Global Warming Images
 
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20130130_IMG_2635.jpg The new biofuel power plant at the Iggesund paper board manufacturer in Workington, Cumbria, UK. When commissioned the power station will fuel the pant as well as feeding power into the grid.
 
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20130130_IMG_2636.jpg The new biofuel power plant at the Iggesund paper board manufacturer in Workington, Cumbria, UK. When commissioned the power station will fuel the pant as well as feeding power into the grid.
 
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20130130_IMG_2639.jpg The new biofuel power plant at the Iggesund paper board manufacturer in Workington, Cumbria, UK. When commissioned the power station will fuel the pant as well as feeding power into the grid.
 
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20130130_IMG_2641.jpg The new biofuel power plant at the Iggesund paper board manufacturer in Workington, Cumbria, UK with wind turbines behind. When commissioned the power station will fuel the pant as well as feeding power into the grid.
 
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20130130_IMG_2642.jpg The new biofuel power plant at the Iggesund paper board manufacturer in Workington, Cumbria, UK with wind turbines behind. When commissioned the power station will fuel the pant as well as feeding power into the grid.
 
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20130130_IMG_2646.jpg The new biofuel power plant at the Iggesund paper board manufacturer in Workington, Cumbria, UK with wind turbines behind. When commissioned the power station will fuel the pant as well as feeding power into the grid.
 
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20130130_IMG_2648.jpg The new biofuel power plant at the Iggesund paper board manufacturer in Workington, Cumbria, UK with wind turbines behind. When commissioned the power station will fuel the pant as well as feeding power into the grid.
 
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20130130_IMG_2655.jpg The new biofuel power plant at the Iggesund paper board manufacturer in Workington, Cumbria, UK with wind turbines behind. When commissioned the power station will fuel the pant as well as feeding power into the grid.
 
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20130130_IMG_2663.jpg The new biofuel power plant at the Iggesund paper board manufacturer in Workington, Cumbria, UK with wind turbines behind. When commissioned the power station will fuel the pant as well as feeding power into the grid.
 
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20130130_IMG_2671.jpg The new biofuel power plant at the Iggesund paper board manufacturer in Workington, Cumbria, UK. When commissioned the power station will fuel the pant as well as feeding power into the grid.
 
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20070315_366W6994.jpg Funafuti atol, Tuvalu, on the front line of the battle against global warming. Only 15 feet above sea level at the highest point (with many parts of the island lying at or barely above current sea levels) rising sea levels are increasingly putting the island population of 10,000 Tuvaluans at risk. It seems likely that this island nation will be the first country to disapear completely as a result of climate change/global warming. Sea levels in the Pacific have risen slowly over the last 20 years and the rate of rise seems likely to increase as ice sheets and glaciers melt more rapidly with ever warming temperatures. Tuvalu is the smallest country in the world, only 26 Km2, and most vulnerable to sea level rise. It lies close to the equator and virtually on the international date line. Ever rising seas threaten to make the island uninhabitable. Already during the highest tides, sea water is forced up through the porous coral atol and floods many low lying areas of the island during the highest tides. This salt water incursion poisons the thin soils and makes growing crops increasingly difficult, leaving the Tuvaluans increasingly dependant on expensive imports. As well as sea level rise the weather patterns are altering with a shift in the cyclone period by a month and an increase in stormy weather. The stormy weather is creating greater wave erosion and many parts of the island are suffering land loss, as palm trees are washed into the sea as the island is undercut by wave action.
 
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20070525_366W0816.jpg A combined heat and power plant at Bedzed the UK's largest eco village Beddington London UK
 
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20070618_366W1637.jpg A Hydro Electric Power station in Flims Switzerland
 
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20070811_IMG_0764.jpg An outline of the UK showing locations of power stations, at the Sellafield Nuclear Power Station Visitor Centre, West Cumbria, UK
 
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20070811_IMG_0765.jpg Nuclear fuel rods at the Sellafield Nuclear Power Station Visitor Centre
 
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20070811_IMG_0773.jpg A display at the Sellafield Nuclear Power Station Visitor Centre contrasting nuclear with coal power generation, West Cumbria, UK
 
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20070811_IMG_0776.jpg A display at the Sellafield Nuclear Power Station Visitor Centre, West Cumbria, UK
 
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20070811_IMG_0777.jpg A nuclear fuel rod at the Sellafield Nuclear Power Station Visitor Centre, West Cumbria, UK
 
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20070811_IMG_0778.jpg A nuclear power station model at the Sellafield Nuclear Power Station Visitor Centre, West Cumbria, UK
 
