Global Warming Images
 
92 Media found on 2 pages     
     
l 1 l 2 l  

 
20130506_IMG_7409.jpg The Netherlands are notoriously flat and low lying, with 50% of the country lying below sea level. Climate change is leading to both sea level rise and increased flooding, both of which threaten poperties. One solution is to build floating houses, that rise and fall with altering water levels. This shot shows a floating event company.
 
20130506_IMG_7409
Add to Lightbox - Lightbox

 
20130218_B18A9965.jpg Logs bound for a biofuel power station in Workington next to oil tanks in Workington port, Cumbria, UK.
 
20130218_B18A9965
Add to Lightbox - Lightbox

 
20130218_B18A9970.jpg Logs bound for a biofuel power station in Workington next to oil tanks in Workington port, Cumbria, UK.
 
20130218_B18A9970
Add to Lightbox - Lightbox

 
20130218_B18A9981.jpg Logs bound for a biofuel power station in Workington next to oil tanks in Workington port, Cumbria, UK, with a wind farm in the background.
 
20130218_B18A9981
Add to Lightbox - Lightbox

 
20130218_B18A9984.jpg Logs bound for a biofuel power station in Workington in Workington port, Cumbria, UK.
 
20130218_B18A9984
Add to Lightbox - Lightbox

 
20130218_B18A9978.jpg Logs bound for a biofuel power station in Workington next to oil tanks in Workington port, Cumbria, UK, with a wind farm in the background.
 
20130218_B18A9978
Add to Lightbox - Lightbox

 
PB210456.jpg A querky home made wind turbine in a garden in Port Isaac.
 
PB210456
Add to Lightbox - Lightbox

 
PB210458.jpg A querky home made wind turbine in a garden in Port Isaac.
 
PB210458
Add to Lightbox - Lightbox

 
366W9280.jpg For the Inuit residents of Shishmaref, a tiny island between Alaska and Siberia, climate change is a double whammy. Firstly sea ice that used to envelop the island around late September is now not forming until December. this leaves the island vulnerable to storms that have already washed many houses into the sea, leading to them being referred to as the worlds first refugees from global warming. Other houses have had to be moved back from the edge. Secondly the animals they rely on as part of their subsistance existance are becoming harder to find, as they migrate further north, away from the island.
 
366W9280
Add to Lightbox - Lightbox

 
20120511_IMG_7646.jpg An old corrugated iron barn at Cleadale on the Isle of Eigg, looking towards the Isle of Rhum, Scotland, UK.
 
20120511_IMG_7646
Add to Lightbox - Lightbox

 
20120511_IMG_7651.jpg An old corrugated iron barn at Cleadale on the Isle of Eigg, looking towards the Isle of Rhum, Scotland, UK.
 
20120511_IMG_7651
Add to Lightbox - Lightbox

 
20120512_IMG_8262.jpg The Isle of Eigg off Scotland's west coast, shows the way forward to a renewable future. in 1997 the island was purchased from its fuedal landlord by the Eigg Heritage Trust, a partnership between the islanders, the Highland Council and the Scottish Wildlife Trust. At that point the elctricity was provided by each house haviong a noisy, polluting and expensive diesel generator, as the island is not connected to the grid. In 2008 the islanders decided to turn to a green solution. Eigg Electric was set up and developed a grid for the island with the energy produced by 3 hydro schemes, one 100 Kw and two 5-6 Kw, four wind turbines producing 24 Kw and 2 aarrays of solar panels producing 10Kw, a total of 144 Kw. This is enough to power the homes of the 90 residents. Each is restricted to using 5Kw maximum at any one time. This avoids spikes in demand, which is the curse of all electric grids. The renewables power the island 98% of the time, with diesel generators automatically kicking in when needed. An array of batteries also stores excess production, giving the island a 24 hour backup if everything fails. This shot shows a household diesel genrtor shed, which is now redundant thanks to the islands renewable electricity supply.
 
