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Fossil Fuel Collection (page 8)

"Fossil Fuel: A Journey Through Time and Industry" Step back in time to the 1850s, where a coal mine in England marked the beginning of an era that would shape our world

Background imageFossil Fuel Collection: Extracted sulphur

Extracted sulphur. Sulphur which has been extracted from crude natural gas known as sour gas. Sour gas is rich in hydrogen sulphide (formula H2.S)

Background imageFossil Fuel Collection: Gas pipes

Gas pipes

Background imageFossil Fuel Collection: Stored natural gas

Stored natural gas
Natural gas storage. Several cylindrical tanks used to store treated sour gas. Also seen in the background is yellow sulphur which is a by-product of this process

Background imageFossil Fuel Collection: Petrol pump

Petrol pump at night

Background imageFossil Fuel Collection: Christmas tree assembly

Christmas tree assembly. An array of pipes and valves fitted to a production wellhead. This assembly controls flow and comprises at least two isolation valves to prevent accidents

Background imageFossil Fuel Collection: Skull and coal

Skull and coal

Background imageFossil Fuel Collection: High-grade, low-sulphur coal from British Columbia

High-grade, low-sulphur coal from British Columbia

Background imageFossil Fuel Collection: Bag of coal

Bag of coal. This coal is used for lighting open fires. Coal is a type of fossil fuel. When it is burned it releases carbon dioxide into the atmosphere, which contributes to global warming

Background imageFossil Fuel Collection: Lumps of high-grade anthracite coal

Lumps of high-grade anthracite coal
Anthracite. Specimens of anthracite coal, a hard, lustrous sedimentary rock derived from vegetable debris. Anthracite is a slow-burning

Background imageFossil Fuel Collection: Carbon footprint

Carbon footprint. Conceptual image showing the chemical formula for carbon dioxide (CO2) written as clouds in the sky. Carbon footprints are measured in terms of carbon dioxide

Background imageFossil Fuel Collection: Carbon credits

Carbon credits. Artwork of an individual credit card with carbon trading symbols. This represents the environmental policy of carbon credits

Background imageFossil Fuel Collection: Biopile hydrocarbon pollution clean-up

Biopile hydrocarbon pollution clean-up
Biopile. This is a facilities that economically clean up soils that have been contaminated with hydrocarbons such as gasoline, diesel and jet fuels

Background imageFossil Fuel Collection: Offsetting carbon emissions

Offsetting carbon emissions. Conceptual image showing an aeroplane balanced on a set of scales against trees. This represents the environmental strategy known as carbon offsetting

Background imageFossil Fuel Collection: Carbon footprints, conceptual image

Carbon footprints, conceptual image

Background imageFossil Fuel Collection: Cost of oil

Cost of oil. Conceptual image showing an oil barrel balanced on a set of scales against Euro bank notes. This represents the increasing cost of oil and the impact of oil prices on the world economy

Background imageFossil Fuel Collection: Carbon footprint, conceptual image

Carbon footprint, conceptual image. Coal footprint on cracked earth representing global warming

Background imageFossil Fuel Collection: Transport pollution

Transport pollution. Fumes emerging from a boat burning fuel as oil. Photographed in Manokwari harbour, West Papua in Indonesia, Asia

Background imageFossil Fuel Collection: Food miles

Food miles. Conceptual image showing a loaf of bread balanced on a set of scales against a container of petrol. This image represents the environmental cost of transporting food

Background imageFossil Fuel Collection: Oil industry pollution

Oil industry pollution. Tailings settling pond with residual crude oil and bitumen floating on the surface. In the background is the Syncrude oil processing plant

Background imageFossil Fuel Collection: Carbon neutral transport

Carbon neutral transport. This van is part of the Courier Systems company, a UK company that uses a carbon offset scheme to balance their carbon emissions

Background imageFossil Fuel Collection: Global energy resources, conceptual image

Global energy resources, conceptual image
Global energy resources. Conceptual image of a fuel gauge on the Earth approaching empty (E). This represents global environmental issues relating to energy resources and their depletion

Background imageFossil Fuel Collection: Natural gas well, 19th century

Natural gas well, 19th century
Natural gas well, 19th-century artwork. Drilling of a natural gas well in Kansas, USA. Commercial drilling for oil and natural gas in Kansas began in 1892

Background imageFossil Fuel Collection: Man-made pollution, conceptual artwork

Man-made pollution, conceptual artwork
Man-made pollution, conceptual computer artwork

Background imageFossil Fuel Collection: Oil and the environment

Oil and the environment. Conceptual image of an oil drop (centre) running down a container (left), with smoke and clouds in the background

Background imageFossil Fuel Collection: Oil pipeline and aurora

Oil pipeline and aurora. The aurora is a coloured light display visible in the night sky at high latitudes. It occurs when charged and energetic particles from the Sun (the solar wind)

Background imageFossil Fuel Collection: Oil refinery gantry

Oil refinery gantry
MODEL RELEASED. Oil refinery gantry. Oil refinery worker traversing a gantry between two oil storage tanks at a refinery. The setting Sun in the background can represent concepts such as the effect

Background imageFossil Fuel Collection: Climate change, conceptual image

Climate change, conceptual image. The burning of coal produces carbon dioxide, a greenhouse gas that contributes to global warming

