Global Warming Images
 
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20120127_IMG_8345.jpg The Farmgen anaerobic bio digestor at Dryholme Farm near Silloth Cumbria, UK. The plant which cost £4.5 million, produces 1.2 Mw of electricity, enough to power 2000 households. It uses around 25,000 tons of feedstock annualy, mainly maize and grass, which is mixed with farm slurry and fed into the massive digestors where bacteria break it down. The resulting methane is what powers the electricity generator. The waste product can be spread on the land as a fertilizer, and there are also plans to dry it and sell as biomass boiler fuel. This shot shows the control panels in the generator room.
 
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20120127_IMG_8346.jpg The Farmgen anaerobic bio digestor at Dryholme Farm near Silloth Cumbria, UK. The plant which cost £4.5 million, produces 1.2 Mw of electricity, enough to power 2000 households. It uses around 25,000 tons of feedstock annualy, mainly maize and grass, which is mixed with farm slurry and fed into the massive digestors where bacteria break it down. The resulting methane is what powers the electricity generator. The waste product can be spread on the land as a fertilizer, and there are also plans to dry it and sell as biomass boiler fuel. This shot shows the control panels in the generator room.
 
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20120127_IMG_8348.jpg The Farmgen anaerobic bio digestor at Dryholme Farm near Silloth Cumbria, UK. The plant which cost £4.5 million, produces 1.2 Mw of electricity, enough to power 2000 households. It uses around 25,000 tons of feedstock annualy, mainly maize and grass, which is mixed with farm slurry and fed into the massive digestors where bacteria break it down. The resulting methane is what powers the electricity generator. The waste product can be spread on the land as a fertilizer, and there are also plans to dry it and sell as biomass boiler fuel. This shot shows the control panels in the generator room.
 
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20120127_IMG_8350.jpg The Farmgen anaerobic bio digestor at Dryholme Farm near Silloth Cumbria, UK. The plant which cost £4.5 million, produces 1.2 Mw of electricity, enough to power 2000 households. It uses around 25,000 tons of feedstock annualy, mainly maize and grass, which is mixed with farm slurry and fed into the massive digestors where bacteria break it down. The resulting methane is what powers the electricity generator. The waste product can be spread on the land as a fertilizer, and there are also plans to dry it and sell as biomass boiler fuel. This shot shows the control panels in the generator room.
 
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20120127_IMG_8351.jpg The Farmgen anaerobic bio digestor at Dryholme Farm near Silloth Cumbria, UK. The plant which cost £4.5 million, produces 1.2 Mw of electricity, enough to power 2000 households. It uses around 25,000 tons of feedstock annualy, mainly maize and grass, which is mixed with farm slurry and fed into the massive digestors where bacteria break it down. The resulting methane is what powers the electricity generator. The waste product can be spread on the land as a fertilizer, and there are also plans to dry it and sell as biomass boiler fuel. This shot shows the control panels in the generator room.
 
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20120127_IMG_8355.jpg The Farmgen anaerobic bio digestor at Dryholme Farm near Silloth Cumbria, UK. The plant which cost £4.5 million, produces 1.2 Mw of electricity, enough to power 2000 households. It uses around 25,000 tons of feedstock annualy, mainly maize and grass, which is mixed with farm slurry and fed into the massive digestors where bacteria break it down. The resulting methane is what powers the electricity generator. The waste product can be spread on the land as a fertilizer, and there are also plans to dry it and sell as biomass boiler fuel. This shot shows the control panels in the generator room.
 
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20120127_IMG_8413.jpg The Farmgen anaerobic bio digestor at Dryholme Farm near Silloth Cumbria, UK. The plant which cost £4.5 million, produces 1.2 Mw of electricity, enough to power 2000 households. It uses around 25,000 tons of feedstock annualy, mainly maize and grass, which is mixed with farm slurry and fed into the massive digestors where bacteria break it down. The resulting methane is what powers the electricity generator. The waste product can be spread on the land as a fertilizer, and there are also plans to dry it and sell as biomass boiler fuel. This shot shows the computer control software.
 
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20120127_IMG_8414.jpg The Farmgen anaerobic bio digestor at Dryholme Farm near Silloth Cumbria, UK. The plant which cost £4.5 million, produces 1.2 Mw of electricity, enough to power 2000 households. It uses around 25,000 tons of feedstock annualy, mainly maize and grass, which is mixed with farm slurry and fed into the massive digestors where bacteria break it down. The resulting methane is what powers the electricity generator. The waste product can be spread on the land as a fertilizer, and there are also plans to dry it and sell as biomass boiler fuel. This shot shows the computer control software.
 
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20120127_IMG_8448.jpg The Farmgen anaerobic bio digestor at Dryholme Farm near Silloth Cumbria, UK. The plant which cost £4.5 million, produces 1.2 Mw of electricity, enough to power 2000 households. It uses around 25,000 tons of feedstock annualy, mainly maize and grass, which is mixed with farm slurry and fed into the massive digestors where bacteria break it down. The resulting methane is what powers the electricity generator. The waste product can be spread on the land as a fertilizer, and there are also plans to dry it and sell as biomass boiler fuel. This shot shows the pipe that carries the hot water that keep the bacteria at a constant temperature.
 