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20070811_IMG_0784.jpg A fire on the 10th October 1957 at Windscale nuclear power plant in west Cumbria released radiation into the atmosphere, contaminating the surrounding countryside. A cap was subsequently placed over the plant to seal in the contamination
 
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20070811_IMG_0790 (1).jpg A display at the Sellafield Nuclear Power Station Visitor Centre, West Cumbria, UK
 
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20070811_IMG_0791.jpg A display at the Sellafield Nuclear Power Station Visitor Centre, contrasting the amounts of electricity generated by differant methods, West Cumbria, UK
 
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20070811_IMG_0797 (1).jpg A display at the Sellafield Nuclear Power Station Visitor Centre, West Cumbria, UK
 
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20070811_IMG_0798.jpg A display at the Sellafield Nuclear Power Station Visitor Centre, showing the location of nuclear power stations in the UK
 
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20080517_366W4242.jpg Cottam Power station a coal fired power station in Nottinghamshire in spring emmitting massive quantities of C02 which contribute to global warming. The Hawthorn flowering in the foreground is referrred to as May blossom in the UK but is now flowering as early as February in some parts due to spring arriving ever earlier.
 
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20080605_IMG_8656.jpg Chapelcross nuclear power station near Annan Scotland UK being dismantled. The nuclear legacy clean up is costing the UK many £Billions
 
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20080605_IMG_8665.jpg Chapelcross nuclear power station near Annan Scotland UK being dismantled. The nuclear legacy clean up is costing the UK many £Billions
 
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20080605_IMG_8670.jpg Chapelcross nuclear power station near Annan Scotland UK being dismantled. The nuclear legacy clean up is costing the UK many £Billions
 
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20080605_IMG_8675.jpg Chapelcross nuclear power station near Annan Scotland UK being dismantled. The nuclear legacy clean up is costing the UK many £Billions
 
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20080605_IMG_8684.jpg Chapelcross nuclear power station near Annan Scotland UK being dismantled. The nuclear legacy clean up is costing the UK many £Billions
 
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20080605_IMG_8687.jpg Chapelcross nuclear power station near Annan Scotland UK being dismantled. The nuclear legacy clean up is costing the UK many £Billions
 
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20080711_366W6273.jpg An oil fired power plant in Illulisat on Greenland. Ilulissat is a UNESCO World Heritage Site because of the Jacobshavn Glacier or Sermeq Kujalleq which is the largest glacier outside Antarctica. The glacier drains 7% of the Greenland ice sheet and produces enough water from calving icebergs in one day to provide New York with water for 1 year. Climate change has meant the glacier has speeded up and is now one of the fastest glaciers in the world at up to 40 metres per day and is also receeding rapidly
 
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20080711_366W6274.jpg An oil fired power plant in Illulisat on Greenland. Ilulissat is a UNESCO World Heritage Site because of the Jacobshavn Glacier or Sermeq Kujalleq which is the largest glacier outside Antarctica. The glacier drains 7% of the Greenland ice sheet and produces enough water from calving icebergs in one day to provide New York with water for 1 year. Climate change has meant the glacier has speeded up and is now one of the fastest glaciers in the world at up to 40 metres per day and is also receeding rapidly
 
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20080711_366W6280.jpg An oil fired power plant in Illulisat on Greenland. Ilulissat is a UNESCO World Heritage Site because of the Jacobshavn Glacier or Sermeq Kujalleq which is the largest glacier outside Antarctica. The glacier drains 7% of the Greenland ice sheet and produces enough water from calving icebergs in one day to provide New York with water for 1 year. Climate change has meant the glacier has speeded up and is now one of the fastest glaciers in the world at up to 40 metres per day and is also receeding rapidly
 
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20090307_IMG_1934.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. This coal fired power station is just north of Beijing.
 
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20090307_IMG_1939.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. This coal fired power station is just north of Beijing.
 
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20090307_IMG_1961.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. This coal fired power station is just north of Beijing.
 
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20090307_IMG_1962.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. This coal fired power station is just north of Beijing.
 
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20090307_IMG_9138.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. A coal fired power station just north of Beijing
 
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20090307_IMG_9145.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. A coal fired power station just north of Beijing
 
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20090307_IMG_9148.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. A coal fired power station just north of Beijing
 
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20090308_IMG_2075.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. This coal fired power station is in Harbin, Heilongjiang Province
 
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20090309_IMG_2193.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. This coal fired power station is in Suihua, Heilongjiang Province
 
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20090309_IMG_2206.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. This coal fired power station is in Suihua, Heilongjiang Province
 
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20090313_IMG_3067.jpg A coal fired power station in Russia taken across the Heilongjiang river that is the border between the chinese city of Heihe and Russia
 
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20090316_IMG_3940.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. A Coal fired power plant being constructed in Inner Mongolia, China.
 