20120512_IMG_8262
Add to Lightbox - Lightbox

 
20120512_IMG_8263.jpg The Isle of Eigg off Scotland's west coast, shows the way forward to a renewable future. in 1997 the island was purchased from its fuedal landlord by the Eigg Heritage Trust, a partnership between the islanders, the Highland Council and the Scottish Wildlife Trust. At that point the elctricity was provided by each house haviong a noisy, polluting and expensive diesel generator, as the island is not connected to the grid. In 2008 the islanders decided to turn to a green solution. Eigg Electric was set up and developed a grid for the island with the energy produced by 3 hydro schemes, one 100 Kw and two 5-6 Kw, four wind turbines producing 24 Kw and 2 aarrays of solar panels producing 10Kw, a total of 144 Kw. This is enough to power the homes of the 90 residents. Each is restricted to using 5Kw maximum at any one time. This avoids spikes in demand, which is the curse of all electric grids. The renewables power the island 98% of the time, with diesel generators automatically kicking in when needed. An array of batteries also stores excess production, giving the island a 24 hour backup if everything fails. This shot shows a household diesel genrtor shed, which is now redundant thanks to the islands renewable electricity supply.
 
20120512_IMG_8263
Add to Lightbox - Lightbox

 
20120512_IMG_8306.jpg The Isle of Eigg off Scotland's west coast, shows the way forward to a renewable future. in 1997 the island was purchased from its fuedal landlord by the Eigg Heritage Trust, a partnership between the islanders, the Highland Council and the Scottish Wildlife Trust. At that point the elctricity was provided by each house haviong a noisy, polluting and expensive diesel generator, as the island is not connected to the grid. In 2008 the islanders decided to turn to a green solution. Eigg Electric was set up and developed a grid for the island with the energy produced by 3 hydro schemes, one 100 Kw and two 5-6 Kw, four wind turbines producing 24 Kw and 2 aarrays of solar panels producing 10Kw, a total of 144 Kw. This is enough to power the homes of the 90 residents. Each is restricted to using 5Kw maximum at any one time. This avoids spikes in demand, which is the curse of all electric grids. The renewables power the island 98% of the time, with diesel generators automatically kicking in when needed. An array of batteries also stores excess production, giving the island a 24 hour backup if everything fails. This shot shows a household diesel genrtor shed, which is now redundant thanks to the islands renewable electricity supply.
 
20120512_IMG_8306
Add to Lightbox - Lightbox

 
20120512_IMG_8311.jpg The Isle of Eigg off Scotland's west coast, shows the way forward to a renewable future. in 1997 the island was purchased from its fuedal landlord by the Eigg Heritage Trust, a partnership between the islanders, the Highland Council and the Scottish Wildlife Trust. At that point the elctricity was provided by each house haviong a noisy, polluting and expensive diesel generator, as the island is not connected to the grid. In 2008 the islanders decided to turn to a green solution. Eigg Electric was set up and developed a grid for the island with the energy produced by 3 hydro schemes, one 100 Kw and two 5-6 Kw, four wind turbines producing 24 Kw and 2 aarrays of solar panels producing 10Kw, a total of 144 Kw. This is enough to power the homes of the 90 residents. Each is restricted to using 5Kw maximum at any one time. This avoids spikes in demand, which is the curse of all electric grids. The renewables power the island 98% of the time, with diesel generators automatically kicking in when needed. An array of batteries also stores excess production, giving the island a 24 hour backup if everything fails. This shot shows a household diesel genrtor shed, which is now redundant thanks to the islands renewable electricity supply.
 
20120512_IMG_8311
Add to Lightbox - Lightbox

 
20120507_IMG_6724.jpg Loch Leathan hydro power station on the Trotternish peninsular, Isle of Skye Scotland, UK. It has a 2.4 Megawatt capacity with a head of 136m or 446 feet, and generates an average of 8 million Kw hours per year. This shot shows the railway line that is used to haul equipment up and down to the power station from the road at the top of the cliff.
 
