Global Warming Images
 

 
IMG_5163_alan Turing.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_5166_solar roof.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_5173_Manchester university.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_5180_Alan turing.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_5215_solar powered.jpg Manchester College of Arts and Technology's library at Harpurhey is a green building incorporating passive ventilation. It has 482, 80 W polycrystalline panels on the south facade and a further 178, 165 W panels on the roof. Manchester, UK.
 
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IMG_5226_road.jpg Manchester College of Arts and Technology's library at Harpurhey is a green building incorporating passive ventilation. It has 482, 80 W polycrystalline panels on the south facade and a further 178, 165 W panels on the roof. Manchester, UK.
 
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IMG_5228_red.jpg Manchester College of Arts and Technology's library at Harpurhey is a green building incorporating passive ventilation. It has 482, 80 W polycrystalline panels on the south facade and a further 178, 165 W panels on the roof. Manchester, UK.
 
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IMG_5257_solar facade.jpg Manchester College of Arts and Technology's library at Harpurhey is a green building incorporating passive ventilation. It has 482, 80 W polycrystalline panels on the south facade and a further 178, 165 W panels on the roof. Manchester, UK.
 
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IMG_5261_reflection.jpg Manchester College of Arts and Technology's library at Harpurhey at sunset. It is a green building incorporating passive ventilation. It has 482, 80 W polycrystalline panels on the south facade and a further 178, 165 W panels on the roof. Manchester, UK
 
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IMG_5268_library.jpg Manchester College of Arts and Technology's library at Harpurhey at sunset. It is a green building incorporating passive ventilation. It has 482, 80 W polycrystalline panels on the south facade and a further 178, 165 W panels on the roof. Manchester, UK
 
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IMG_5272_MANCAT.jpg Manchester College of Arts and Technology's library at Harpurhey at sunset. It is a green building incorporating passive ventilation. It has 482, 80 W polycrystalline panels on the south facade and a further 178, 165 W panels on the roof. Manchester, UK
 
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IMG_3317_crane.jpg The Noma construction site in Manchester city Centre. Noma is a mixed use development site being developed by the Cooperative Society. True to the Coops ideals, the site will be truly sustainable by generating all of its own power from a renewable energy centre.
 
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IMG_3322_rsj.jpg The Noma construction site in Manchester city Centre. Noma is a mixed use development site being developed by the Cooperative Society. True to the Coops ideals, the site will be truly sustainable by generating all of its own power from a renewable energy centre.
 
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IMG_3326_Noma.jpg The Noma construction site in Manchester city Centre. Noma is a mixed use development site being developed by the Cooperative Society. True to the Coops ideals, the site will be truly sustainable by generating all of its own power from a renewable energy centre.
 
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IMG_3330_noma.jpg The Noma construction site in Manchester city Centre. Noma is a mixed use development site being developed by the Cooperative Society. True to the Coops ideals, the site will be truly sustainable by generating all of its own power from a renewable energy centre.
 
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IMG_3332_south facing.jpg The Cooperative CIS Tower in manchester, UK. The tower has been covered in 7000 Solar panels and generates enough green electricity to power 55 homes, or 180, 000 Kw hours per year.
 
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IMG_3338_crane.jpg The Noma construction site in Manchester city Centre. Noma is a mixed use development site being developed by the Cooperative Society. True to the Coops ideals, the site will be truly sustainable by generating all of its own power from a renewable energy centre.
 
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IMG_3342_tower.jpg The Cooperative CIS Tower in manchester, UK. The tower has been covered in 7000 Solar panels and generates enough green electricity to power 55 homes, or 180, 000 Kw hours per year.
 
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IMG_3347_cis tower.jpg The Cooperative CIS Tower in manchester, UK. The tower has been covered in 7000 Solar panels and generates enough green electricity to power 55 homes, or 180, 000 Kw hours per year.
 
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IMG_3355_CIS tower.jpg The Cooperative CIS Tower in manchester, UK. The tower has been covered in 7000 Solar panels and generates enough green electricity to power 55 homes, or 180, 000 Kw hours per year.
 
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IMG_3386_tower.jpg The Green building is a mixed use development next to Oxford Road railway Station in Manchester. It contains 32 flats with triple glazing, has solar thermal water heating as well as a wind turbine and solar PV on the roof. The building has been designed to by thermally efficient, with minimum heat loss.
 
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IMG_3387_silhouette.jpg The Green building is a mixed use development next to Oxford Road railway Station in Manchester. It contains 32 flats with triple glazing, has solar thermal water heating as well as a wind turbine and solar PV on the roof. The building has been designed to by thermally efficient, with minimum heat loss.
 
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IMG_3393_modern.jpg The Green building is a mixed use development next to Oxford Road railway Station in Manchester. It contains 32 flats with triple glazing, has solar thermal water heating as well as a wind turbine and solar PV on the roof. The building has been designed to by thermally efficient, with minimum heat loss.
 
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IMG_3403_solar panels.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_3407_Manchester University.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_3411_green university.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_3412_green campus.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_3418_Alan Turing.jpg The Alan Turing building, named after the mathemetician, is a green build construction on the campus of Manchester University. Its rooftop solar panels are designed to generate around 41 Megawatt hours of clean electricity per year.
 
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IMG_3422_MMU.jpg The New Business Hub building at MMU, Manchester Metropolitan University, incorporates many green features including renewable energy, energy efficient heating and a pioneering, chilled concrete slab cooling system, which works by using ground water to cool the concrete slab floor. The building has been certified ‘Excellent’ under the BREEAM environmental assessment scheme.
 
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IMG_3423_glass facade.jpg The New Business Hub building at MMU, Manchester Metropolitan University, incorporates many green features including renewable energy, energy efficient heating and a pioneering, chilled concrete slab cooling system, which works by using ground water to cool the concrete slab floor. The building has been certified ‘Excellent’ under the BREEAM environmental assessment scheme.
 
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IMG_3426_glass.jpg The New Business Hub building at MMU, Manchester Metropolitan University, incorporates many green features including renewable energy, energy efficient heating and a pioneering, chilled concrete slab cooling system, which works by using ground water to cool the concrete slab floor. The building has been certified ‘Excellent’ under the BREEAM environmental assessment scheme.
 
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IMG_3427_passive ventilation.jpg The Green building is a mixed use development next to Oxford Road railway Station in Manchester. It contains 32 flats with triple glazing, has solar thermal water heating as well as a wind turbine and solar PV on the roof. The building has been designed to by thermally efficient, with minimum heat loss.
 
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