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more economical due to the need for less trunk watermain to be constructed to convey raw well water to the plant for <br />treatment. The study will also address any cost -saving options for treating raw water from the new wells on site by <br />providing an on -site pressure filter system, similar to what is currently proposed for well #1 in 2028 per attached CIP sheet <br />297. <br />In alignment with the Feasibility Study findings and recommendations, and pursuant to City Council Resolution #26-134 <br />(attached), staff sent the attached Request for Proposals to seven (7) engineering consulting firms experienced in siting wells <br />for municipal water supply systems to assist the city in determining the most desirable site(s) for proposed municipal wells <br />#9 and #10 and the supporting well houses currently programmed for construction in 2027 and 2030. Of the seven firms, <br />four (4) submitted proposals by the identified submission deadline, which were evaluated by a proposal evaluation team. <br />The proposal evaluation team included the City Administrator, City Engineer, Public Works Director, Utilities Supervisor, <br />and Utilities Lead. This team evaluated the proposals using the following criteria and associated weighted percentages <br />identified within the RFP; <br />• Experience of firm and assigned personnel, and reference responses received. (30%) <br />• Proposal understanding (20%) <br />• Work plan (30%) <br />• Fees (10%) <br />• Schedule (10%) <br />The proposal evaluation team ranked SEH, Inc.'s proposal the highest. Staff followed up by checking references identified <br />within the SEH, Inc. proposal and upon receiving all positive responses staff recommends awarding a contract to SEH, Inc. <br />for preparation of a Well Siting Assessment for proposed municipal groundwater wells #9 and #10. <br />Notification: <br />Notifications are not necessary. <br />Time Frame/Observations/Alternatives: <br />Timeframe: <br />Staff estimates this case will take up to 20 minutes to present and discuss. <br />Observations: <br />Detailed information on the geology of soils underlying the City of Ramsey can be found in the Anoka County Geologic <br />Atlas, which can be viewed through links on the University of Minnesota Digital Conservancy website at https:// <br />conservancv.umn.edu/items/1d10e060-80aa-4db0-af8f-5514b14c0192. Other websites include significant detail on this <br />subject, such as the Know the Flow website at https://knowtheflow.us/2016/12/geologic-atlas-reveals-whats-under-the- <br />surface/. <br />Attached is a copy of Anoka County Atlas Plates 3 and 4 that show the Surficial Geology and Quaternary Stratigraphy across <br />Anoka County, which may be used to help determine the best location for proposed municipal wells #9 and #10. <br />The Metropolitan Council also maintains a groundwater model that will assist in ensuring the new wells will have sufficient <br />groundwater volumes for the city's needs, both now and in the foreseeable future. <br />Other attached reference materials include; <br />• 44-page 2020 Metropolitan Council Report "Water Supply Planning in the Twin Cities Metropolitan Area <br />(2005-2020)" <br />• 4-page summary of the 2020 Metropolitan Council Report "Water Supply Planning in the Twin Cities Metropolitan <br />Area (2005-2020)" <br />Tentative project schedule: <br />• October 20th — Public Works Committee unanimously recommended City Council award a contract to SEH, Inc. <br />• October 27th — City Council accepts proposals and awards contract to SEH, Inc. <br />• October 28th through Spring 2027 — Well Siting Assessment and test well work completed. <br />After this work is completed, production wells #9 and #10 and their supporting well houses can be constructed, along with <br />any required trunk watermain and/or onsite pressure filters. This work will require additional City Council approvals but <br />staff recommends proceeding with this work as soon as possible pending all required Council approvals to ensure an <br />adequate supply of water can be maintained for municipal water supply system users. <br />Alternatives: <br />