Legislation Details

File #: 26-5119    Version: 1 Name:
Type: Transmittal Status: Accepted
File created: 7/23/2026 In control: Commissioners Court
On agenda: 8/6/2026 Final action: 8/6/2026
Title: Transmittal by the Flood Control District of a Technical Memorandum prepared by MBCO Engineering, LLC and Surveying, dated June 2024, and titled College Park Subdivision Drainage Improvements (Armand Bayou Watershed, Project ID B112-03-01-E001, Precinct 2).
Attachments: 1. College Park Technical Memo Summary.pdf
Primary Department: Flood Control District
Primary Department Head/Elected Official: Marcus Y. Stuckett, P.E., CFM

Secondary Department: N/A
Secondary Department Head/Elected Official: N/A

Regular or Supplemental RCA: Regular RCA

Type of Request: Transmittal

Project ID (if applicable): B112-03-01-E001
Vendor/Entity Legal Name (if applicable): MBCO Engineering, LLC

MWBE Contracted Goal (if applicable): N/A
MWBE Current Participation (if applicable): N/A
Justification for 0% MWBE Participation Goal: N/A - Goal not applicable to request

Grant Indirect Costs Rate (if applicable): N/A
Justification for 0% Grant Indirect Costs Rate (if applicable): N/A - Not a grant item

Request Summary (Agenda Caption):
title
Transmittal by the Flood Control District of a Technical Memorandum prepared by MBCO Engineering, LLC and Surveying, dated June 2024, and titled College Park Subdivision Drainage Improvements (Armand Bayou Watershed, Project ID B112-03-01-E001, Precinct 2).
end

Background and Discussion:
The City of Deer Park (CODP) and the Flood Control District entered into an interlocal agreement in 2022, and First Amendment to the Interlocal Agreement to improve the College Park Subdivision storm sewer system with the Flood Control District as the lead partner. The goal of this project is to address flooding problems identified in the neighborhood. The project scope includes storm sewer system improvements, right-of-way acquisition, and a new stormwater detention basin. The project is anticipated to provide 2-year conveyance capacity as well as alleviate structural flooding in the 100-year storm event. The proposed Stormwater Detention Basin is intended to offset potential adverse impacts by providing temporary storage of stormwater runoff during storm events.

Expected Impact:
The recommended alternative is expected to increase the system's level of service of 100-year event and remove the risk of flooding during a 100-year storm for 9 structures, 0.32 miles of ...

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