With the goal of improving
sustainability and the city of San Francisco's goal to become a "zero emission city" by 2030, the SFPUC is implementing a number of projects in all of its core businesses: water, power and sewer. • Water: SFPUC is applying a "Water System Improvement Program" (WSIP) to manage a wide range of projects focusing on the optimization of pipelines, pump stations and water tanks usage. • Power: SFPUC is generating and providing different typologies of clean energy (hydroelectric, solar and
biogas) for municipal services and citizens needs. Moreover, in collaboration with
Paradox Engineering is seeking to exploit street light pole developing an integrated infrastructure with the specific scope of monitor the usage of urban services, optimize the power consumption and consequently reduce waste. • Sewer: SFPUC is applying the "Sewer System Improvement Program" (SSIP) to manage a wide range of projects that includes optimization of pump stations and
wastewater treatment processes. In addition, SFPUC has applied over $50M of funding to pilot and are constructing various Low Impact Designs (LID) through their "Early Implementation Projects" to test if LID features such as bio-retention systems or creek daylighting projects would reduce the volume of stormwater that would be collected, conveyed and treated. By reducing the stormwater flows to the
wastewater treatment plants, energy consumption may be reduced. SFPUC is equally committed to environmental justice causes and will address sewage flooding at many flood-prone neighborhoods in San Francisco: (1) Cayuga Avenue, (2) Alemany Circle, (3) Folsom and 17th Streets, (4) Toland Street, (5) Foerster Street, (6) Urbano Dr and Victoria Street, (7) Wawona Ave and 15th Ave. The low-lying areas of San Francisco along the San Francisco Bay is vulnerable to periodic flooding from runoff and wastewater during winter storms. Continued land subsidence,
sea level rise, and urban growth in hitherto industrial neighborhoods will continue to challenge the runoff and sewage collection and conveyance system. ==See also==