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File #: 25C-31    Version: 1
Type: Consent Agenda Item Status: Agenda Ready
File created: 6/9/2025 In control: Board of Directors
On agenda: 6/26/2025 Final action:
Title: Wylie Complex Reclaim System Improvements; Project No. 101-0666-25; Engineering Services Agreement, Preliminary Engineering
Sponsors: Water Committee - Committee Action
Indexes: .RWS - Regional Water System, Engineering Services Agreement - Preliminary Engineering Design
Code sections: 101-0666-25 - Wylie Complex Reclaim System Improvements
Attachments: 1. Map
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Regional Water System


title
Wylie Complex Reclaim System Improvements; Project No. 101-0666-25; Engineering Services Agreement, Preliminary Engineering

end
SUBJECT

recommendation
Authorize funding in the amount of $487,000 for an engineering services agreement with HDR Engineering, Inc. for preliminary design of the proposed Wylie Complex Reclaim System Improvements project.

end
PURPOSE

The Engineer will evaluate the hydraulics of the WTP I and WTP II reclaim system , propose modifications , evaluate the capacity of WTP I and WTP II reclaim basins, and develop a matrix of options based on different operational conditions. A Preliminary Design Report will be provided incorporating the results of hydraulic evaluations, pipeline changes and additional reclaim volume options, system modifications, and recommendations.

RECOMMENDATION

The Executive Director and NTMWD staff recommend the Board of Directors authorize the Executive Director to execute an engineering services agreement (ESA) as follows:

Consultant:
HDR Engineering, Inc.


Scope:
Preliminary Engineering Design


Project:
101-0666-25, Wylie Complex Reclaim System Improvements


Amount:
$487,000


Committee:
This will be a Champion Update at the June 25, 2025, Water Committee meeting




DRIVER(S) FOR THIS PROJECT

Strategic Objective:
1.1 High Quality Services


? Regulatory Compliance
? Asset Condition
? Capacity
? Redundancy/Resiliency
? Relocation or External Requests
? Operational Efficiency
? Safety
? Administrative
? Policy
? Other _____________

BACKGROUND

Historically, reclaim return flows at all water treatment plants were returned to the treatment process as raw water enters each plant, downstream of chlorine dioxide addition and mixing boxes. These reclaim return flows contain constituents that affect water chemistry as they are mixed, and the eventual overall finished water quality.

In particular, WTP I reclaim can become overloaded during normal operating conditions, particul...

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