• Gas Town of the West<br/> Source: Image courtesy of Peel’s Prairie Provinces, a digital initiative of the University of Alberta, PC010811

    Alberta’s first natural gas discovery in Langevin eventually leads to the designation of Medicine Hat as the “Gas Town of the West.”

    Gas Town of the West
    Source: Image courtesy of Peel’s Prairie Provinces, a digital initiative of the University of Alberta, PC010811

  • Gas well blowing at Bow Island, Alberta<br/> Source: Glenbow Archives, NA-4048-4

    At Bow Island, Alberta, the largest gas well drilled in Canada to date is directed by Eugene Coste, the “father of the natural gas industry.”

    Gas well blowing at Bow Island, Alberta
    Source: Glenbow Archives, NA-4048-4

  • Pipe for gas line, Bow Island area, Alberta, 1913 Source: Glenbow Archives, NA-4048-1

    Eugene Coste builds a 270-km (168-mi.) long pipeline, one of the longest and largest pipelines at that time, to carry Bow Island gas to Calgary and Lethbridge.

    Pipe for gas line, Bow Island area, Alberta, 1913
    Source: Glenbow Archives, NA-4048-1

  • Turner Valley Discovery Well Blowing, 1914<br/>Source: Provincial Archives of Alberta, P1883

    Natural gas wet with condensate is first discovered in the Cretaceous level at Turner Valley with the Dingman No. 1 well by Calgary Petroleum Products, the company originally founded by William Stewart Herron.

    Turner Valley Discovery Well Blowing, 1914
    Source: Provincial Archives of Alberta, P1883

  • Edmonton Gas Well, Viking, Alberta, ca. 1914<br/> Source: Glenbow Archives, NA-1328-66092

    Edmonton finds a natural gas supply in Viking, Alberta, but delays development due to war-related anxieties.

    Edmonton Gas Well, Viking, Alberta, ca. 1914
    Source: Glenbow Archives, NA-1328-66092

  • Original Royalite absorption, compression and scrubbing plant, ca. 1926<br/> Source: Provincial Archives of Alberta, P1882

    Royalite Oil Company Ltd., a wholly-owned subsidiary of Imperial Oil, gains entry to Turner Valley and begins an aggressive campaign to dominate petroleum production there.

    Original Royalite absorption, compression and scrubbing plant, ca. 1926
    Source: Provincial Archives of Alberta, P1882

  • Pipeline at MacDougall Avenue, Edmonton, Alberta, 1923<br/> Source: Glenbow Archives, ND-3-2062

    Edmonton, Alberta, receives its first delivery of natural gas from the Viking-Kinsella field that had been discovered in 1914.

    Pipeline at MacDougall Avenue, Edmonton, Alberta, 1923
    Source: Glenbow Archives, ND-3-2062

  • Burning Gas at Royalite No. 4, Hell’s Half Acre, Turner Valley, Alberta, 1924<br/> Source: Glenbow Archives, ND-8-430

    Royalite Oil punctures the gas condensate reservoir in the Mississippian rock formation at Turner Valley, and Royalite No. 4 erupts in fire.

    Burning Gas at Royalite No. 4, Hell’s Half Acre, Turner Valley, Alberta, 1924
    Source: Glenbow Archives, ND-8-430

  • In December 1929, Mackenzie King signs natural resources transfer agreement prior to the passage of legislation in 1930<br/> Source: Provincial Archives of Alberta, A10924

    The Canadian federal government transfers control of natural gas and other natural resources to the provincial Government of Alberta through the Natural Resources Transfer Acts of 1930.

    In December 1929, Mackenzie King signs natural resources transfer agreement prior to the passage of legislation in 1930.
    Source: Provincial Archives of Alberta, A10924

  • An Act for the Conservation of the Oil and Gas Resources of the Province of Alberta<br/> Source: <em>The Oil and Gas Conservation Act</em>, SA 1938, c. 15

    Oil and Gas Resources Conservation Act becomes law, and the Petroleum and Natural Gas Conservation Board, now the Energy Utilities Board, is formed as the regulatory authority for all gas and oil operations.

    An Act for the Conservation of the Oil and Gas Resources of the Province of Alberta
    Source: The Oil and Gas Conservation Act, SA 1938, c. 15

  • Shell Oil Jumping Pound Gas plant, 1952<br/> Source Provincial Archives of Alberta, P3009

    The largest gas reservoir in Canada at the time of discovery, the Jumping Pound field becomes a symbol of the need to resolve the stalemate over whether or not Alberta should export its natural gas; without adequate markets, it remains shut in until 1951.

