefied natural gas is imported through Canada’s only LNG terminal (Canaport) in Saint John, N.B., to serve Atlanc Canada and parts of the northeastern U.S. Canada’s exported electricity heads to the United States (from Manitoba, Ontario, Quebec and New Brunswick) through an integrated connental grid — most provincial grids connect to the U.S. rather than to neighbouring provinces. Quebec, which leads the country in hydroelectric generaon, exported 19.9 terawa hours (1.6 years’ worth of electricity for 1 million average Canadian homes) to New England and New York in 2010. About two-thirds of Canada’s crude producon is exported (almost exclusively to the United States), mainly through a series of 11 major pipelines. As of early 2013, there are seven proposed liquefied natural gas facilies in B.C., with a combined total capacity of about 255 million cubic metres per day. In 2012, an average of 61,000 barrels of oil per day were exported to the U.S. and Asia through Port Metro Vancouver. The bulk of Canada’s natural gas is exported to the United States through eight major pipelines, most of which originate in Western and Central Canada and lead south and east. Power plants with a generaon capacity of less than 200 MW are not shown ***Pipelines with a diameter of less than 220 mm are not shown ‡‡ Power lines with a capacity of less than 139 kV are not shown Oil Producon & Transmission Gas Producon & Transmission Offshore oil plaorm Ethanol plant** Oil refinery/ upgrader Oil processing plant * Offshore natural gas plaorm NGL terminal Oil pipelines Proposed *Plants processing less than 5.7 million cubic metres per day are not shown **Ethanol plants with a capacity of less than 380 million litres per year are not shown Diameter (mm)*** Proposed Gas pipelines Natural gas liquid Natural gas Electricity Producon & Transmission Coal Natural gas processing plant* Liquid natural gas processing plant* Hydro Natural gas Fuel oil 250 - 450 500 - 660 760 - 1200 Diameter (mm)*** 250 - 450 500 - 660 760 - 1200 139 - 230 231 - 345 346 - 500 501 - 765 Power lines (kV) ‡‡ Nuclear Wind Proposed POWER WAYS ENERGY ENERGY CANADA’S PRODUCTION AND TRANSMISSION POWER POWER WHERE Our Energy Comes From And HOW It Gets From There To Us ©2013 Canadian Geographic Enterprises; canadiangeographic.ca. No part of this poster may be reproduced, stored in a retrieval system or transmied, in any form or by any means, without the prior wrien consent of the publisher or a licence from The Canadian Copyright Licensing Agency (Access Copyright). For an Access Copyright licence, visit accesscopyright.ca or call 1-800-893-5777. canadiangeographic.ca/energy PUBLISHER: ANDRÉ PRÉFONTAINE; VICE-PRESIDENT, CONTENT CREATION: GILLES GAGNIER; CUSTOM PUBLISHING MANAGER: MIKE ELSTON; CREATIVE DIRECTOR: SUZANNE MORIN; GRAPHIC DESIGNER: CICADA CREATIVE INC.; CARTOGRAPHER: CHRIS BRACKLEY, AS THE CROW FLIES CARTOGRAPHY; EDUCATIONAL PROGRAM MANAGER: ELLEN CURTIS; EDUCATION PROGRAMS COORDINATOR: SARA BLACK; SENIOR EDITOR: AARON KYLIE; PROJECT EDITOR: MICHELA ROSANO; ASSISTANT EDITOR: NICK WALKER; TRANSLATOR: MICHEL TANGUAY; FRENCH PROOFREADER: MARIE-CHRISTINE PICARD. OIL AND GAS PIPELINE, AND ELECTRICAL POWER LINE DATA PROVIDED BY PENNWELL CORPORATION. OIL, GAS AND ELECTRICAL FACILITY DATA PROVIDED BY PENNWELL CORPORATION AND THE CENTRE FOR ENERGY. BASE DATA 1:10M NORTH AMERICAN ATLAS. © DEPARTMENT OF NATURAL RESOURCES CANADA. ALL RIGHTS RESERVED.

POWER WAYS ENERGY ENERGY OIL AND GAS PIPELINE, AND ... · 63.9% Crude oil 19.4% Natural gas 0.8% Hydro/wind 15.9% Coal-fired power ON 0.8% Crude oil 2.0% Natural gas 32.2% Hydro/wind

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Page 1: POWER WAYS ENERGY ENERGY OIL AND GAS PIPELINE, AND ... · 63.9% Crude oil 19.4% Natural gas 0.8% Hydro/wind 15.9% Coal-fired power ON 0.8% Crude oil 2.0% Natural gas 32.2% Hydro/wind

Kitimat

Prince Rupert

Prince George

Vancouver

Fort McMurray

Edmonton

Calgary

Regina Winnipeg

Thunder Bay

Victoria

Windsor

Sarnia

St. John’s

Toronto

QuebecCity

Montreal

Ottawa

Saint John

Charlottetown

Halifax

Kitimat

Prince Rupert

Prince George

Vancouver

Fort McMurray

Edmonton

Calgary

Regina Winnipeg

Thunder Bay

Victoria

Windsor

Sarnia

St. John’s

Toronto

QuebecCity

Montreal

Ottawa

Saint John

Charlottetown

Halifax

YT

37%Natural gas

2%Nuclear8%

Hydro power9%Coal

44%Crude oil

MB 32.2% Crude oil 67.8% Hydro/wind

No primary energy production

63.0% Natural gas 37.0% Hydro/wind

QC98.1% Hydro/wind

1.9% Nuclear

NOTE: Quebec closed its nuclear power plant in early 2013.