20120507_IMG_6724
Add to Lightbox - Lightbox

 
IMG_2756_derelict.jpg A flare stack at the Flotta oil terminal on the Island of Flotta in the Orkney's Scotland, UK. 10% of the UK's oil production comes through the Flotta terminal from the North Sea oil fields.
 
IMG_2756_derelict
Add to Lightbox - Lightbox

 
IMG_4484_.jpg A Wello Penguin on the dockside at Lyness on Hoy in the Orkney Isles, Scotland, UK. The Orkneys are developing a reputation as the marine energy centre of the world, with enormous potential for renewable energy generation. The Penguin converts the kinetic energy of wave movement into electricity. It can produce =up to 1 Mw of electricity , is 30m long and weights 1600 tonnes.
 
IMG_4484_
Add to Lightbox - Lightbox

 
IMG_4487_chain.jpg A Wello Penguin on the dockside at Lyness on Hoy in the Orkney Isles, Scotland, UK. The Orkneys are developing a reputation as the marine energy centre of the world, with enormous potential for renewable energy generation. The Penguin converts the kinetic energy of wave movement into electricity. It can produce =up to 1 Mw of electricity , is 30m long and weights 1600 tonnes.
 
IMG_4487_chain
Add to Lightbox - Lightbox

 
IMG_1656_p.jpg A geothermal energy project by Newcastle University, funded by the Dept of Energy and Climate Change. This project involves drilling 6,000 feet beneath Newcastle, on the site of the old Newcastle Brown Brewery. At this depth, the geothermally heated water is 80 degrees C. The plan is for this renewable energy source to provide space heating for a shopping centre and University buildings.
 
IMG_1656_p
Add to Lightbox - Lightbox

 
IMG_1791_p.jpg The Angel of the north a sculpture by Antony Gormley in Gateshead, Tyneside, UK.
 
IMG_1791_p
Add to Lightbox - Lightbox

 
IMG_9008_piping.jpg A test drilling site for shale gas at Preese Hall Farm near Blackpool, Lancashire, UK. The gas is contained within layers of shale rock and is released by a controversial process known as Fracking, where liquids are pumped into the rock under high pressure to shatter the rock and release the gas. Recently the process was halted when it was thought it was responsible for two small earthquakes in the area. In the USA the process is highly controvercial, as it leads to contamination of groundwater and polluted drinking water. Its exploitation is also obviously very bad from a climate change perspective.
 
IMG_9008_piping
Add to Lightbox - Lightbox

 
IMG_9010_drill pipes.jpg A test drilling site for shale gas at Preese Hall Farm near Blackpool, Lancashire, UK. The gas is contained within layers of shale rock and is released by a controversial process known as Fracking, where liquids are pumped into the rock under high pressure to shatter the rock and release the gas. Recently the process was halted when it was thought it was responsible for two small earthquakes in the area. In the USA the process is highly controvercial, as it leads to contamination of groundwater and polluted drinking water. Its exploitation is also obviously very bad from a climate change perspective.
 
IMG_9010_drill pipes
Add to Lightbox - Lightbox

 
IMG_9014_rust.jpg A test drilling site for shale gas at Preese Hall Farm near Blackpool, Lancashire, UK. The gas is contained within layers of shale rock and is released by a controversial process known as Fracking, where liquids are pumped into the rock under high pressure to shatter the rock and release the gas. Recently the process was halted when it was thought it was responsible for two small earthquakes in the area. In the USA the process is highly controvercial, as it leads to contamination of groundwater and polluted drinking water. Its exploitation is also obviously very bad from a climate change perspective.
 
IMG_9014_rust
Add to Lightbox - Lightbox

 
IMG_9016_blue.jpg A test drilling site for shale gas at Preese Hall Farm near Blackpool, Lancashire, UK. The gas is contained within layers of shale rock and is released by a controversial process known as Fracking, where liquids are pumped into the rock under high pressure to shatter the rock and release the gas. Recently the process was halted when it was thought it was responsible for two small earthquakes in the area. In the USA the process is highly controvercial, as it leads to contamination of groundwater and polluted drinking water. Its exploitation is also obviously very bad from a climate change perspective.
 
