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Fuel Collection (page 44)

"FUEL: Powering the Past, Present, and Future" Tesla Models: Revolutionizing the automotive industry with their electric 4-door sports cars

Background imageFuel Collection: Liquefied natural gas tanker

Liquefied natural gas tanker
Liquefied natural gas transport. View over the tanks of a liquefied natural gas (LNG) tanker. LNG is natural gas that has been filtered and purified then cooled below -162 Celsius

Background imageFuel Collection: Gas compressor station in Belarus

Gas compressor station in Belarus
Gas compressor. View of a natural gas compressor station. Such stations are sited along natural gas distribution pipelines

Background imageFuel Collection: Liquefied natural gas plant

Liquefied natural gas plant
Liquefied natural gas. View of the loading pier of a liquefied natural gas (LNG) production plant, as seen from a tanker. LNG is natural gas that has been filtered

Background imageFuel Collection: Laying a gas pipe

Laying a gas pipe
Natural gas distribution. Segments of pipe await connection during the creation of the Bovanenko-Ukhta pipeline in Russia

Background imageFuel Collection: Pumps for heating system

Pumps for heating system
Water pumps. Electrical pumps used to distribute hot water from a community boiler station. The boiler is a high efficiency gas-fuelled design and provides hot water

Background imageFuel Collection: Gas pipe booster station

Gas pipe booster station
Gas supply. View of a pumping booster station on a gas pipeline. The booster station is used to help regulate the pressure in long-distance supply pipes used to transport natural gas from its

Background imageFuel Collection: Power station boiler

Power station boiler
Boiler of a coal-fired power station. The boiler is used to generate superheated steam that is fed to a series of turbines. These are connected to generators to produce electricity

Background imageFuel Collection: Gas condensate processing plant

Gas condensate processing plant. Gas condensate is a low-density mix of hydrocarbons found in natural gas deposits. The hydrocarbons may be extracted from the gas as they are essentially light

Background imageFuel Collection: Maize biofuel, conceptual image

Maize biofuel, conceptual image
MODEL RELEASED. Maize biofuel, conceptual image. Hand holding a fuel pump nozzle in front of a field of maize (Zea mays). Also known as corn

Background imageFuel Collection: Aviation Fuel Bowser at Brussells Airport

Aviation Fuel Bowser at Brussells Airport
Aviation fuel is a specialized type of petroleum-based fuel used to power aircraft. It is generally of a higher quality than fuels used in less critical applications such as heating or road

Background imageFuel Collection: Assembling equipment in a power station

Assembling equipment in a power station
Electricity generation. Workers assembling part of a turbine generator at a power station. Photographed at Kaliningrad, Russia

Background imageFuel Collection: Turbine hall at a power station

Turbine hall at a power station
Electricity generation. View across the turbine hall of a power station. The turbine hall is where high pressure steam from the boilers is fed into turbines that are connected to generators

Background imageFuel Collection: Oil storage tank

Oil storage tank
Oil production. View of a storage tank at a trans-shipping facility. Oil from production wells is stored here prior to shipping by pipeline or tanker. Photographed in Kaliningrad, Russia

Background imageFuel Collection: Laying a gas pipeline

Laying a gas pipeline
Gas distribution. The final joint of a gas distribution pipeline being laid in the ground. This pipeline links Minsk, Vilnius

Background imageFuel Collection: Oil storage tanks

Oil storage tanks
Oil production. View of storage tanks at a trans-shipping facility. Oil from production wells is stored here prior to shipping by pipeline or tanker. Photographed in Kaliningrad, Russia

Background imageFuel Collection: Testing motor fuel

Testing motor fuel
Testing fuel. Samples of fuel from a petrol station being checked for quality. Here a sample of petrol is heated to determine its flash point

Background imageFuel Collection: Oil production rig, Baltic Sea

Oil production rig, Baltic Sea
Oil production. View of an oil production rig in the Baltic Sea

Background imageFuel Collection: Distillery, 19th century

Distillery, 19th century artwork. Workers participating in various stages of the distillation process. At left, the boiler is being refuelled

Background imageFuel Collection: Lignite-burning power station

Lignite-burning power station at night. This is the Neurath power station (Kraftwerk Neurath), near Grevenbroich, Germany. It obtains power by burning lignite (brown coal)

Background imageFuel Collection: Natural gas well, artwork

Natural gas well, artwork
Natural gas well. Cut-away 19th century artwork of a natural gas well. To reach the natural gas (9) several layers have to be drilled through

Background imageFuel Collection: Refuelling a diesel car

Refuelling a diesel car. Hand-operated pump being used to fill a motor vehicles fuel tank with diesel

Background imageFuel Collection: Stansted airport

Stansted airport, Essex, UK

Background imageFuel Collection: Green fuel, conceptual image

Green fuel, conceptual image

Background imageFuel Collection: Power station in Sweden

Power station in Sweden
Small power station, typical for a small town in Sweden, burning green products from the forests. Photographed in Vadstena district in Ostergotland in Sweden

Background imageFuel Collection: Green car, conceptual image

Green car, conceptual image. Computer artwork representing an environmentally friendly vehicle

Background imageFuel Collection: Peat cuttings on Scottish moorland

Peat cuttings on Scottish moorland. Peat bed on a moorland bog near Inver, looking to the Paps of Jura mountains. On the left is Beinn an Oir (785 metres), the highest peak

Background imageFuel Collection: Environmentally friendly fuel, artwork

Environmentally friendly fuel, artwork
Environmentally friendly fuel, computer artwork. Butterfly with green oil barrels. This represents sustainable and renewable fuel production that has a reduced or minimal impact on the environment