NT80.9% Crude oil 17.2% Natural gas 1.9% Hydro/wind

Canada is an energy-rich nation — the sixth largest producer of energy in the world, in fact. It has the world’s third largest oil reserves and it’s the globe’s third largest producer of natural gas and of hydroelectricity. Canada’s also a world leader when it comes to new and emerging energy sources. But how many Canadians think about where the gasoline at their local station or the electricity behind the switch comes from, or how it gets to them? To help answer those questions, Canadian Geographic, in partnership with the Canadian Association of Petroleum Producers, created this map illustrating the nation’s most significant energy-production sites, the major pipe- and transmission lines and the country’s key energy processing facilities. Combined, an energy road map emerges that shows just where our energy comes from and the routes it takes to help power our lives.

BC 7.0% Crude oil 59.7% Natural gas 9.5% Hydro/wind 23.8% Coal-fired power

AB 46.6% Crude oil 46.7% Natural gas 0.1% Hydro/wind 6.6% Coal-fired power

SK

63.9% Crude oil 19.4% Natural gas 0.8% Hydro/wind 15.9% Coal-fired power

ON 0.8% Crude oil 2.0% Natural gas 32.2% Hydro/wind 65.0% Nuclear

82.1% Crude oil 17.9% Hydro NL

PE

Prim

ary Energy Production

Prim

ary

Ener

gy Production

NB

37.6% Natural gas 49.0% Hydro/wind13.4% Nuclear

Prim

ary Energy Production

NS 9.8% Crude oil 84.7% Natural gas 2.7% Hydro/wind 2.8% Coal-fired power

Prim

ary Energy Production

Prim

ary Energy Production

Primar

y Energy Production

Primar

y Energy Production

Primar

y Energy Production

Primar

y Energy Production

Primar

y Energy Production

Primar

y Energy Production

Primar

y Energy Production

Primar

y Energy Production

100% Wind

NU

PRIMARY ENERGY PRODUCTION BY TYPE

NATURAL MOVESThe to-and-fro flow of the nation’s natural gas

IMPORTEXPORT

207.7*millionm3/d

* enough to heat about 77,000 new, average-sized single detached Canadian homes for one year

NET

}272.1millionm3/d

millionm3/d64.4

1 m3 of natural gas = about enough to heat the average Canadian home for 3 hours

IMPORTEXPORT

CURRENT CONNECTIONSMoving electricity in and out of the country

}44.4 million MWh

25.7*million MWh

* enough to power 2.1 million average Canadian homes for a year

18.7 million MWh

NET

1 MW of electricity = enough to power approximately 667 toasters

OIL IN AND OUTCanadian crude oil imports and exports

1.7 millionbbl/d

916* thousandbbl/d

* equivalent to more than 145.6 million litres of gasoline

1 barrel of oil = about 159 litres of gasoline

784 thousandbbl/d

NET

}IMPORTEXPORT

Crude refined east

of Sarnia, Ont., is mainly imported

from Algeria, Nigeria, the

North Sea and Saudi Arabia.

Most crude refined

west of Sarnia, Ont., is

Canadian.

Ontario imports natural

gas from the U.S. at Courtright and Sarnia.

Liquefied natural gas is imported

through Canada’s only LNG terminal (Canaport)

in Saint John, N.B., to serve Atlantic Canada

and parts of the northeastern

U.S.Canada’s exported electricity

heads to the United States (from Manitoba, Ontario,

Quebec and New Brunswick) through an integrated

continental grid — most provincial grids connect to the U.S. rather than

to neighbouring provinces.

Quebec, which leads the

country in hydroelectric generation, exported 19.9 terawatt hours (1.6 years’

worth of electricity for 1 million average

Canadian homes) to New England and

New York in 2010.

About two-thirds

of Canada’s crude production is exported (almost exclusively to

the United States), mainly through a series of 11 major

pipelines.

As of early 2013,

there are seven proposed liquefied

natural gas facilities in B.C., with a combined

total capacity of about 255 million

cubic metres per day.

In 2012, an average of 61,000 barrels

of oil per day were exported to the U.S.

and Asia through Port Metro Vancouver.

The bulk of Canada’s natural

gas is exported to the United States through eight major pipelines,

most of which originate in Western and Central

Canada and lead south and east. ‡ Power plants with a generation capacity of less than 200 MW

are not shown

***Pipelines with a diameter of less than 220 mm are not shown

‡‡ Power lines with a capacity of less than 139 kV are not shown

Oil Production & Transmission

Gas Production & Transmission

Offshoreoil platform

Ethanolplant**

Oilrefinery/upgrader

Oil processingplant*

Offshorenatural gas

platform

NGLterminal

Oil pipelines

Proposed

*Plants processing less than 5.7 million cubic metres per day are not shown

**Ethanol plants with a capacity of less than 380 million litres per year are not shown

Diameter (mm)***

Proposed

Gas pipelines

Natural gas liquid Natural gas

Electricity Production & Transmission‡

Coal

Natural gasprocessing

plant*

Liquid natural gas processing

plant*

HydroNatural gasFuel oil

250 - 450

500 - 660

760 - 1200

Diameter (mm)***

250 - 450

500 - 660

760 - 1200

139 - 230231 - 345346 - 500501 - 765

Power lines (kV)‡‡Nuclear Wind

Proposed

POWER WAYS

ENERGY ENERGYCANADA’S

PRODUCTION ANDTRANSMISSION

POWERPOWER

WHERE Our Energy Comes From

And HOW It Gets From There To Us

©2013 Canadian Geographic Enterprises; canadiangeographic.ca. No part of this poster may be reproduced, stored in a retrieval system or transmitted, in any form or by any means, without the prior written consent of the publisher or a licence from The Canadian Copyright Licensing Agency (Access Copyright). For an Access Copyright licence, visit accesscopyright.ca or call 1-800-893-5777. canadiangeographic.ca/energy

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