IMG_9016_blue
Add to Lightbox - Lightbox

 
IMG_9008_fossil fuel.jpg A test drilling site for shale gas at Preese Hall Farm near Blackpool, Lancashire, UK. The gas is contained within layers of shale rock and is released by a controversial process known as Fracking, where liquids are pumped into the rock under high pressure to shatter the rock and release the gas. Recently the process was halted when it was thought it was responsible for two small earthquakes in the area. In the USA the process is highly controvercial, as it leads to contamination of groundwater and polluted drinking water. Its exploitation is also obviously very bad from a climate change perspective.
 
IMG_9008_fossil fuel
Add to Lightbox - Lightbox

 
IMG_9016_drill pipe.jpg A test drilling site for shale gas at Preese Hall Farm near Blackpool, Lancashire, UK. The gas is contained within layers of shale rock and is released by a controversial process known as Fracking, where liquids are pumped into the rock under high pressure to shatter the rock and release the gas. Recently the process was halted when it was thought it was responsible for two small earthquakes in the area. In the USA the process is highly controvercial, as it leads to contamination of groundwater and polluted drinking water. Its exploitation is also obviously very bad from a climate change perspective.
 
IMG_9016_drill pipe
Add to Lightbox - Lightbox

 
IMG_9019_pipe.jpg A test drilling site for shale gas at Preese Hall Farm near Blackpool, Lancashire, UK. The gas is contained within layers of shale rock and is released by a controversial process known as Fracking, where liquids are pumped into the rock under high pressure to shatter the rock and release the gas. Recently the process was halted when it was thought it was responsible for two small earthquakes in the area. In the USA the process is highly controvercial, as it leads to contamination of groundwater and polluted drinking water. Its exploitation is also obviously very bad from a climate change perspective.
 
IMG_9019_pipe
Add to Lightbox - Lightbox

 
IMG_9010_drill pipe.jpg A test drilling site for shale gas at Preese Hall Farm near Blackpool, Lancashire, UK. The gas is contained within layers of shale rock and is released by a controversial process known as Fracking, where liquids are pumped into the rock under high pressure to shatter the rock and release the gas. Recently the process was halted when it was thought it was responsible for two small earthquakes in the area. In the USA the process is highly controvercial, as it leads to contamination of groundwater and polluted drinking water. Its exploitation is also obviously very bad from a climate change perspective.
 
IMG_9010_drill pipe
Add to Lightbox - Lightbox

 
IMG_9014_drilling.jpg A test drilling site for shale gas at Preese Hall Farm near Blackpool, Lancashire, UK. The gas is contained within layers of shale rock and is released by a controversial process known as Fracking, where liquids are pumped into the rock under high pressure to shatter the rock and release the gas. Recently the process was halted when it was thought it was responsible for two small earthquakes in the area. In the USA the process is highly controvercial, as it leads to contamination of groundwater and polluted drinking water. Its exploitation is also obviously very bad from a climate change perspective.
 
IMG_9014_drilling
Add to Lightbox - Lightbox

 
IMG_8336_harness.jpg The jack up barge, The Goliath moored next to a monopile at the Walney Offshore windfarm project, off Barrow in Furness, Cumbria, UK. The Goliath will then fit a transition pice over the monopile, upon which the wind turbine is constructed. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_8336_harness
Add to Lightbox - Lightbox

 
IMG_8342_railing.jpg The jack up barge, The Goliath moored next to a monopile at the Walney Offshore windfarm project, off Barrow in Furness, Cumbria, UK. The Goliath will then fit a transition pice over the monopile, upon which the wind turbine is constructed. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_8342_railing
Add to Lightbox - Lightbox

