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Ford will add a third wind turbine at its Dagenham engine manufacturing plant (London, UK) to reduce further the CO2 emissions from its European operations.
The extra turbine enables Ford's Dagenham Diesel Centre to remain 100 percent powered by wind generated electricity, following installation of a new 1.4/1.6-liter Duratorq TDCi engine line. The engine goes into Ford of Europe's popular Fiesta, Fusion and Focus models.
"This initiative marks another cornerstone in our ongoing efforts to implement a broad portfolio of measures across our European plants, aimed at further reducing the CO2 footprint from our manufacturing operations," said Dr. Wolfgang Schneider, vice president, governmental and environmental affairs, Ford of Europe.
"Earlier this year, we announced we are sourcing renewable electricity for our
Ford/Ecotricity wind turbine partnership for Dagenham
By using the existing two wind turbines – provided by London-based energy company Ecotricity – Ford Dagenham has avoided the emission of over 6,500 tons of CO2 a year since 2004. The third Ecotricity turbine – which is subject to planning approval, would have the capacity to produce 1.8 megawatts of green electricity for Ford's Dagenham Diesel Centre – the equivalent of powering 1,000 homes.
Ford/RheinEnergy renewable electricity partnership for
Ford is also investing in environmentally sensitive manufacturing in its other European manufacturing sites. The company is sourcing renewable electricity for its Fiesta/Fusion production and car engineering facilities at Ford Cologne in
Globally, Ford continues to reduce the environmental footprint of its manufacturing operations. Since the year 2000, Ford has reduced its global operational energy use by 27 per cent overall (12 per cent per vehicle built), CO2 emissions by 31 per cent (16 per cent per vehicle built), and water use by more than 25 per cent (11 per cent per vehicle built).
Renewable or "green" power supplies about 3 percent of Ford's energy needs worldwide, through the use of hydro, solar, wind and geo-thermal power, landfill gas and waste gases.