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20120127_IMG_8472.jpg The Farmgen anaerobic bio digestor at Dryholme Farm near Silloth Cumbria, UK. The plant which cost £4.5 million, produces 1.2 Mw of electricity, enough to power 2000 households. It uses around 25,000 tons of feedstock annualy, mainly maize and grass, which is mixed with farm slurry and fed into the massive digestors where bacteria break it down. The resulting methane is what powers the electricity generator. The waste product can be spread on the land as a fertilizer, and there are also plans to dry it and sell as biomass boiler fuel. This shot shows part of the control centre.
 
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IMG_2492_sign.jpg A tidal energy turbine on the dockside in Kirkwall, Orkney, Scotland, UK, with a wind turbine in the background. The Orkneys have developed a reputation as the marine energy capitol of the world.
 
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IMG_2492_solar.jpg A tidal energy turbine on the dockside in Kirkwall, Orkney, Scotland, UK, with a wind turbine in the background. The Orkneys have developed a reputation as the marine energy capitol of the world.
 
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IMG_2657_sign.jpg A Pelamis P2 wave energy generator on the dockside at Lyness on Hoy, Orkney Isles, Scotland, UK. The Orkney's have huge potential for wave and tidal energy generation and are world leaders in testing such devices. The pelamis P2 is 180 m long, weights 1300 tonnes and is rated at 750 Kw. It was the world's first commercial scale marine device to generate electricity to the grid, from offshore. The power is created from flexible joints that are linked to cylinders that pump liquid into high pressure accumulators to generate electricity
 
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IMG_2689_Orkney.jpg A Pelamis P2 wave energy generator on the dockside at Lyness on Hoy, Orkney Isles, Scotland, UK. The Orkney's have huge potential for wave and tidal energy generation and are world leaders in testing such devices. The pelamis P2 is 180 m long, weights 1300 tonnes and is rated at 750 Kw. It was the world's first commercial scale marine device to generate electricity to the grid, from offshore. The power is created from flexible joints that are linked to cylinders that pump liquid into high pressure accumulators to generate electricity
 
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IMG_4417_balance.jpg A Pelamis P2 wave energy generator on the dockside at Lyness on Hoy, Orkney Isles, Scotland, UK. The Orkney's have huge potential for wave and tidal energy generation and are world leaders in testing such devices. The pelamis P2 is 180 m long, weights 1300 tonnes and is rated at 750 Kw. It was the world's first commercial scale marine device to generate electricity to the grid, from offshore. The power is created from flexible joints that are linked to cylinders that pump liquid into high pressure accumulators to generate electricity. This shot shows a workman preparing to tow the devie to its test site.
 
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IMG_4125_technology centre.jpg Solar panels on one of NAREC's buildings, the National Renewable Energy Centre in Blyth, north east, UK, is a facility for testing offshore renewable energy technology.
 
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IMG_4132_narec.jpg Solar panels on one of NAREC's buildings, the National Renewable Energy Centre in Blyth, north east, UK, is a facility for testing offshore renewable energy technology.
 
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IMG_6493_NAREC.jpg Solar panels on one of NAREC's buildings, the National Renewable Energy Centre in Blyth, north east, UK, is a facility for testing offshore renewable energy technology.
 
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IMG_4135_future.jpg An electric car at NAREC, the National Renewable Energy Centre in Blyth, north east, UK, is a facility for testing offshore renewable energy technology.
 
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IMG_4136_light.jpg An electric car at NAREC, the National Renewable Energy Centre in Blyth, north east, UK, is a facility for testing offshore renewable energy technology.
 
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IMG_4137_electric car.jpg An electric car at NAREC, the National Renewable Energy Centre in Blyth, north east, UK, is a facility for testing offshore renewable energy technology.
 
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IMG_6495_clean.jpg An electric car at the National Renewable Energy Centre in Blyth, north east, UK, is a facility for testing offshore renewable energy technology.
 
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IMG_6496_green.jpg An electric car at the National Renewable Energy Centre in Blyth, north east, UK, is a facility for testing offshore renewable energy technology.
 
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IMG_6497_electric.jpg An electric car at the National Renewable Energy Centre in Blyth, north east, UK, is a facility for testing offshore renewable energy technology.
 
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IMG_6498_electric car.jpg An electric car at the National Renewable Energy Centre in Blyth, north east, UK, is a facility for testing offshore renewable energy technology.
 
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IMG_4116_tower.jpg NAREC, the National Renewable Energy Centre in Blyth, north east, UK, is a facility for testing offshore renewable energy technology.
 
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IMG_4117_narec.jpg NAREC, the National Renewable Energy Centre in Blyth, north east, UK, is a facility for testing offshore renewable energy technology.
 
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IMG_4118_NAREC.jpg NAREC, the National Renewable Energy Centre in Blyth, north east, UK, is a facility for testing offshore renewable energy technology.
 
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IMG_4120_sun.jpg Solar panels on one of NAREC's buildings, the National Renewable Energy Centre in Blyth, north east, UK, is a facility for testing offshore renewable energy technology.
 
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IMG_4122_Blyth.jpg Solar panels on one of NAREC's buildings, the National Renewable Energy Centre in Blyth, north east, UK, is a facility for testing offshore renewable energy technology.
 
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IMG_4123_test centre.jpg Solar panels on one of NAREC's buildings, the National Renewable Energy Centre in Blyth, north east, UK, is a facility for testing offshore renewable energy technology.
 
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IMG_4128_solar PV.jpg Solar panels on one of NAREC's buildings, the National Renewable Energy Centre in Blyth, north east, UK, is a facility for testing offshore renewable energy technology.
 
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