Global Warming Images
 
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20111104_0248.jpg An aluminium smelting plant on the outskirts of Ashington in Northumberland, UK. Aluminium smelting requires vast quantities of energy, in this case electricity generated by a coal fired power plant across the road, with an electric car.
 
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20111104_0252.jpg An aluminium smelting plant on the outskirts of Ashington in Northumberland, UK. Aluminium smelting requires vast quantities of energy, in this case electricity generated by a coal fired power plant across the road, and an electric car charging station.
 
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20111104_0253.jpg An aluminium smelting plant on the outskirts of Ashington in Northumberland, UK. Aluminium smelting requires vast quantities of energy, in this case electricity generated by a coal fired power plant across the road, and an electric car charging station.
 
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20111204_0306.jpg Power lines leading to an aluminium smelting plant on the outskirts of Ashington in Northumberland, UK. Aluminium smelting requires vast quantities of energy, in this case electricity generated by a coal fired power plant across the road with an electric car charging station.
 
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IMG_4181_factory.jpg An aluminium smelting plant on the outskirts of Ashington in Northumberland, UK. Aluminium smelting requires vast quantities of energy, in this case electricity generated by a coal fired power plant across the road.
 
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IMG_4184_aluminium.jpg An aluminium smelting plant on the outskirts of Ashington in Northumberland, UK. Aluminium smelting requires vast quantities of energy, in this case electricity generated by a coal fired power plant across the road.
 
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IMG_4193_power lines.jpg An aluminium smelting plant on the outskirts of Ashington in Northumberland, UK. Aluminium smelting requires vast quantities of energy, in this case electricity generated by a coal fired power plant across the road.
 
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IMG_4205_pylon.jpg An aluminium smelting plant on the outskirts of Ashington in Northumberland, UK. Aluminium smelting requires vast quantities of energy, in this case electricity generated by a coal fired power plant across the road.
 
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IMG_4209_smoke stack.jpg An aluminium smelting plant on the outskirts of Ashington in Northumberland, UK. Aluminium smelting requires vast quantities of energy, in this case electricity generated by a coal fired power plant across the road.
 
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IMG_6526_aluminium plant.jpg Power lines leading to an aluminium smelting plant on the outskirts of Ashington in Northumberland, UK. Aluminium smelting requires vast quantities of energy, in this case electricity generated by a coal fired power plant across the road.
 
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IMG_6527_electricity.jpg Power lines leading to an aluminium smelting plant on the outskirts of Ashington in Northumberland, UK. Aluminium smelting requires vast quantities of energy, in this case electricity generated by a coal fired power plant across the road.
 
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IMG_6531_power lines.jpg Power lines leading to an aluminium smelting plant on the outskirts of Ashington in Northumberland, UK. Aluminium smelting requires vast quantities of energy, in this case electricity generated by a coal fired power plant across the road.
 
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IMG_6536_pylon.jpg Power lines leading to an aluminium smelting plant on the outskirts of Ashington in Northumberland, UK. Aluminium smelting requires vast quantities of energy, in this case electricity generated by a coal fired power plant across the road.
 
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IMG_6540_national grid.jpg Power lines leading to an aluminium smelting plant on the outskirts of Ashington in Northumberland, UK. Aluminium smelting requires vast quantities of energy, in this case electricity generated by a coal fired power plant across the road.
 
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366W3079_bio.jpg Oilseed rape growing in a field in Cheshire UK. The rush to grow crops for biofuels is pushing up food prices and in some cases is just as carbon intensive as the oil based fuels it replaces.
 
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366W3089_biofuel.jpg Oilseed rape growing in a field in Cheshire UK. The rush to grow crops for biofuels is pushing up food prices and in some cases is just as carbon intensive as the oil based fuels it replaces.
 
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366W3091_bio.jpg Oilseed rape growing in a field in Cheshire UK. The rush to grow crops for biofuels is pushing up food prices and in some cases is just as carbon intensive as the oil based fuels it replaces.
 