 
IMG_8345_steel.jpg The jack up barge, The Goliath moored next to a monopile at the Walney Offshore windfarm project, off Barrow in Furness, Cumbria, UK. The Goliath will then fit a transition pice over the monopile, upon which the wind turbine is constructed. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_8345_steel
Add to Lightbox - Lightbox

 
IMG_8347_tube.jpg The jack up barge, The Goliath moored next to a monopile at the Walney Offshore windfarm project, off Barrow in Furness, Cumbria, UK. The Goliath will then fit a transition pice over the monopile, upon which the wind turbine is constructed. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_8347_tube
Add to Lightbox - Lightbox

 
IMG_8349_monopile.jpg The jack up barge, The Goliath moored next to a monopile at the Walney Offshore windfarm project, off Barrow in Furness, Cumbria, UK. The Goliath will then fit a transition pice over the monopile, upon which the wind turbine is constructed. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_8349_monopile
Add to Lightbox - Lightbox

 
IMG_8387_hole.jpg A worker stands on top of a 320 tonne transition piece on the deck of the jack up barge, The Goliath at the Walney Offshore windfarm project, off Barrow in Furness, Cumbria, UK. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_8387_hole
Add to Lightbox - Lightbox

 
IMG_8396_sitting.jpg A worker on top of a 320 tonne transition piece on the deck of the jack up barge, The Goliath at the Walney Offshore windfarm project, off Barrow in Furness, Cumbria, UK. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_8396_sitting
Add to Lightbox - Lightbox

 
IMG_8398_red.jpg A worker on top of a 320 tonne transition piece on the deck of the jack up barge, The Goliath at the Walney Offshore windfarm project, off Barrow in Furness, Cumbria, UK. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_8398_red
Add to Lightbox - Lightbox

 
IMG_8403_circle.jpg A worker on top of a 320 tonne transition piece on the deck of the jack up barge, The Goliath at the Walney Offshore windfarm project, off Barrow in Furness, Cumbria, UK. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_8403_circle
Add to Lightbox - Lightbox

 
IMG_8509_helmet.jpg A monopile, the foundation for a wind turbine, on the Walney offshore wind farm. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_8509_helmet
Add to Lightbox - Lightbox

 
IMG_8521_rusty.jpg A monopile, the foundation for a wind turbine, on the Walney offshore wind farm. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_8521_rusty
Add to Lightbox - Lightbox

 
IMG_8529_colleague.jpg A monopile, the foundation for a wind turbine, on the Walney offshore wind farm. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_8529_colleague
Add to Lightbox - Lightbox

 
IMG_8530_work mate.jpg A monopile, the foundation for a wind turbine, on the Walney offshore wind farm. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_8530_work mate
Add to Lightbox - Lightbox

 
IMG_8531_rusting.jpg A monopile, the foundation for a wind turbine, on the Walney offshore wind farm. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_8531_rusting
Add to Lightbox - Lightbox

 
IMG_8570_rusty.jpg The jack up barge, The Goliath lifting a 320 tonne transition piece into place on the Walney Offshore windfarm project, off Barrow in Furness, Cumbria, UK. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_8570_rusty
Add to Lightbox - Lightbox

 
IMG_8580_monopile.jpg The jack up barge, The Goliath lifting a 320 tonne transition piece into place on the Walney Offshore windfarm project, off Barrow in Furness, Cumbria, UK. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_8580_monopile
Add to Lightbox - Lightbox

 
IMG_4030_rusty.jpg The Walney Offshore Windfarm project is located 15km off Barrow in Furness in Cumbria. The project consists of Walney 1 and Walney 2 each with 51 turbines. When finished it will have 102 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy. This shot shows the massive monopiles that are hammered 30 metres into the seabed to anchor the wind turbine.
 
IMG_4030_rusty
Add to Lightbox - Lightbox

 
IMG_6946_rust.jpg Undersea electric cabling on the dockside in Barrow in Furness, Cumbria, UK. This cabling is waiting to be fitted to the Walney offshore wind farm currently being built off Barrow. The electric cabling, links the wind turbines to the sub station and also carries the electricty ashore.
 