    Shell Oil Jumping Pound Gas plant, 1952
    Source Provincial Archives of Alberta, P3009

  • But of course! Gas The Modern Fuel! In the years following World War II, the development and use of natural gas skyrockets due, in part, to rigorous marketing.<br/> Source: City of Edmonton Archives, EA-275-1776

    Efforts to promote natural gas as a safe, clean alternative to coal help the market expand rapidly, and large-scale processing and pipeline projects are constructed to serve the growing market.

    But of course! Gas The Modern Fuel! In the years following World War II, the development and use of natural gas skyrockets due, in part, to rigorous marketing.
    Source: City of Edmonton Archives, EA-275-1776

  • Handling sulfur at Madison natural gas facility, Turner Valley, 1952<br/> Source: Provincial Archives of Alberta, P2973

    In 1952, facilities in both Turner Valley and Jumping Pound begin to convert the toxic hydrogen sulfide in sour gas into benign elemental sulfur, and by the 1970s Canada becomes the largest exporter of sulfur in the world.

    Handling sulfur at Madison natural gas facility, Turner Valley, 1952
    Source: Provincial Archives of Alberta, P2973

  • <em>An Act to Incorporate a Gas Trunk Pipe Line Company to Gather and Transmit Gas within the Province</em><br/> Source: <em>The Alberta Gas Trunk Line Company Act</em>, SA 1954, c. 37

    Alberta Trunk Line Company is established in order to gather and transmit Alberta’s natural gas for domestic consumption as well as for export outside of the province.

    An Act to Incorporate a Gas Trunk Pipe Line Company to Gather and Transmit Gas within the Province
    Source: The Alberta Gas Trunk Line Company Act, SA 1954, c. 37

  • TransCanada Pipeline<br/> Source: Provincial Archives of Alberta, P1355

    TransCanada Pipeline exports the first gas piped to eastern Canada over a single pipeline, longer than any other single length of pipeline in North America at that time.

    TransCanada Pipeline
    Source: Provincial Archives of Alberta, P1355

  • Tom Adams (l) and Stan Jones (r)<br/> Source: Courtesy of Gwen Blatz

    Tom Adams and Stan Jones found the Meota Gas Co-operative, the first in what becomes a widespread movement to provide gas service throughout Alberta’s rural areas.

    Tom Adams (l) and Stan Jones (r)
    Source: Courtesy of Gwen Blatz

  • Just relax...we're just going to take a sample. November 14, 1980<br/> Source: Glenbow Archives, M-8000-710

    Prime Minister Trudeau introduces the national Energy Program (NEP), which sets prices for oil and gas well below international prices.

    “Just relax...we’re just going to take a sample.” November 14, 1980
    Source: Glenbow Archives, M-8000-710

  • Amoco sour gas blowout at Lodgepole near Drayton Valley, 1982<br/> Source: Provincial Archives of Alberta, J3747-1

    The Lodgepole sour gas blowout smells up the air for weeks, highlighting a growing conflict between the desire for economic development and the need to safeguard the public.

    Amoco sour gas blowout at Lodgepole near Drayton Valley, 1982
    Source: Provincial Archives of Alberta, J3747-1

  • Tied in coal bed methane (CBM) well, Ponoka, Alberta<br/> Source: Courtesy of Encana Corporation

    As conventional sources of natural gas have matured and declined, the industry has increasingly focused its efforts on developing unconventional gas resources such as shale gas, tight gas and coal bed methane.

    Tied in coal bed methane (CBM) well, Ponoka, Alberta
    Source: Courtesy of Encana Corporation

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Glossary

Anticline: An arch-shaped fold of stratified or layered rock in which the layers bend down and away from the crest. The oldest layers form the core, while the outer layers of the fold are younger rock. Anticlines with reservoir-quality rocks in the center core and impermeable layers at the outside of the fold make excellent petroleum traps. An anticline is the opposite of a syncline, which occurs when the rock layers fold upwards in a U-shape.

Benzine: An early term for gasoline, not to be confused with benzene. Benzine is a colorless, flammable mixture of liquid hydrocarbons obtained from petroleum and used in cleaning and dyeing and as a motor fuel.

Bit: The cutting or boring tool used to drill for petroleum. It is located at the working end of the drill string or drilling line and is equipped with various types of cutting or grinding teeth.

Bitumen: The heaviest, thickest form of petroleum. In Alberta the two largest known sources of bitumen each contain more petroleum than the entire proven conventional oil reserves of the Persian Gulf. Synthetic crude oil produced from bitumen accounts for about 28% of Canada’s total oil production.

Blowout: A petroleum well that goes out of control and literally blows out, spewing drilling mud, natural gas, oil, and other liquids out of the well. Blowouts occur when formation pressure exceeds the pressure exerted by the column of drilling fluid.

