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Reso 2025-042 Rejecting Appeal (880 Doolittle)
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Reso 2025-042 Rejecting Appeal (880 Doolittle)
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5/21/2025 9:50:06 AM
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5/21/2025 9:50:01 AM
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CM City Clerk-City Council
CM City Clerk-City Council - Document Type
Resolution
Document Date (6)
5/5/2025
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8B Public
(Amended by)
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\City Clerk\City Council\Agenda Packets\2025\Packet 20250505
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<br />RESOLUTION NO. 2025-042 16 <br />a. Construction contractors shall implement dust control mitigation measures during construction <br />activities at the project site to minimize the generation of dust. Examples of dust control <br />measures that shall be implemented include routinely applying water or non-toxic soil stabilizers <br />to exposed soils while performing grading and excavation activities; sweeping (with wet power <br />sweepers) paved access roads, parking areas, and staging areas; covering or otherwise <br />stabilizing soil stockpiles at the end of each workday; And suspending construction activities <br />that cause visible dust plumes and odors to extend beyond project site boundaries. Some <br />additional dust control mitigation measures listed in the Soil and Groundwater Management <br />Plan include limiting construction vehicle and equipment speeds to 15 miles per hours when <br />operated on exposed soils and removing visible loose soils from vehicles before leaving the <br />project site. <br />b. To prevent or minimize construction equipment from tracking polluted spoils off the site onto <br />roadways, trucks used to transport soil will be loaded in a manner to minimize soil spillage and <br />fugitive dust. Examples of ways to load trucks to minimize spillage and dust include loading the <br />truck bed to less than full capacity and covering the bed of truck after it has been loaded. <br />c. Construction equipment shall be cleaned prior to movement out of active work zones in <br />impacted areas. The equipment wheels/tires shall be cleaned by means of shovels and stiff- <br />bristled brooms or brushes until they are fully cleaned. Upon completion of cleaning, debris shall <br />be placed in the appropriate transportation vessel and the plastic sheeting shall be disposed. If <br />washing water is required, decontamination wash water shall be profiled and transported to an <br />appropriate disposal or recycling facility. Equipment exiting the project site shall be inspected <br />and logged for compliance with the site decontamination requirements. <br />d. A construction Health and Safety Plan shall be prepared by the project applicant or its general <br />contractor for the proposed project in accordance with Federal and State Occupational Safety <br />and Health Administration (OSHA) standards for hazardous waste operations (29 Code of <br />Federal Regulations [CFR] 1910.1208 and 8 California Code of Regulations [CCR] 5192, <br />respectively). Subcontractors shall either adopt the General Contractor’s Health and Safety Plan <br />or prepare their own Health and Safety Plan satisfying the same regulatory requirements. The <br />General Contractor shall be responsible for verifying that onsite construction workers and <br />visitors have read and adhere to the procedures established in the Health and Safety Plan. A copy <br />of the Health and Safety Plan shall be kept onsite during redevelopment activities. In the event <br />that unanticipated conditions occur at the site, the General Contractor shall be responsible for <br />modifying the Health and Safety Plan accordingly. <br />e. Field screening of soil shall be conducted continuously during ground disturbing activities using <br />a calibrated handheld photoionization detector or other organic vapor meter. Field screening <br />using a photoionization detector shall be conducted by properly trained General Contractor <br />and/or Environmental Consultant personnel. Based on the field screening, excavated soil shall <br />be separated into stockpiles in three categories: 1) Background Soil: No visual and odor <br />indicators, and photoionization detector measurements that are consistent with background <br />levels. Photoionization detector readings of up to 5 parts per million by volume (ppmv) shall be <br />considered background levels. These soils can be characterized for onsite reuse, if applicable;
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