Laserfiche WebLink
$740,775.65. <br />January 26, 2016 Page 4 of 6 <br />I to 150946. <br />Motion by Councilmember Burg, seconded by Councilmember Jacobsen to approve the Consent <br />Agenda as presented. <br />5 Ayes, 0 Nays - Motion Carried <br />Public Hearing <br />None. <br />Council Business <br />1. Consideration of Work Order 2 for Design, Procurement and Construction Phase <br />Services to Implement AOP Technology at WTP 1. <br />City Manager Lotter indicated reported on August 11, 2015 the City entered a Master Professional <br />Services Agreement and Work Order No. 1, with Barr Engineering. Under the scope of Work <br />Order No. 1, Barr Engineering evaluated and screened the broad range of potential <br />technologies that may be applicable for treatment of 1,4 -dioxane. That work included literature <br />reviews, collection and evaluation of information from technology vendors, evaluation of <br />operating facilities, and bench scale testing. That screening process identified two specific <br />technologies that are currently undergoing treatability testing in a pilot scale setting, at the <br />City's Water Treatment Plant number 1 (WTP1). The pilot testing is expected to be complete <br />by early May. The testing will be used to compare technologies and to help the City select <br />which technology it wants to implement to remove 1,4 -dioxane. The Project described under <br />Work Order Number 2 (Barr 423621176-02) consists of integrating the selected AOP <br />technology into the City's existing water treatment processes at WTP I, along with all <br />necessary site and treatment plant modifications. The nature of the Project, along with schedule <br />constraints, regulations governing the procurement of goods and services, and other <br />considerations, makes it advantageous to deliver the constructed Project in multiple Contract <br />Packages. Each Contract Package consists of a portion of the Project that can be procured and <br />completed separately. A full description of the work involved in each Contract Package is <br />included in the body of Work Order No. 2 that is enclosed as an attachment. The anticipated <br />schedule for each Contract Package is also enclosed, and that schedule shows construction <br />completion in the fall of 2018, which is consistent with previous presentations. Staff reviewed <br />the request further and recommended Council authorize the Mayor and City Manager to enter <br />into the work orders. <br />Greg Keel, Barr Engineering, provided the Council with a presentation on the professional <br />services his company would be providing to the City and further defined the work that would <br />be completed within Work Order No. 2. He updated the Council on the treatability study status <br />from Work Order No. 1. It was noted the pilot testing would end mid-April and a report from <br />the findings would be completed by June 2016. At that time, the City will decide which AOP <br />to implement. He explained a Minneapolis interconnection would provide the City with a <br />backup emergency supply to be used for replacement supply instead of the City's wells, if <br />needed. The proposed flow of water through the new treatment plant was reviewed with the <br />Council and commented the project would be implemented through multiple contract <br />packages. He estimated the constructed value of the project to be $20 million and anticipated <br />the engineering expense to be roughly $3 million. He reiterated that each of the four contracts <br />would be coming back to the Council for approval in the near future. <br />Councilmember Bauman thanked staff for the thorough presentation. She supported the <br />Minneapolis interconnection and asked if any additional filtration would be needed. Mr. Keel <br />reported Minneapolis receives its water supply from the Mississippi River. He noted <br />Public Hearing <br />Council Business <br />1. Consideration of <br />Work Order 2 for <br />Design, Procurement <br />and Construction <br />Phase Services to <br />Implement AOP <br />Technology at WTP 1 <br />