IMG_6946_rust
Add to Lightbox - Lightbox

 
IMG_6959_drum.jpg Undersea electric cabling on the dockside in Barrow in Furness, Cumbria, UK. This cabling is waiting to be fitted to the Walney offshore wind farm currently being built off Barrow. The electric cabling, links the wind turbines to the sub station and also carries the electricty ashore.
 
IMG_6959_drum
Add to Lightbox - Lightbox

 
IMG_6368_foundations.jpg A wind turbine foundation awaiting a turbine at the Walney Offshore windfarm project, off Barrow in Furness, Cumbria, UK. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_6368_foundations
Add to Lightbox - Lightbox

 
IMG_6370_turbine foundation.jpg A wind turbine foundation awaiting a turbine at the Walney Offshore windfarm project, off Barrow in Furness, Cumbria, UK. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_6370_turbine foundation
Add to Lightbox - Lightbox

 
IMG_6375_turbine base.jpg A wind turbine foundation awaiting a turbine at the Walney Offshore windfarm project, off Barrow in Furness, Cumbria, UK. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_6375_turbine base
Add to Lightbox - Lightbox

 
IMG_6383_piling.jpg A wind turbine foundation awaiting a turbine at the Walney Offshore windfarm project, off Barrow in Furness, Cumbria, UK. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_6383_piling
Add to Lightbox - Lightbox

 
IMG_6386_foundation.jpg A wind turbine foundation awaiting a turbine at the Walney Offshore windfarm project, off Barrow in Furness, Cumbria, UK. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_6386_foundation
Add to Lightbox - Lightbox

 
IMG_7033_piling.jpg A wind turbine foundation awaiting a turbine at the Walney Offshore windfarm project, off Barrow in Furness, Cumbria, UK. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_7033_piling
Add to Lightbox - Lightbox

 
IMG_7038_foundation.jpg A wind turbine foundation awaiting a turbine at the Walney Offshore windfarm project, off Barrow in Furness, Cumbria, UK. When finished it will have 102, 3.6 MW turbines, giving a total capacity of the Walney project of 367.2 MW, enough to power 320,000 homes. The rotor diameter of the turbines is 107m for Walney 1 and 120 m for Walney 2. The wind farm is owned and constructed by Dong Energy.
 
IMG_7038_foundation
Add to Lightbox - Lightbox

 
IMG_4880_girder.jpg A High Speed rail link being constructed between Antequera and Granada in Andalucia, Spain.
 
IMG_4880_girder
Add to Lightbox - Lightbox

 
IMG_4919_viaduct.jpg A High Speed rail link being constructed between Antequera and Granada in Andalucia, Spain.
 
IMG_4919_viaduct
Add to Lightbox - Lightbox

 
IMG_4933_railway.jpg A High Speed rail link being constructed between Antequera and Granada in Andalucia, Spain.
 
IMG_4933_railway
Add to Lightbox - Lightbox

 
IMG_4885_rail link.jpg A High Speed rail link being constructed between Antequera and Granada in Andalucia, Spain.
 
IMG_4885_rail link
Add to Lightbox - Lightbox

 
IMG_4894_investment.jpg A High Speed rail link being constructed between Antequera and Granada in Andalucia, Spain.
 
IMG_4894_investment
Add to Lightbox - Lightbox

 
IMG_4936_construction site.jpg A High Speed rail link being constructed between Antequera and Granada in Andalucia, Spain.
 
IMG_4936_construction site
Add to Lightbox - Lightbox

 
IMG_4938_high speed rail link.jpg A High Speed rail link being constructed between Antequera and Granada in Andalucia, Spain.
 
IMG_4938_high speed rail link
Add to Lightbox - Lightbox

 
IMG_0216_pipe line.jpg Lucite, a Petrochemical works in Billingham, Teeside, UK producing acrylics.
 
IMG_0216_pipe line
Add to Lightbox - Lightbox
l 1 l 2 l  

Media Per Page