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<br /> <br /> <br />79 <br />c. A Research and Development, Laboratory use shall install a Building Automation System (BAS) that is <br />programmed to either dim or turn interior lights off or to lower shades after 9:30 pm to reduce light pollution <br />and glare. <br />G) For uses involving the manufacturing, use, or storage of hazardous materials, as defined in the California <br />Health and Safety Code, the quantities and types shall be subject to the limitations established by the current <br />California Building Code and Fire Code. A valid permit from the Certified Unified Program Agency (CUPA) <br />shall be required prior to the delivery, use, manufacturing, and/or storage of hazardous materials in the building. <br />a. The materials for a Research and Development, Laboratory use shall be limited to the applicant on the <br />subject site and not used outside of the subject development. The storage of hazardous materials shall be <br />prohibited outdoors and shall be located completely within the building (for new development) or in a <br />detached structure if infeasible to accommodate within an existing building. <br />H) New development projects shall include a loading and unloading zone as part of the project which is inside <br />the proposed building. The loading and unloading zone shall not be located on the primary public facing side of <br />the building when feasible, as determined by the Planning Manager/Designee. <br />I) Research and Development, Laboratory uses shall comply with the specific mitigation measures outlined for <br />this use in applicable environmental review documents. <br /> The Commercial Component proposes the development of approximately 311,860 square feet of commercial space <br />(with life-science research and development space and a “teen center/multi-purpose space”) within a building <br />comprised of six stories (including a roof terrace on top of the sixth story) plus three basement parking levels. Future <br />R&D/Laboratory use at this site would be restricted to BSL-1 and BSL-2 and the R&D/Laboratory use would not be <br />permitted on the first floor and would not be permitted on the second floor directly above the teen center/multi-purpose <br />space in accordance with the DTPP. The teen center/multi-purpose space would be accessed directly from the outside <br />through separate entrances from the rest of the building. The teen center/multi-purpose space would be physically <br />separated from the first floor lease space by a full height fire and smoke rated partition and from the second floor <br />through fire rated concrete slab construction. The HVAC system proposed for the teen center/multi-purpose space <br />would be a completely independent system from all others of the building. These design features ensure consistency <br />with the DTPP’s separation requirements. <br /> Operational hazardous materials associated with new general office uses could include, for example, liquid chemical <br />products (e.g., household cleaners), building maintenance supplies, paints and solvents, pesticides, or other similar <br />materials. <br /> With the future proposed R&D lab use, as discussed in item #8 above (Project Description), the Commercial <br />Component would involve routine transport, use, or disposal of hazardous materials, and could result in hazardous <br />emissions. Hazardous materials associated with a future R&D lab use would be tenant-specific and are unknown at <br />this time but would be restricted to BSL 1 and BSL 2 uses, as applicable. (Email communication from Kevin Deng, <br />Senior Project Manager/Associate Vice President, HGA Architects, to William Chui, City of Redwood City; July 2, <br />2024.) <br /> All materials and substances transported, stored and used at the site would be subject to a wide range of federal, state <br />and local health and safety requirements. <br /> According to the Administration for Strategic Preparedness and Response (ASPR)13, BSL-1 labs are used to study <br />infectious agents or toxins not known to consistently cause disease in healthy adult humans (for example, e. coli). <br />Workers follow basic safety procedures, called standard microbial practices, and require no special equipment or <br />design features. Standard engineering controls in BSL-1 laboratories include easily cleaned surfaces that are able to <br />withstand the basic chemicals used in the laboratory. <br />Specific considerations for a BSL-1 laboratory include the following: <br />• Laboratory Practices <br />o Standard microbiological practices are followed. <br />o Work can be performed on an open lab bench or table. <br />• Safety Equipment <br />o PPE (lab coats, gloves, eye protection) are worn. <br /> <br />13 Administration for Strategic Preparedness & Response, “Biosafety Level Requirements”, <br />https://aspr.hhs.gov/S3/Pages/Biosafety-Level-Requirements.aspx <br />ATTY/RESO.0031/CC RESO CEQA GUIDELINES (901 EL CAMINO REAL) <br />REV: 04-22-25 VR <br /> <br />Page 79 of 148