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20090316_IMG_3943.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. A Coal fired power plant being constructed in Inner Mongolia, China.
 
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20090316_IMG_3944.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. A Coal fired power plant being constructed in Inner Mongolia, China.
 
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20090316_IMG_3947.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. A Coal fired power plant being constructed in Inner Mongolia, China.
 
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20090316_IMG_9517.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. A Coal fired power plant being constructed in Inner Mongolia, China.
 
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20090316_IMG_9518.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. A Coal fired power plant being constructed in Inner Mongolia, China.
 
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20090318_IMG_4534.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. Lorries haul coal to a coal fired power plant in Dongsheng, Inner Mongolia
 
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20090318_IMG_4562.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. A coal fired power station in Dongsheng, Inner Mongolia
 
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20090318_IMG_4563.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. Lorries haul coal to a coal fired power plant in Dongsheng, Inner Mongolia
 
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20090318_IMG_4575.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. Lorries haul coal to a coal fired power plant in Dongsheng, Inner Mongolia
 
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20090318_IMG_4576.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. Lorries haul coal to a coal fired power plant in Dongsheng, Inner Mongolia
 
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20090318_IMG_9615.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. A coal fired power plant in Dongsheng, Inner mongolia
 
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20090320_IMG_4935.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. Highly polluted smog hangs over Coal fired power plants in shanxi province
 
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20090321_IMG_5070.jpg In 2008 China officially became the worlds largest emitter of C02 (greenhouse gases), largely driven by its ever increasing demand for energy most of which is met by producing electricity from coal fired power stations. Worryingly China is building a new coal fired power station every week and has huge reserves of coal, much of which is very low grade and highly polluting. Highly polluted smog hangs over Coal fired power plants in shanxi province
 
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20090709_IMG_1594.jpg The biogas boilers at Daveyhulme wastewater treatment plant in Manchester, UK. United Utilities Daveyhulme plant process's all of Manchester sewage and deals with 714 million litres a day. The sewage sludge from the plant is put in huge biodigesters which produce biogas from the human waste. This biogas is 70% methane a potent greenhouse gas that is more than 20 times efficient as a greenhouse gas than C02. The biogas is burnt on site in a heat and pwer plant, preventing its release into the atmosphere. The plant generates around 7 megawatt of electricity per day from the renewable biogas.
 
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20090709_IMG_1597.jpg The biogas boilers at Daveyhulme wastewater treatment plant in Manchester, UK. United Utilities Daveyhulme plant process's all of Manchester sewage and deals with 714 million litres a day. The sewage sludge from the plant is put in huge biodigesters which produce biogas from the human waste. This biogas is 70% methane a potent greenhouse gas that is more than 20 times efficient as a greenhouse gas than C02. The biogas is burnt on site in a heat and pwer plant, preventing its release into the atmosphere. The plant generates around 7 megawatt of electricity per day from the renewable biogas.
 
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20090709_IMG_1599.jpg The biogas boilers at Daveyhulme wastewater treatment plant in Manchester, UK. United Utilities Daveyhulme plant process's all of Manchester sewage and deals with 714 million litres a day. The sewage sludge from the plant is put in huge biodigesters which produce biogas from the human waste. This biogas is 70% methane a potent greenhouse gas that is more than 20 times efficient as a greenhouse gas than C02. The biogas is burnt on site in a heat and pwer plant, preventing its release into the atmosphere. The plant generates around 7 megawatt of electricity per day from the renewable biogas.
 
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20090709_IMG_1605.jpg The biogas boilers at Daveyhulme wastewater treatment plant in Manchester, UK. United Utilities Daveyhulme plant process's all of Manchester sewage and deals with 714 million litres a day. The sewage sludge from the plant is put in huge biodigesters which produce biogas from the human waste. This biogas is 70% methane a potent greenhouse gas that is more than 20 times efficient as a greenhouse gas than C02. The biogas is burnt on site in a heat and pwer plant, preventing its release into the atmosphere. The plant generates around 7 megawatt of electricity per day from the renewable biogas.
 
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20090824_IMG_3428.jpg Fife power station a gas turbine power plant on the site of the former Westfield open cast coal mine, near Ballingry, Perth and Kinross, Scotland, UK
 
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