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File #: 22-97    Version: 1 Name:
Type: CONSENT AGENDA Status: Approved
File created: 10/13/2021 In control: Water Utilities Department
On agenda: 1/12/2022 Final action:
Title: Authorize a professional services contract with Lockwood, Andrews, and Newnam, Inc. for engineering evaluations, preliminary design, development of construction plans and specifications, bid phase services, construction administration and start-up associated with non-potable water system improvements at Central Wastewater Treatment Plant - Not to exceed $3,397,000.00 - Financing: Wastewater Construction Fund
Indexes: 4
Attachments: 1. Map, 2. Resolution
Date Ver.Action ByActionResultAction DetailsMeeting DetailsVideo
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STRATEGIC PRIORITY: Mobility Solutions, Infrastructure, and Sustainability
AGENDA DATE: January 12, 2022
COUNCIL DISTRICT(S):|910|DEPARTMENT: Water Utilities Department
EXECUTIVE: Majed Al-Ghafry
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SUBJECT

Title
Authorize a professional services contract with Lockwood, Andrews, and Newnam, Inc. for engineering evaluations, preliminary design, development of construction plans and specifications, bid phase services, construction administration and start-up associated with non-potable water system improvements at Central Wastewater Treatment Plant - Not to exceed $3,397,000.00 - Financing: Wastewater Construction Fund

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BACKGROUND

The City of Dallas owns and operates two wastewater treatment plants with a combined treatment capacity of 280 million gallons per day. Central Wastewater Treatment Plant (CWWTP) is the largest of the two plants, located just south of downtown. The non-potable water system at CWWTP utilizes treated wastewater for various plant water demands, conserving potable water. Non-potable water is used for filter backwashing, equipment cooling, and mechanical seal water. The current non-potable system consists of a main pump station, storage tank, booster pump station, pipelines, and appurtenances. These facilities have been constructed over the years as the plant has grown and treatment needs have changed.

The existing non-potable water infrastructure does not meet plant needs and results in increased operation and maintenance costs. Some of these facilities have reached the end of their useful life and the demand for non-potable water has also increased due to improvements in several processes throughout the plant. The proposed improvements will ensure that the non-potable water system is sufficient to satisfy current and future volume and pressure demands and protect critical equipment and infrastructure within the plant. The final design shall meet or exceed all anti...

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