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outlets, restaurants, and uncovered parking lots), including roo area, street, and sidewalk. b) Hydromodification standards when a regulated project creates and/or replaces a total impervious area of one acre or more. c) Compliance with a Diazinon pollutant reduction plan (Pesticide Plan) to reduce or substitute pesticide use with less toxic alternatives. d) Compliance with a Copper Pollutant Reduction Plan and a Mercury Pollutant Reduction Plan. 130. The following requirements shall be incorporated into the project: a) The project developer shall submit a final grading and drainage plan prepared by a licensed civil engineer depicting all final grades and onsite drainage control measures including bioretention swales. Irrigated bioretention swales shall be designed to maximize storm water entry at their most upstream point. The grading and drainage plans shall be subject to the review and approval of the City Engineer prior to the issuance of a grading or building permit, whichever is sooner. b) In addition to natural controls, the project developer may be required to install a structural control(s), such as an oil/water separator(s), sand filter(s), or approved equal(s) in the parking areas and/or on the site to intercept and pre-treat storm water prior to reaching the storm drain. The design, location(E), and a schedule for maintaining the separator shall be submitted to the City Engineer/Chief Building and Safety Official for review and approval prior to :he issuance of a grading or building permit, whichever is sooner. The structural control shall be cleaned at least twice a year (once immediately prior to October 15 and once in January). c) The project developer shall submit to the City Engineer the sizing design criteria and calculations for a hydromodification facility, if required, and for the treatment of storm water runoff. The design criteria and calculations shall be subject to the review and approval of the City Engineer and shall be subriitted prior to the issuance of a grading or building permit, whichever is sooner. d) Buildings/Structures shall be designed to minimize the occurrence and entry of pests into buildings, thus minimizing the need for pesticides, as determined by the Chief Building Official prior to the issuance of a building permit. e) The project's landscape and irrigation plans shall be designed to: 1) minimize the use of fertilizers and pesticides that can contribute to storm water pollution; and, 2) promote surface infiltration. Prior to the installation of project landscaping and irrigation, the project landscape architect shall submit a landscaping and irrigation plan to the City Engineer for review and approval a nd submit written verification stating the project incorporates the following: Plants tolerant of saturated soil conditions and prolonged exposure to water in areas that provide detention of water. Page 22