Background imageFuel Collection: Hydrogen fuel cell cars

Hydrogen fuel cell cars that have been developed as part of a research project. Hydrogen fuel cells combine hydrogen and oxygen (from the air) to create electricity

Background imageFuel Collection: Hydrogen fuel cell car

Hydrogen fuel cell car being refuelled at a hydrogen filling station as part of a research project. Hydrogen fuel cells combine hydrogen and oxygen (from the air) to create electricity

Background imageFuel Collection: Hydrogen fuel cell car refuelling

Hydrogen fuel cell car refuelling
Hydrogen fuel cell car being refuelled at a hydrogen filling station as part of a research project. Hydrogen fuel cells combine hydrogen and oxygen (from the air) to create electricity

Background imageFuel Collection: Hydrogen-powered bus

Hydrogen-powered bus. This bus is powered by a fuel cell that runs on hydrogen gas. Inside the proton exchange membrane (PEM) fuel cell, hydrogen is combined with air, without combustion

Background imageFuel Collection: F15 jets being refueled by a Boeing 707

F15 jets being refueled by a Boeing 707, while in flight. Aerial refueling allows medium-range fighter aircraft to operate at greater range from their bases

Background imageFuel Collection: F16 jet being refueled by a Boeing 707

F16 jet being refueled by a Boeing 707, while in flight. Aerial refueling allows medium-range fighter aircraft to operate at greater range from their bases

Background imageFuel Collection: Oxyacetylene flame

Oxyacetylene flame (blue) from an oxyacetylene torch or burner. This torch burns a mixture of oxygen and acetylene (ethyne, C2H2)

Background imageFuel Collection: Fire of smokeless fuel

Fire of smokeless fuel

Background imageFuel Collection: Burning coal

Burning coal

Background imageFuel Collection: Petrol constituent n-octane molecule

Petrol constituent n-octane molecule
n-Octane. Molecular model of the hydrocarbon n- octane (formula: C8H18). The atoms are spherical and colour-coded: carbon (blue) and hydrogen (white)

Background imageFuel Collection: Glowing fire of smokeless fuel

Glowing fire of smokeless fuel
Smokeless fire. Glowing fire of smokeless fuel. This fuel is created by the low-temperature carbonization of coal which distils off the parts of the coal that create smoke

Background imageFuel Collection: Glowing barbecue

Glowing barbecue embers under a grill

Background imageFuel Collection: Methane molecule

Methane molecule. Computer model of a methane molecule (CH4). Atoms are represented as spheres and are colour-coded: carbon (grey) and hydrogen (white)

Background imageFuel Collection: Methane hydrate

Methane hydrate. Computer model of the structure of methane hydrate, also known as methane ice or methane clathrate. It consists of a molecule of methane

Background imageFuel Collection: Isomers of butane

Isomers of butane. Molecular model of two isomers of butane (C4.H10). Isomers are chemicals with the same atoms, but different molecular arrangements

Background imageFuel Collection: MARYLAND: GAS STATION, c1921. Dome gas station in Takoma Park, Maryland. Photograph, c1921

MARYLAND: GAS STATION, c1921. Dome gas station in Takoma Park, Maryland. Photograph, c1921

Background imageFuel Collection: GATL2A-00035

GATL2A-00035
Native women carrying coal onto a steamship at Kingston, Jamaica, 1880s. Hand-colored woodcut of a 19th-century illustration

Background imageFuel Collection: BUSN2A-00192

BUSN2A-00192
Early oil well gushing in Pennsylvania 1880s. Hand-colored woodcut of a 19th century illustration

Background imageFuel Collection: BUSN2A-00071

BUSN2A-00071
Women screening coal coming out of a mine in England, 1800s. Hand-colored woodcut of a 19th-century illustration

Background imageFuel Collection: BUSN2A-00115

BUSN2A-00115
Whimsey engine drawing coal in the Staffordshire mines, England, 1850s. Hand-colored woodcut of a 19th-century illustration

Background imageFuel Collection: Hyundai Genesis Coupe

Hyundai Genesis Coupe



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"FUEL: Powering the Past, Present, and Future" Tesla Models: Revolutionizing the automotive industry with their electric 4-door sports cars, Tesla models showcase a new era efficiency and sustainability. Classic Beauty: The iconic 1966 Ford Mustang Coupe in Signalflare Red reminds us of the timeless allure of gasoline-powered vehicles that have captivated car enthusiasts for decades. Tesla Roadster America: A symbol of American innovation, the Tesla Roadster represents a shift towards cleaner energy sources while still delivering exhilarating performance on the roads. Korean War Refueling: In an intense moment captured in 1953, witness the crucial refueling operation between USS Shelton and USS Antietam from tanker USS Tolovana amidst Korean waters during the Korean War. Oil Rig Derrick Floor: Journey to Iran's oil fields as we explore an oil rig's derrick floor—a testament to our reliance on fossil fuels for energy production despite ongoing efforts towards renewable alternatives. Triplex Grate C Pattern: Delve into industrial machinery as we uncover intricate patterns found within a triplex grate—highlighting how even mundane components play a vital role in fuel utilization processes. Coal Mining Legacy: Glimpse into history through G. H Davis' portrayal of coal mining during South Wales' 1921 strike—an era when coal was king and fueled entire communities before environmental concerns took center stage. British Grand Prix Thrills: Experience adrenaline-pumping moments at the 1984 British GP where roaring engines burned rubber on track—the epitome of high-octane excitement fueled by passion for motorsports. WW2 Conservation Efforts: Uncover wartime propaganda with "Switch off that Light" poster urging citizens to conserve fuel during World War II—a reminder that responsible energy usage is essential even in times of crisis. Resilience Amidst Struggle.