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Wind turbine fan blade technology reducing noise footprint, 25 June 2020 18 images Created 27 Jun 2020

Glasgow, Scotland, UK. 25 June 2020.
Picture: Windmill turbine fan blades stacked in a holding depot in Govan in Glasgow. What is special about these fan blades is that they have a serrated trailing edge, which enables the reduction in aerofoil noise as the blade cuts through the air. Fan blades on large turbines normally reach speeds around 120 mph, causing noise. As the UK must meet its target for green energy renewables, technology will play a role in reducing the turbines noise footprint. Credit: Colin D Fisher/CDFIMAGES.COM
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  • Glasgow, Scotland, UK. 25 June 2020.<br />
Picture: Windmill turbine fan blades stacked in a holding depot in Govan in Glasgow. What is special about these fan blades is that they have a serrated trailing edge, which enables the reduction in aerofoil noise as the blade cuts through the air. Fan blades on large turbines normally reach speeds around 120 mph, causing noise. As the UK must meet its target for green energy renewables, technology will play a role in reducing  the turbines noise footprint. Credit: Colin D Fisher/CDFIMAGES.COM
    _CDF3611.jpg
  • Glasgow, Scotland, UK. 25 June 2020.<br />
Picture: Windmill turbine fan blades stacked in a holding depot in Govan in Glasgow. What is special about these fan blades is that they have a serrated trailing edge, which enables the reduction in aerofoil noise as the blade cuts through the air. Fan blades on large turbines normally reach speeds around 120 mph, causing noise. As the UK must meet its target for green energy renewables, technology will play a role in reducing  the turbines noise footprint. Credit: Colin D Fisher/CDFIMAGES.COM
    CDF_5234.jpg
  • Glasgow, Scotland, UK. 25 June 2020.<br />
Picture: Windmill turbine fan blades stacked in a holding depot in Govan in Glasgow. What is special about these fan blades is that they have a serrated trailing edge, which enables the reduction in aerofoil noise as the blade cuts through the air. Fan blades on large turbines normally reach speeds around 120 mph, causing noise. As the UK must meet its target for green energy renewables, technology will play a role in reducing  the turbines noise footprint. Credit: Colin D Fisher/CDFIMAGES.COM
    _CDF3612.jpg
  • Glasgow, Scotland, UK. 25 June 2020.<br />
Picture: Windmill turbine fan blades stacked in a holding depot in Govan in Glasgow. What is special about these fan blades is that they have a serrated trailing edge, which enables the reduction in aerofoil noise as the blade cuts through the air. Fan blades on large turbines normally reach speeds around 120 mph, causing noise. As the UK must meet its target for green energy renewables, technology will play a role in reducing  the turbines noise footprint. Credit: Colin D Fisher/CDFIMAGES.COM
    CDF_5235.jpg
  • Glasgow, Scotland, UK. 25 June 2020.<br />
Picture: Windmill turbine fan blades stacked in a holding depot in Govan in Glasgow. What is special about these fan blades is that they have a serrated trailing edge, which enables the reduction in aerofoil noise as the blade cuts through the air. Fan blades on large turbines normally reach speeds around 120 mph, causing noise. As the UK must meet its target for green energy renewables, technology will play a role in reducing  the turbines noise footprint. Credit: Colin D Fisher/CDFIMAGES.COM
    CDF_5236.jpg
  • Glasgow, Scotland, UK. 25 June 2020.<br />
Picture: Windmill turbine fan blades stacked in a holding depot in Govan in Glasgow. What is special about these fan blades is that they have a serrated trailing edge, which enables the reduction in aerofoil noise as the blade cuts through the air. Fan blades on large turbines normally reach speeds around 120 mph, causing noise. As the UK must meet its target for green energy renewables, technology will play a role in reducing  the turbines noise footprint. Credit: Colin D Fisher/CDFIMAGES.COM
    CDF_5237.jpg
  • Glasgow, Scotland, UK. 25 June 2020.<br />
Picture: Windmill turbine fan blades stacked in a holding depot in Govan in Glasgow. What is special about these fan blades is that they have a serrated trailing edge, which enables the reduction in aerofoil noise as the blade cuts through the air. Fan blades on large turbines normally reach speeds around 120 mph, causing noise. As the UK must meet its target for green energy renewables, technology will play a role in reducing  the turbines noise footprint. Credit: Colin D Fisher/CDFIMAGES.COM
    CDF_5238.jpg
  • Glasgow, Scotland, UK. 25 June 2020.<br />
Picture: Windmill turbine fan blades stacked in a holding depot in Govan in Glasgow. What is special about these fan blades is that they have a serrated trailing edge, which enables the reduction in aerofoil noise as the blade cuts through the air. Fan blades on large turbines normally reach speeds around 120 mph, causing noise. As the UK must meet its target for green energy renewables, technology will play a role in reducing  the turbines noise footprint. Credit: Colin D Fisher/CDFIMAGES.COM
    CDF_5239.jpg
  • Glasgow, Scotland, UK. 25 June 2020.<br />