Background imageFossil Fuel Collection: Cost of gas, conceptual image

Cost of gas, conceptual image. Computer artwork of a gas ring in the shape of the symbol for the European Single Currency (Euro), representing the financial cost of using gas

Background imageFossil Fuel Collection: Gasometer, artwork

Gasometer, artwork
Gasometer. Gasometers, or gas holders, are used to store excess gas. The gasometer consists of one or more tiers floating on a pool of water

Background imageFossil Fuel Collection: Fossil fuel, conceptual image

Fossil fuel, conceptual image

Background imageFossil Fuel Collection: 19th century gas meter, artwork

19th century gas meter, artwork
Gas meter. Artwork of a 19th century gas meter. Engraving from " Grands Hommes et Grands Faits de l Industrie" circa 1880

Background imageFossil Fuel Collection: La Villette Gas Power Station, artwork

La Villette Gas Power Station, artwork
La Villette Gas Power Station, Paris, France. Artwork showing condenser tubes on the exterior of the building. The tubes condense exhaust steam from the turbines into water, which can be re-used

Background imageFossil Fuel Collection: Gasometers, artwork

Gasometers, artwork
Gasometers at La Villette Gas Power Station, Paris, France. Gasometers, or gas holders, are used to store excess gas. The gasometer consists of one or more tiers floating on a pool of water

Background imageFossil Fuel 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 imageFossil Fuel Collection: Refuelling a diesel car

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

Background imageFossil Fuel Collection: A womans feet leaving carbon footprints

A womans feet leaving carbon footprints on grass

Background imageFossil Fuel Collection: Finite oil resources, conceptual artwork

Finite oil resources, conceptual artwork. Computer artwork representing running out of oil

Background imageFossil Fuel Collection: Future of motor vehicles, artwork

Future of motor vehicles, artwork
Future of motor vehicles, conceptual artwork

Background imageFossil Fuel Collection: Gas storage tank

Gas storage tank. These tanks, known as gasholders or gasometers, are used to hold coal gas or natural gas. The volume of the container adjusts to the amount of gas held inside

Background imageFossil Fuel Collection: Oil pump

Oil pump at an oil well. This machine is commonly known as a nodding donkey or jack pump. It is used to draw crude oil from a well

Background imageFossil Fuel Collection: Coal-fired power station

Coal-fired power station. This power station burns coal to heat water. The resulting steam drives a turbine generator and produces electricity. Photographed at Wabamun Lake in Alberta, Canada

Background imageFossil Fuel Collection: Constructing an oil pipeline

Constructing an oil pipeline. This is the Eastern Siberia-Pacific Ocean (ESPO) pipeline, which will export Russian crude oil to East Asian countries such as China, Japan and Korea

Background imageFossil Fuel Collection: Hummer 4x4 vehicle

Hummer 4x4 vehicle

Background imageFossil Fuel Collection: Cost of fuel

Cost of fuel, conceptual image. Can of fuel balanced on a set of scales, against a piggy bank with money pouring into it. This represents the increasing cost of fuel

Background imageFossil Fuel Collection: Oil tankers

Oil tankers
Oil tanker loading at an oil pier. This pier belongs to the public oil company Rosneft-Tuapsenefteprodukt and is the main petroleum-shipment facility in Tuapse, Russia

Background imageFossil Fuel Collection: Oil platform

Oil platform. Aerial view, from a helicopter, of an oil platform. Oil platforms are used to drill for and pump oil from below the Earths surface, often from below the seabed

Background imageFossil Fuel Collection: Oil platform

Oil platform. Silhouetted view from a helicopter, across a sun-dappled sea, of an oil platform. Oil platforms are used to drill for and pump oil from below the Earths surface



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"Fossil Fuel: A Journey Through Time and Industry" Step back in time to the 1850s, where a coal mine in England marked the beginning of an era that would shape our world. The Retro Style Desert Scene with an old gas station and majestic Saguaro cactus takes us to the heart of America's love affair with fossil fuels during the mid-20th century. Innovations were abundant, as seen through the iconic 1960s paraffin heater, providing warmth and comfort during chilly nights. Meanwhile, a model of Murchison North Sea Oil Rig showcases how offshore drilling revolutionized oil extraction. Venturing into the depths of the North Sea, we witness towering structures like never before - from traditional oil drilling rigs to advanced jackup rigs that defy gravity. These marvels enabled humanity to tap into vast reserves beneath our oceans. But let's not forget our roots – an oil well from the 19th century reminds us of humble beginnings when black gold was first discovered on land. As demand grew exponentially, massive oil tankers became vital for transporting this precious resource across continents. The offshore oil rig emerges as a symbol of human ingenuity amidst challenging environments. Its silhouette against breathtaking sunsets or under starry skies evokes both awe and concern for its impact on marine ecosystems. As night falls, lights illuminate sprawling refineries that work tirelessly to process crude oil into various products essential for modern life. The mesmerizing sight highlights both progress and environmental consequences associated with fossil fuel consumption. From historical coal mines to cutting-edge technology in offshore exploration, fossil fuels have shaped economies and transformed societies worldwide. As we navigate towards sustainable energy alternatives today, reflecting upon this journey is crucial for building a greener future while acknowledging their significant contributions throughout history.