British thermal unit (BTU): A unit of heat commonly used in heat engineering and corresponding to the amount of heat required to raise the temperature of one pound of water one Fahrenheit degree.

Butane: A colorless, flammable gas that occurs in natural gas and is used as a fuel, often for small household devices such as lighters, as a refrigerant as well as in the manufacture of rubber (C4H10).

Cable-tool rig: A device used to drill for oil and natural gas that uses a heavy, chisel-like bit suspended on a cable and dropped repeatedly into the rock at the bottom of the hole.

Carbon: A natural element found in petroleum and derived from trapped organic material.

Casing: Steel pipe inserted into petroleum wells to prevent well walls from caving in and fluids from entering the borehole.

Casinghead gasoline: Gas that is dissolved in crude oil and so is produced from an oil well rather than from a gas well.

Combustible: Able to catch fire and burn.

Combustion: A chemical reaction that produces heat and light; the process of burning something.

Condensates: Hydrocarbons that sometimes accompany natural gas, as at Turner Valley. Liquid at normal pressure and temperature, they may be refined into fuels and sold commercially. In Alberta, they encouraged further petroleum exploration as well as the construction of processing facilities. As liquid hydrocarbons, condensates bridge the line between natural gas and conventional oil.

Creekology: A rudimentary science of petroleum geology.

Debenture: A document recording a debt that is not founded upon collateral.

Derrick: The large, load-bearing tower-like framework over a gas or oil well that supports the drilling tools and their accessories. It was once made of wood and constructed piece by piece but began to be made of bolted steel construction in the 1920s. Metal rigs are stronger, less flammable and better able to withstand strong prairie winds.

Devonian: A geologic period of the Paleozoic Era from about 450 million to 345 million B.C.E. Much of Alberta’s petroleum comes from rock formations of this period, which was dominated by marine life.

Doodlebugger: A kind of instrument or gadget with no recognized scientific method that is reputed to find oil, gas, water, or minerals. The term also refers to someone using such non-scientific methods to find oil, gas, or minerals.

Downstream: That part of the petroleum industry that delivers oil and gas to the consumer.

Dowser: A person who uses a divining rod to locate underground minerals or water.

Drilling rig: Machinery that is involved in drilling petroleum wells, including the derrick, the hoisting equipment, the drill string, the pumps and the mud system.

Dry gas: Gas that is essentially devoid of liquid hydrocarbons.

Duster: A dry hole that produces neither gas nor oil in commercial quantities.

Ethane: A gaseous, colourless, flammable hydrocarbon (C2H6), slightly more complex than methane, that is used as a building block for the petrochemical industry.

Eukaryotes: A classic cell, or single-celled organism, having an organized nucleus.

Flare: A pipe or tower that burns off excess or unwanted natural gas.

Foothills: Any of the low hills around the base of a mountain or the hill country in Alberta lying east of the Rocky Mountain chain.

Formation: An identifiable geological unit or location where gas and oil are found in rock.

Fossil fuel: A hydrocarbon deposit formed in the geological past from the remains of living creatures. Through combustion, the hydrocarbon provides a non-renewable source of fuel.

Fracturing: A method of stimulating production by injecting sand, water, and/or certain chemicals into cracks in layers of sediment in order to increase the permeability of the rock and thereby release trapped petroleum.

Gas plant: A facility that processes natural gas.

Gasoline: A complex mixture of relatively volatile hydrocarbons, with or without small quantities of additives, suitable for use in spark-ignition engines.

Geophone: A special receiving microphone used in seismic operations in order to detect sound waves created by seismic explosions; also called a jug or seismometer.

Geophysics: The study of the physical properties of the Earth and the physical processes of its environment, including the fields of meteorology, hydrology, oceanography, seismology, volcanology, geomagnetism.

Greenhouse gas: An atmospheric gas emitted from the extraction and/or processing of petroleum that is believed to contribute to global warming by absorbing infrared radiation.

Gusher: A well that comes in under such pressure that it spurts gas or oil uncontrollably. Improved drilling technology has made gushers rare.

Hydrocarbons: A large class of gaseous, liquid or solid organic compounds that are comprised of only hydrogen and carbon molecules and are the basis of almost all petroleum products.

Hydrogen sulfide: A toxic compound (H2S) with a strong odour like that of rotten eggs. It is the component that makes so-called “sour” gas sour.

Kerogen: The fossilized material within sedimentary rock that can yield hydrocarbons under suitable temperature and pressure conditions.

Liquefied Natural Gas (LNG): Natural gas that is super-cooled in order to maintain it in a liquid state and at a fraction of its original volume. In this way, it is much easier and less expensive to transport if pipelines cannot be used.