Picture: Windmill turbine fan blades stacked in a holding depot in Govan in Glasgow. What is special about these fan blades is that they have a serrated trailing edge, which enables the reduction in aerofoil noise as the blade cuts through the air. Fan blades on large turbines normally reach speeds around 120 mph, causing noise. As the UK must meet its target for green energy renewables, technology will play a role in reducing  the turbines noise footprint. Credit: Colin D Fisher/CDFIMAGES.COM
    CDF_5240.jpg
  • Glasgow, Scotland, UK. 25 June 2020.<br />
Picture: Windmill turbine fan blades stacked in a holding depot in Govan in Glasgow. What is special about these fan blades is that they have a serrated trailing edge, which enables the reduction in aerofoil noise as the blade cuts through the air. Fan blades on large turbines normally reach speeds around 120 mph, causing noise. As the UK must meet its target for green energy renewables, technology will play a role in reducing  the turbines noise footprint. Credit: Colin D Fisher/CDFIMAGES.COM
    CDF_5241.jpg
  • Glasgow, Scotland, UK. 25 June 2020.<br />
Picture: Windmill turbine fan blades stacked in a holding depot in Govan in Glasgow. What is special about these fan blades is that they have a serrated trailing edge, which enables the reduction in aerofoil noise as the blade cuts through the air. Fan blades on large turbines normally reach speeds around 120 mph, causing noise. As the UK must meet its target for green energy renewables, technology will play a role in reducing  the turbines noise footprint. Credit: Colin D Fisher/CDFIMAGES.COM
    CDF_5242.jpg
  • Glasgow, Scotland, UK. 25 June 2020.<br />
Picture: Windmill turbine fan blades stacked in a holding depot in Govan in Glasgow. What is special about these fan blades is that they have a serrated trailing edge, which enables the reduction in aerofoil noise as the blade cuts through the air. Fan blades on large turbines normally reach speeds around 120 mph, causing noise. As the UK must meet its target for green energy renewables, technology will play a role in reducing  the turbines noise footprint. Credit: Colin D Fisher/CDFIMAGES.COM
    CDF_5243.jpg
  • Glasgow, Scotland, UK. 25 June 2020.<br />
Picture: Windmill turbine fan blades stacked in a holding depot in Govan in Glasgow. What is special about these fan blades is that they have a serrated trailing edge, which enables the reduction in aerofoil noise as the blade cuts through the air. Fan blades on large turbines normally reach speeds around 120 mph, causing noise. As the UK must meet its target for green energy renewables, technology will play a role in reducing  the turbines noise footprint. Credit: Colin D Fisher/CDFIMAGES.COM
    CDF_5244.jpg
  • Glasgow, Scotland, UK. 25 June 2020.<br />
Picture: Windmill turbine fan blades stacked in a holding depot in Govan in Glasgow. What is special about these fan blades is that they have a serrated trailing edge, which enables the reduction in aerofoil noise as the blade cuts through the air. Fan blades on large turbines normally reach speeds around 120 mph, causing noise. As the UK must meet its target for green energy renewables, technology will play a role in reducing  the turbines noise footprint. Credit: Colin D Fisher/CDFIMAGES.COM
    CDF_5245.jpg
  • Glasgow, Scotland, UK. 25 June 2020.<br />
Picture: Windmill turbine fan blades stacked in a holding depot in Govan in Glasgow. What is special about these fan blades is that they have a serrated trailing edge, which enables the reduction in aerofoil noise as the blade cuts through the air. Fan blades on large turbines normally reach speeds around 120 mph, causing noise. As the UK must meet its target for green energy renewables, technology will play a role in reducing  the turbines noise footprint. Credit: Colin D Fisher/CDFIMAGES.COM
    CDF_5246.jpg
  • Glasgow, Scotland, UK. 25 June 2020.<br />
Picture: Windmill turbine fan blades stacked in a holding depot in Govan in Glasgow. What is special about these fan blades is that they have a serrated trailing edge, which enables the reduction in aerofoil noise as the blade cuts through the air. Fan blades on large turbines normally reach speeds around 120 mph, causing noise. As the UK must meet its target for green energy renewables, technology will play a role in reducing  the turbines noise footprint. Credit: Colin D Fisher/CDFIMAGES.COM
    CDF_5247.jpg
  • Glasgow, Scotland, UK. 25 June 2020.<br />
Picture: Windmill turbine fan blades stacked in a holding depot in Govan in Glasgow. What is special about these fan blades is that they have a serrated trailing edge, which enables the reduction in aerofoil noise as the blade cuts through the air. Fan blades on large turbines normally reach speeds around 120 mph, causing noise. As the UK must meet its target for green energy renewables, technology will play a role in reducing  the turbines noise footprint. Credit: Colin D Fisher/CDFIMAGES.COM
    CDF_5248.jpg
  • Glasgow, Scotland, UK. 25 June 2020.<br />
Picture: Windmill turbine fan blades stacked in a holding depot in Govan in Glasgow. What is special about these fan blades is that they have a serrated trailing edge, which enables the reduction in aerofoil noise as the blade cuts through the air. Fan blades on large turbines normally reach speeds around 120 mph, causing noise. As the UK must meet its target for green energy renewables, technology will play a role in reducing  the turbines noise footprint. Credit: Colin D Fisher/CDFIMAGES.COM
    CDF_5249.jpg