Laserfiche WebLink
<br /> <br />Page | 7 <br /> <br />Pavement Management Technical Assistance (P-TAP) Round 24 <br />INTRODUCTION <br /> <br />Paved streets in the City of Pleasanton are among the many assets every resident, visitor, and business <br />uses. A good street network enhances public safety, promotes mobility, and enables economic activity. <br />The City is responsible for 209.34 centerline miles of roads or 507.51 lane miles3. This asset comprises <br />46.2 million square feet of asphalt concrete and is valued at $306 million to replace. <br /> <br />The MTC P-TAP program selected AMS Consulting (AMS) as the City’s Pavement Management <br />Consultant. The program helps Local San Francisco Bay Area agencies update their pavement <br />management program through inspection surveys and reporting. The program is designed to help <br />agencies stretch their pavement expenditures by: <br /> <br /> Implementing, updating, and maintaining pavement management databases; and <br /> Providing updated pavement condition data of the network and each street segment. <br /> <br />What is a Pavement Management System (PMS)? <br />Pavement Management is the systematic process used to oversee the city’s paved surfaces by <br />measuring the condition and tracking the maintenance and rehabilitation of pavement sections. Area, <br />zones, and functional classifications can organize these pavement sections. Effective pavement <br />management strategies include condition assessment, life-cycle cost analysis, and budget projections <br />to identify pavement segments needing maintenance or repair. <br /> <br />The City uses the MTC Pavement Management System, StreetSaver, to track and analyze the pavement <br />condition and to develop the City’s annual street maintenance/rehabilitation program. The StreetSaver <br />system is an online program used by all 109 cities and counties in the San Francisco Bay Area region <br />and over 300 other public and private organizations nationwide and internationally. The StreetSaver <br /> <br />3 Lane mile equals 5,280 linear feet multiplied by the number of lanes. <br />Page 175 of 228