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I. INTRODUCTION <br />This report is prepared to determine the feasibility of completing the proposed <br />improvement of the City of Little Canada's 2014 Street & Utility Improvement project. <br />The following is a list of the streets that have been identified by the City to be considered <br />for improvements. <br />STREET FROM TO LENGTH (ftl <br />Australian Avenue Lakeshore Avenue East End 550 <br />Schletty Drive Little Canada Road S. to Cul -de -sac 1,050 <br />1,600 <br />TOTAL <br />The improvements will be discussed in further detail in this report, but generally includes <br />the reconstruction of the street to an urban section along with storm sewer <br />improvements and the installation of watermain for residential service and fire protection. <br />Exhibits 1 and 2 in Appendix A show the project locations and the properties that will be <br />affected. <br />The City of Little Canada has a Pavement Management Program in -place that was <br />developed based on the MicroPAVER PCI surface distress survey and inventory <br />methodology for a network level inspection. The purpose of this program is to maintain <br />and improve the street system within the City. The Pavement Management Program <br />rates all City streets in order to improve the efficiency and effectiveness of the City's <br />pavement upgrade program. <br />All of the City's streets have been rated utilizing the MicroPAVER PCI surface distress <br />survey and inventory methodology for a network level inspection. Each street within the <br />City was broken into segments using intersections as the dividing points. A 2,500 <br />square -foot test section was measured out for each segment to represent the entire <br />segment. The data collected from the field for each test section consisted of 19 different <br />types of pavement distress and the level of severity of each one. The different types of <br />distress include longitudinal and transverse cracking, alligator cracking, bumps, <br />potholes, and weathering, among others. Based on this collected field data, the <br />computer program generated a Pavement Condition Index (PCI ) rating for each street. <br />The American Public Works Association's (APWA) MicroPAVER software was used to <br />reduce field data into a PCI rating on a scale of 0 to 100. Streets are then selected for <br />maintenance, rehabilitation or reconstruction, based upon the PCI rating, Department of <br />Public Works history of maintenance, field observation, and engineering judgment. <br />The streets are then prioritized for various maintenance procedures or rehabilitation. <br />Streets with PCI ratings of 0 to 60 are candidates for reconstruction. Those streets with <br />ratings in the range of 61 to 80 are candidates for surface rehabilitation in the form of <br />recycling or milling and overlaying. Streets with a rating in the range of 81 to 90 are <br />candidates for crack sealing and seal coating as preventative maintenance. Streets with <br />a rating in the range of 91 to 100 would require no maintenance. <br />6 <br />