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366W3413_bio.jpg The irony of Ratcliffe on Soar a massive coal powered power station in Nottinghamshire UK that is responsible for huge carbon dioxide emmissions surrounded by rape grown to make biodiesel
 
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IMG_9674_bio.jpg Oil Seed Rape growing on farmland near Scotch Corner, Yorkshire, UK. Such crops are being increasingly grown for biofuel.
 
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IMG_9675_bio.jpg Oil Seed Rape growing on farmland near Scotch Corner, Yorkshire, UK. Such crops are being increasingly grown for biofuel. In the background is a farm shop selling home grown and reared produce.
 
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IMG_9679_bio.jpg Oil Seed Rape growing on farmland near Scotch Corner, Yorkshire, UK. Such crops are being increasingly grown for biofuel. In the background is a farm shop selling home grown and reared produce.
 
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IMG_9699_bio.jpg Oil Seed Rape growing on farmland near Scotch Corner, Yorkshire, UK. Such crops are being increasingly grown for biofuel.
 
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IMG_6714_p.jpg Control panel in Krafla geothermal power station, that measures some of the 5000 measurements that control the power plant.. Krafla has an installed capacity of 60 MW. 100% of Iceland's electricity is produced from renewables, 70% from hydro and 30% from geothermal.
 
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IMG_6717 (1)_p.jpg An electrician working a control panel in Krafla geothermal power station, that measures some of the 5000 measurements that control the power plant.. Krafla has an installed capacity of 60 MW. 100% of Iceland's electricity is produced from renewables, 70% from hydro and 30% from geothermal.
 
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IMG_6721 (1)_p.jpg An electrician working a control panel in Krafla geothermal power station, that measures some of the 5000 measurements that control the power plant.. Krafla has an installed capacity of 60 MW. 100% of Iceland's electricity is produced from renewables, 70% from hydro and 30% from geothermal.
 
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IMG_6726_p.jpg Control panel in Krafla geothermal power station, that measures some of the 5000 measurements that control the power plant.. Krafla has an installed capacity of 60 MW. 100% of Iceland's electricity is produced from renewables, 70% from hydro and 30% from geothermal.
 
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IMG_6733_p.jpg One of the steam turbines in the turbine hall of Krafla geothermal power station, that measures some of the 5000 measurements that control the power plant.. Krafla has an installed capacity of 60 MW. 100% of Iceland's electricity is produced from renewables, 70% from hydro and 30% from geothermal.
 
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IMG_6737 (1)_p.jpg One of the steam turbines in the turbine hall of Krafla geothermal power station, that measures some of the 5000 measurements that control the power plant.. Krafla has an installed capacity of 60 MW. 100% of Iceland's electricity is produced from renewables, 70% from hydro and 30% from geothermal.
 
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IMG_6743 (1)_p.jpg One of the steam turbines in the turbine hall of Krafla geothermal power station, that measures some of the 5000 measurements that control the power plant.. Krafla has an installed capacity of 60 MW. 100% of Iceland's electricity is produced from renewables, 70% from hydro and 30% from geothermal.
 
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IMG_6744_p.jpg The turbine hall of Krafla geothermal power station, that measures some of the 5000 measurements that control the power plant.. Krafla has an installed capacity of 60 MW. 100% of Iceland's electricity is produced from renewables, 70% from hydro and 30% from geothermal.
 
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IMG_6749_p.jpg One of the steam turbines in the turbine hall of Krafla geothermal power station, that measures some of the 5000 measurements that control the power plant.. Krafla has an installed capacity of 60 MW. 100% of Iceland's electricity is produced from renewables, 70% from hydro and 30% from geothermal.
 
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IMG_6752_p.jpg One of the steam turbines in the turbine hall of Krafla geothermal power station, that measures some of the 5000 measurements that control the power plant.. Krafla has an installed capacity of 60 MW. 100% of Iceland's electricity is produced from renewables, 70% from hydro and 30% from geothermal.
 
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