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regional stormwater capture projects that incorporate park improvements including, but not limited to, Bolivar Park, Albion Riverside Park, Caruthers Park, and Mayfair Parks. Additionally, our team has implemented projects under parking and maintenance areas including the Santa Monica Clean Beaches Initiative and between two (2) roadways, such as the Culver Boulevard Project. These multi -benefit projects proved successful in their blending of usable open space and water quality improvement which we will carry into the design of any City project. INNOVATION New technologies and state of the science practices are constantly being developed and introduced to the stormwater management field. Relationships with academia, similar municipalities, and proprietary vendors provide continued learning and knowledge of the most recent practices being implemented throughout the state and nation. We pride ourselves in staying informed of the state of the science and share our experiences with others through publication and conferences to further those relationships. The Bolivar Park project is considered the first "smart regional stormwater BMP" and went on to win the 2016 Environmental Business Journal Award for Innovative Technology and the CASQA Outstanding Stormwater BMP Implementation Project of the Year in 2019. Combining our experience developing standard details for stormwater capture, optimal design configurations, and full plans and specifications with our intimate knowledge of the policies and procedures of the City, our team is poised to provide cutting -edge, state of the science solutions to integrate stormwater capture facilities with open space development plans. - GifyzofSanta Ana PROPOSALFOR On -Call Stormwater Project Design Services RFP NO.'20-102 EFFICIENCY Stormwater capture projects require an understanding of the flow patterns and property use to generate a design that maximizes efficiency while minimizing cost and protecting the beneficial uses. Efficiency can only be measured through an exhaustive generation of project implementation scenarios that vary diversion rates and chamber volumes while measuring their pollutant removal performance and anticipated costs. Our extensive experience has afforded us the opportunity to develop tools and procedures that allow for creative innovation while also ensuring project delivery efficiency through the modeling of thousands of possible sizing and diversion combinations. Utilizing these tools, our team successfully lowered the needed size from the initial concepts for the Culver Boulevard Stormwater and Filtration project while still achieving the same pollutant removal efficiency, saving the City millions of dollars. The availability of these vast amounts of data IJ TETRA TECH