Mercaptan: A substance added to natural gas that gives it an unpleasant odour in order to make it detectable.

Methane: The most basic hydrocarbon (CH4), a colourless, odourless, flammable gas that is lighter than air and is the primary component of natural gas. It is also a by-product of the decomposition of organic matter. Methane releases a large quantity of heat when burned.

Naphtha: A flammable, liquid mixture of hydrocarbons distilled from petroleum and used as a fuel.

Natural gas: A gaseous form of hydrocarbon. Methane is separated from other components found in natural gas, such as ethane, propane, butane, pentane and hexane, at processing plants located near producing fields.

Natural gas liquids (NGLs): Naturally-occurring hydrocarbon components of natural gas. Because they are valuable in and of themselves, they are removed during natural gas processing and then separated into distinct by-products including ethane, propane, and butane among others. Kept under pressure, they can be easily transported as liquids in tanker trucks.

Petroleum: Derived from the Latin roots, petra, meaning “rock,” and oleum, meaning “oil.” This is the general term for all the naturally occurring hydro-carbons, including natural gas, natural gas liquids, crude oil, and bitumen. Petroleum is a non-renewable natural resource found within the pore space of rocks.

Petroleum and Natural Gas Conservation Board (PNGCB): A board created in 1938 to oversee the development of the Alberta oil and gas industry and to control economic waste. It subsequently becomes known as the Oil and Gas Conservation Board (1957), Energy Resources Conservation Board (1971), the Alberta Energy and Utilities Board (1995), and the Energy Resources Conservation Board (2008) again. In 2013, its regulatory functions became the responsibility of the Alberta Energy Regulator.

Propane: A colourless, flammable hydrocarbon component (C3H8) found in natural gas. When kept under pressure, it remains in liquid form. It is used for cooking, heating, and other domestic and industrial purposes.

Reserves: The amounts of gas and oil recoverable from within the Earth.

Reservoir rock: A permeable rock, usually sandstone or limestone, that contains quantities of petroleum within its pores.

Rig: The derrick and surface equipment of a drilling unit.

Rotary drill: A technology using a rotary drill pipe and bit, or one that bores its hole by rotating the drill stem and bit. Rotary rigs were introduced in Texas in the 1890s and in the Turner Valley, Alberta, in 1925. Rotary drilling was not used widely in Canada, however, until a new exploration in Turner Valley began in 1936.

Roughneck: A member of the derrick floor crew as distinguished from the driller.

Scrubbing: A procedure used to extract toxic hydrogen sulfide from sour gas to make it safe for consumer use.

Sedimentary rock: Rock that is composed of sediment, or particulate matter carried by water, and compacted by pressure. Limestone, sandstone and shale are sedimentary rocks.

Seep: A location at which hydrocarbons have migrated to the Earth’s surface.

Seismic waves: Waves of energy that travel through the Earth. They can be generated naturally by earthquakes or artificially, such as by explosions.

Seismology: A modern method in geophysics, based on the fact that sound waves travel through different kinds of rock at different speeds, used to find gas, oil, water, or minerals.

Shale gas: These natural gas equivalents, also known as coal bed methane, are extracted from coal beds and certain shale deposits.

Solution gas: Natural gas that is dissolved and held under pressure in crude oil in a reservoir.

Sour gas: Natural gas that contains toxic hydrogen sulphide (H2S) and is often found in deep, high-pressure natural gas deposits such as those in the foothills of Alberta’s Rocky Mountains region.

Source rock: The sedimentary rock formation where organic matter was trapped and transformed into natural gas and crude oil although not always the site of petroleum accumulation.

Spud: To begin drilling operations, or begin making a hole, by moving the drill stem up and down in the borehole without rotation.

Sulfur: An odourless and tasteless chemical element having a pale yellow colour and occurring widely in nature.

Sustainable development: A pattern of resource use that meets human needs while at the same time preserving the environment.

Sweet gas: Natural gas that has been cleaned of impurities, particularly of hydrogen sulfide (H2S).

Trap: A geological feature that stops the free flow of petroleum to concentrate it in a limited space.

Volatile: Readily evaporated at normal temperatures.

Waste gas: Natural gas that is flared.

Wet gas: Gas that is partially saturated with liquid hydrocarbons.

Western Canada Sedimentary Basin: A geographic area with several source rocks (Ordovician, Upper Devonian, Uppermost Devonian and lower most Mississippian, Middle Triassic, Lower Jurassic, Lower Cretaceous and Upper Cretaceous) that contain active petroleum systems. A sedimentary basin is usually a depressed region, shaped like a basin.

Wildcat: A drilling operation that seeks new petroleum prospects outside proven (cable of producing) production.

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