My WebLink
|
Help
|
About
|
Sign Out
Browse
Search
Agmt01 Kennedy/Jenks
RedwoodCity
>
City Clerk
>
Agreements
>
2000-2009
>
2001
>
Agmt01 Kennedy/Jenks
Metadata
Thumbnails
Annotations
Entry Properties
Last modified
11/4/2008 8:50:29 PM
Creation date
4/4/2002 9:15:02 AM
Metadata
Fields
Template:
Agreement
Contractor Name
Kennedy/Jenks Consultants
PROJECT NAME
Water recycling feasibility study
RMP File Number
304
Date
7/18/2001
Reso Ref
14239 14422
MO Ref
02-21 02-51 02-67
Task Order
Yes
Box
6593
There are no annotations on this page.
Document management portal powered by Laserfiche WebLink 9 © 1998-2015
Laserfiche.
All rights reserved.
/
38
PDF
Print
Pages to print
Enter page numbers and/or page ranges separated by commas. For example, 1,3,5-12.
After downloading, print the document using a PDF reader (e.g. Adobe Reader).
Show annotations
View images
View plain text
· Perform Feasibility Evaluation of Selected Alternatives <br /> <br />Up to ten concept alternatives will be identified for screening and up to four final alternatives will be <br />selected for final review. The concept alternatives will include a potential 1,000 AFY or Maximum <br />Service Alternative, and a variety other alternatives that serve a subset of the Maximum Service <br />Alternative's customer base. Potential facility improvements will be identified that could expand service <br />beyond Redwood Shores area in the future. Operations reliability and flexibility, potential environmental <br />constraints and public concerns will also be identified. <br /> <br />Subtask 3.1 - Review Existing First Step Recycled Water Distribution Facilities <br /> <br />Consultant will conduct a meeting with City Staff and selected project participants to review the <br />operations of the existing distribution system. Results of this meeting will be used to initiate work under <br />this task. <br /> <br />Subtask 3.2 - Identify and Screen Storage, Pumping and Conveyance Facility <br /> Alternatives <br /> <br />Consultant will identify initial alternatives for screening. City input will be solicited regarding potential <br />pipeline alignments, and sites for storage and pumping facilities. The two screening alternatives for <br />storage are (1) construction of new facilities or (2) utilization of existing aeration tankage at SBSA. The <br />new storage site is understood to be immediately north of the Main Structure on the SBSA site and has <br />been approved by the City in a recent Specific Plan. Storage sizing, construction method and standby <br />connection to potable supply will also be included. Pumping facilities are assumed to be located on <br />SBSA site or the new site for storage. The proposed pipeline alignments and facility sites will be briefly <br />visited (windshield reconnaissance) to assess initial feasibility and cost issues. An Initial Alternatives <br />Summary will be prepared for each screening alternative. Pipelines will be sized using commonly <br />accepted head loss and pressure criteria for recycled water projects. Initial Alternative Summaries will: <br /> <br /> · Show pipeline alignments and facilities sites over aerial photography <br /> <br /> · Present in tabular form a customer list and average and peak demands <br /> <br /> · Identify a matrix non-cost opportunities and constraints <br /> <br /> · Develop conceptual level cost estimates <br /> <br />A half-day Screening Workshop will be conducted with City staff and selected participants to discuss and <br />screen the initial alternatives. The goal of the workshop will be to identify up to four alternatives for final <br />feasibility evaluation. <br /> <br />Subtask 3.3 - Evaluate Feasibility and Cost of Distribution System Alternatives <br /> <br />A complete feasibility evaluation of four alternatives will be provided. The information from the prior <br />task will be further refined through hydraulic modeling additional and assessment work. <br /> <br />Each alternative will be modeled using CYBERNET, EPANET, H2ONET or other software acceptable to <br />the City to confirm that facilities sizing is adequate for pressure and flow requirements. Following an <br />initial model run, the system will be optimized size for both initial service and potential future service <br />conditions. <br /> <br />The feasibility of construction will be further evaluated and refined based upon available existing <br />underground utilities information, observed traffic patterns and pedestrian activity, environmental <br /> <br />u:~les~i active~h2o plaflnin§/kj, recycled/contractscopeofservicesdrafl3a.doc 5 Redwood Shores <br /> Recycled Water Feasibility Study <br /> <br /> <br />
The URL can be used to link to this page
Your browser does not support the video tag.