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Energy and Fuel Use <br /> Context: What's happening: <br /> <br /> Our sources of energy impose substantial costs on our health · The City's wastewater treatment plant captures the <br /> and the economythrough direct pollution such as smog, methane gas it produces and turns it into electricity, <br /> particulate pollution and acid rain. Energy use is also the major providing over half of the main plant's needs. This not only <br /> driver of climate change: rising concentrations of carbon reduces the climate impacts of the methane by about 95%, <br /> dioxide from fossil fuels are bringing uneven and unpredictable but it also reduces the need for further production of <br /> changes in temperatures, weather, winds and ocean currents, energy. In 2003, the captured methane provided a savings of <br /> These changes have potentially massive impacts on biodiversity, $234,324. <br /> rainfall, agriculture and forestry, sea level, and the geographical · The wastewater plant is also installing a sulfur oxide (SOx) <br /> range of infectious diseases, filter to further reduce climate changing emissions. <br /> · The City's passenger vehicles are I~eing replaced with <br /> hybrid-powered vehicles as they come due for replace- <br /> ment. Also, all diesel equipment now runs on 20% bio- <br /> diesel and will soon switch to a mix with 80% ultra-low <br /> sulfur diesel. <br /> · EWEB's Energy Edge Award went to the new Library for its <br /> efficient design. Through a collaborative design process <br /> with EWEB, the new Library improved its energy efficiency <br /> by 30% over Oregon building codes. Savings on gas and <br /> electricity are expected to be about $25,000 per year. <br /> <br /> What's next: <br /> · Create a centralized collection point for all energy use data <br /> and improve reporting of that information in order to ensure <br /> ongoing improvements. <br /> <br /> · Create an energy strategy for City pools, which account for <br /> 25% of all energy used in general fund City buildings. <br /> <br /> Water use <br /> Context: What's next: <br /> By using water efficiently and by adapting our needs to our Water use data, like energy use data, needs to be centralized in <br /> water supply and its fluctuations, we can enjoy a regional order to be managed consistently. <br /> resource that supports residences, businesses and agriculture <br /> for many years to come. Because of state health codes, nearly <br /> all the water we use is treated. Treated water has concerns that <br /> go beyond the draw from our rivers and water tables. Large <br /> amounts of energy and chemicals are used to pump and purify <br /> the water, resulting in hidden air and water pollution concerns as <br /> well as climate change impacts. <br /> <br /> What's happening: <br />,,' ~ince 1992, the City has been upgrading its irrigation systems <br />~'~ ~vith a weather-controlled device. Typically, this type of system <br />reduces water consumption by 35-40% over a conventional <br />timed system. Currently 97.3% of all park acreage is under this <br />type of control. ~ ......................................... Maintenance <br /> <br /> <br />