Laserfiche WebLink
1. Introduction <br />In June of 2013, the City of Louisville contracted Dr. Anu Ramaswami and her research team <br />at the University of Minnesota to conduct a baseline energy study of the activities which take <br />place within and outside its borders which can be attributed to facilitating day to day activities <br />within its borders. The objectives of the study were to: <br />• Conduct an inventory of community wide CO2e emissions, to understand fossil fuel use <br />and associated GHG emissions in the main activity sectors in Louisville <br />• Develop a list of sustainable actions detailing steps which can be taken to reduce GHG <br />emissions across sectors, promote energy consumption reductions, conserve resources, <br />and save money. <br />The project uses the best available data from the year 2012, with proxies and data scaling <br />being used where necessary. The specific data sources and scaling techniques are described in <br />section 3. Methodology & Data Quality. <br />1.1 Background on the City of Louisville <br />Incorporated in 1882, the City of Louisville lies approximately five miles east of Boulder, <br />CO and twenty -five miles north of Denver, CO. Built on a history of coal mining, Louisville is <br />now known for its livability. It has consistently been rated among the top places to live in the <br />U.S. according to Money magazine due to its vast open spaces, vibrant art scene, high quality <br />education, and diverse employment opportunities. Due to its proximity to Boulder, Denver, and <br />Denver International Airport, Louisville's population of 18,376 has ample opportunity to move <br />throughout the Denver Metro Area. <br />2. Data Sources <br />Table 1 shows the source of each data set used in the development of the baseline inventory <br />for Louisville, CO for 2012. Much of the data is high quality, primary data (i.e. specific to <br />11 <br />