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<br /> <br />City of Everett 00 11 13-1 June 2024 <br />WFP Air Scour Blower Building Replacement Issued for Bid <br />UP3813 <br />SECTION 00 11 13 <br />ADVERTISEMENT FOR BIDS <br />Notice is hereby given that sealed bids/proposals for the Water Filtration Plant Air Scour <br />Blower Building Replacement Project will be received at the City Clerk, 1st Floor Everett <br />Municipal Building, 2930 Wetmore, Everett, WA, 98201, until 2:00 p.m. on Tuesday, July 9, <br />2024. At the appointed time, all bids/proposals will be opened and read aloud publicly via live <br />streaming, or bidders may attend the bid opening in person at 2930 Wetmore Ave, Suite 9E, <br />Everett, WA 98201. The link to view the live streaming bid opening can be found at: <br />https://everettwa.gov/319/Procurement. <br /> <br />The engineer’s estimate for this Project is $998,000.00, not including sales tax. <br /> <br />The City of Everett owns a Water Filtration Plant (WFP) located at 6133 Lake Chaplain Road, <br />Monroe, WA 98272-7821 and is seeking a Contractor to construct and install the following, but <br />not limited to: <br />1. Construct a pre-engineered metal building to house two (2) air blowers, an air <br />compressor, dry-type transformer, control panel, two (2) variable frequency drives <br />(VFDs), and a panelboard. The building interior size is approximately 24’x 30’ with an 18’ <br />wide by 12’ high rollup door and a single 36” door. An on-grade concrete foundation will <br />support the building. The new building is approximately 5 feet from the existing blower <br />building. <br />2. Install a new air blower and relocate the existing air blower from the current blower <br />building to the new blower building. The blowers are variable speed units with 200 HP <br />motors, and with a capacity of approximately 3,825 standard cubic feet per minute. The <br />new blower has been sized and selected by the City. The new blower will be purchased <br />by the City and will be delivered prior to construction for installation by the contractor. <br />Connect the air blower piping from the blowers to the air piping outside the main WFP <br />building. <br />3. Install a new duplex instrumentation-grade air compressor system to provide <br />redundancy with the existing compressor unit located inside the main WFP building. This <br />compressor system provides instrumentation-grade air for the pneumatic valve actuators <br />used to regulate the filter plant operations. The compressor unit will be purchased by the <br />City and will be delivered prior to construction for installation by the contractor. The <br />compressor system package includes two (2) compressor units, air receiver, pressure <br />regulator, compressor controls, filtration, drying system, and oil mist eliminator with a <br />nominal rated output pressure of 125 psi. The new compressed air piping from the <br />compressor connects with the existing piping inside the main WFP building. <br />4. Install a new motor control center (MCC) with a 480-volt panel and individually mounted <br />VFDs. <br />5. Transfer the existing blower control panel from the current blower building to the new <br />blower building. <br />6. Transfer the existing fiber optic termination cabinet from the current blower building to <br />the new blower building and install new fiber optic cables. <br />7. Provide electrical service to the new building by connecting to an existing transformer <br />near the building. <br />8. Provide ventilation for the new building.