Laserfiche WebLink
City of Pleasanton <br />475 and 493 St. John Street Mixed-Use Project <br /> <br />24 <br />shown in Table 3 and Table 4), the project would not result in exceedances of BAAQMD thresholds <br />for criteria air pollutants with mitigation incorporated and thus would not conflict with the 2017 <br />CAP’s goal to attain air quality standards. Furthermore, as shown in Table 5, the proposed project <br />would include applicable control measures from the 2017 CAP and would not disrupt or hinder <br />implementation of such control measures. Therefore, project impacts related to consistency with <br />the 2017 CAP would be less than significant. <br />Table 5 Project Consistency with Applicable Control Measures of 2017 CAP <br />Control Measure Evaluation <br />TR9: Bicycle and Pedestrian Access and Facilities. <br />Encourage planning for bicycle and pedestrian facilities <br />in local plans, e.g., general and specific plans, fund bike <br />lanes, routes, paths and bicycle parking facilities. <br />Consistent. The project would include bicycle parking spaces <br />consistent with the latest Title 24 CALGreen Standards. <br />EN2: Decrease Electricity Demand. Work with local <br />governments to adopt additional energy-efficiency <br />policies and programs. Support local government <br />energy efficiency program via best practices, model <br />ordinances, and technical support. Work with partners <br />to develop messaging to decrease electricity demand <br />during peak times. <br />Consistent. The proposed project would be required to <br />comply with the energy efficiency standards of the latest <br />Title 24 (including the California Energy Code and CALGreen). <br />The Title 24 standards are updated every three years and <br />become increasingly more stringent over time. In addition, a <br />photovoltaic (PV) solar array on the roof of all residences <br />would be installed pursuant to the California Energy Code. <br />BL1: Green Buildings. Collaborate with partners such as <br />KyotoUSA to identify energy-related improvements and <br />opportunities for on-site renewable energy systems in <br />school districts; investigate funding strategies to <br />implement upgrades. Identify barriers to effective local <br />implementation of the CALGreen (Title 24) statewide <br />building energy code; develop solutions to improve <br />implementation/enforcement. Work with ABAG’s <br />BayREN program to make additional funding available <br />for energy-related projects in the buildings sector. <br />Engage with additional partners to target reducing <br />emissions from specific types of buildings. <br />Consistent. The proposed project would include a PV system <br />consistent with the latest Title 24 Standards. The proposed <br />residences would be all-electric and would have no natural <br />gas or propane plumbing installed. The CALGreen standards <br />are updated every three years and become increasingly more <br />stringent over time. <br />WR2: Support Water Conservation. Develop a list of <br />best practices that reduce water consumption and <br />increase on-site water recycling in new and existing <br />buildings; incorporate into local planning guidance. <br />Consistent. The proposed project would be required to <br />comply with water conservation standards of CALGreen that <br />are in effect at that time. The project would incorporate <br />water-efficiency measures, including efficient water fixtures <br />and climate adapted plantings. <br />Source: BAAQMD 2017 <br />Effects and Mitigation Measures <br />No new or substantially more severe significant effects would occur to air quality, and no new <br />mitigation measures are necessary. The DSP policies, applicable City COAs, and Mitigation Measures <br />which were required for the original project, would remain applicable. <br />Conclusion <br />The DSP found air quality impacts to be significant and unavoidable. However, the Barone project <br />impacts would be less than significant, and no significant new or substantially increased air quality <br />impacts would occur compared to the original project.