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Description: Recovery after Houston's Hurricane Harvey & the Future of Resiliency in Houston...
Recovery after Houston's Hurricane Harvey & the Future of Resiliency in Houston - How a CIP Planning Prioritization Tool Determines Stormwater Needs-Based Areas
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Description: Recovery after Houston's Hurricane Harvey & the Future of Resiliency in Houston...
Recovery after Houston's Hurricane Harvey & the Future of Resiliency in Houston - How a CIP Planning Prioritization Tool Determines Stormwater Needs-Based Areas

Recovery after Houston's Hurricane Harvey & the Future of Resiliency in Houston - How a CIP Planning Prioritization Tool Determines Stormwater Needs-Based Areas

Recovery after Houston's Hurricane Harvey & the Future of Resiliency in Houston - How a CIP Planning Prioritization Tool Determines Stormwater Needs-Based Areas

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Description: Recovery after Houston's Hurricane Harvey & the Future of Resiliency in Houston...
Recovery after Houston's Hurricane Harvey & the Future of Resiliency in Houston - How a CIP Planning Prioritization Tool Determines Stormwater Needs-Based Areas
Abstract
The aftermath of Houston's Hurricane Harvey has been a second hurricane of debris, paperwork, and mold abatement for many residents. For planners at the City of Houston (City), however, Hurricane Harvey has been an opportunity to gather data, improve commitment to action, and develop well-conceived plans for resiliency throughout the City. As the City rebounds, the tool presented in this abstract will support prioritization of stormwater improvement projects throughout the City. The City partnered with Carollo Engineers, Inc., to create the Stormwater Evaluation Enhancement Tool (SWEET). SWEET is a Geographic Information System (GIS)-based analysis tool developed for the Houston Public Works & Engineering Department to identify and prioritize areas within the City that have drainage and flooding issues. The SWEET evaluates drainage basins by assessing primary categories of stormwater needs including mobility, drainage effectiveness, and identifying structural flooding.
The aftermath of Houston's Hurricane Harvey has been a second hurricane of debris, paperwork, and mold abatement for many residents. For planners at the City of Houston (City), however, Hurricane Harvey has been an opportunity to gather data, improve commitment to action, and develop well-conceived plans for resiliency throughout the City. As the City rebounds, the tool presented in this abstract will support prioritization of stormwater improvement projects throughout the City. The City partnered with Carollo Engineers, Inc., to create the Stormwater Evaluation Enhancement Tool (SWEET). SWEET is a Geographic Information System (GIS)-based analysis tool developed for the Houston Public Works & Engineering Department to identify and prioritize areas within the City that have drainage and flooding issues. The SWEET evaluates drainage basins by assessing primary categories of stormwater needs including mobility, drainage effectiveness, and identifying structural flooding.
Author(s)
Phil Bullock
SourceProceedings of the Water Environment Federation
SubjectSession 11: Program Management Technologies
Document typeConference Paper
PublisherWater Environment Federation
Print publication date May 2019
ISSN1938-6478
DOI10.2175/193864718825157472
Volume / Issue
Content sourceStormwater and Green Infrastructure Symposium
Copyright2019
Word count24
Subject keywordsAsset ManagementGreen InfrastructureInnovative TechnologyResiliencyStormwater Management Design And AnalysisTriple Bottom Line Plus

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Description: Recovery after Houston's Hurricane Harvey & the Future of Resiliency in Houston...
Recovery after Houston's Hurricane Harvey & the Future of Resiliency in Houston - How a CIP Planning Prioritization Tool Determines Stormwater Needs-Based Areas
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Description: Recovery after Houston's Hurricane Harvey & the Future of Resiliency in Houston...
Recovery after Houston's Hurricane Harvey & the Future of Resiliency in Houston - How a CIP Planning Prioritization Tool Determines Stormwater Needs-Based Areas
Abstract
The aftermath of Houston's Hurricane Harvey has been a second hurricane of debris, paperwork, and mold abatement for many residents. For planners at the City of Houston (City), however, Hurricane Harvey has been an opportunity to gather data, improve commitment to action, and develop well-conceived plans for resiliency throughout the City. As the City rebounds, the tool presented in this abstract will support prioritization of stormwater improvement projects throughout the City. The City partnered with Carollo Engineers, Inc., to create the Stormwater Evaluation Enhancement Tool (SWEET). SWEET is a Geographic Information System (GIS)-based analysis tool developed for the Houston Public Works & Engineering Department to identify and prioritize areas within the City that have drainage and flooding issues. The SWEET evaluates drainage basins by assessing primary categories of stormwater needs including mobility, drainage effectiveness, and identifying structural flooding.
The aftermath of Houston's Hurricane Harvey has been a second hurricane of debris, paperwork, and mold abatement for many residents. For planners at the City of Houston (City), however, Hurricane Harvey has been an opportunity to gather data, improve commitment to action, and develop well-conceived plans for resiliency throughout the City. As the City rebounds, the tool presented in this abstract will support prioritization of stormwater improvement projects throughout the City. The City partnered with Carollo Engineers, Inc., to create the Stormwater Evaluation Enhancement Tool (SWEET). SWEET is a Geographic Information System (GIS)-based analysis tool developed for the Houston Public Works & Engineering Department to identify and prioritize areas within the City that have drainage and flooding issues. The SWEET evaluates drainage basins by assessing primary categories of stormwater needs including mobility, drainage effectiveness, and identifying structural flooding.
Author(s)
Phil Bullock
SourceProceedings of the Water Environment Federation
SubjectSession 11: Program Management Technologies
Document typeConference Paper
PublisherWater Environment Federation
Print publication date May 2019
ISSN1938-6478
DOI10.2175/193864718825157472
Volume / Issue
Content sourceStormwater and Green Infrastructure Symposium
Copyright2019
Word count24
Subject keywordsAsset ManagementGreen InfrastructureInnovative TechnologyResiliencyStormwater Management Design And AnalysisTriple Bottom Line Plus

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Phil Bullock#. Recovery after Houston's Hurricane Harvey & the Future of Resiliency in Houston - How a CIP Planning Prioritization Tool Determines Stormwater Needs-Based Areas. Water Environment Federation, 2020. Web. 6 Oct. 2025. <https://www.accesswater.org?id=-10013073CITANCHOR>.
Phil Bullock#. Recovery after Houston's Hurricane Harvey & the Future of Resiliency in Houston - How a CIP Planning Prioritization Tool Determines Stormwater Needs-Based Areas. Water Environment Federation, 2020. Accessed October 6, 2025. https://www.accesswater.org/?id=-10013073CITANCHOR.
Phil Bullock#
Recovery after Houston's Hurricane Harvey & the Future of Resiliency in Houston - How a CIP Planning Prioritization Tool Determines Stormwater Needs-Based Areas
Access Water
Water Environment Federation
March 17, 2020
October 6, 2025
https://www.accesswater.org/?id=-10013073CITANCHOR