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Description: Book cover
Identifying Feasible Reuse Opportunity: Wetland Rehydration With Reuse
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Description: Book cover
Identifying Feasible Reuse Opportunity: Wetland Rehydration With Reuse

Identifying Feasible Reuse Opportunity: Wetland Rehydration With Reuse

Identifying Feasible Reuse Opportunity: Wetland Rehydration With Reuse

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Description: Book cover
Identifying Feasible Reuse Opportunity: Wetland Rehydration With Reuse
Abstract
As a fast growing coastal community, the City of Panama City Beach, Florida has experienced the problem of expanding wastewater treatment capacity while identifying a feasible reuse alternative to their treated effluent surface water disposal. The goal of the City's project was to identify and begin implementing the most feasible wastewater reuse option(s) available in order to eliminate direct effluent surface water disposal to a sensitive waterbody. The objectives were to evaluate reuse alternatives, recommend the most feasible alternative(s), begin implementation of the alternative(s), and terminate direct effluent surface water discharge.The City considered numerous reuse options and determined the most feasible options were the wetlands rehydration/restoration alternative in combination with expanding the City's public access reuse system. Based on site drainage basins and vegetative habitat characteristics, a unique hydrologic model was developed for the wetland site. The result was the creation of a unique loading plan based on the existing vegetative habitats and communities.The project includes a significant conservation area, pump station and associated force mains and distribution lines, multi-purpose trails and boardwalks, public educational facilities, and new access roads. The project will significantly reduce direct pollutant loads to local surface waters while helping rehydrate a hydrologically altered wetland.
As a fast growing coastal community, the City of Panama City Beach, Florida has experienced the problem of expanding wastewater treatment capacity while identifying a feasible reuse alternative to their treated effluent surface water disposal. The goal of the City's project was to identify and begin implementing the most feasible wastewater reuse option(s) available in order to eliminate direct...
Author(s)
Michael B. BomarWilliam D. MusserAlbert E. ShorttWilliam D. MusserAlbert E. Shortt
SourceProceedings of the Water Environment Federation
SubjectSession 110: Innovative Reuse Applications
Document typeConference Paper
PublisherWater Environment Federation
Print publication date Oct, 2007
ISSN1938-6478
SICI1938-6478(20071001)2007:9L.8520;1-
DOI10.2175/193864707786862242
Volume / Issue2007 / 9
Content sourceWEFTEC
First / last page(s)8520 - 8546
Copyright2007
Word count207
Subject keywordsWASTEWATER REUSEWETLAND REHYDRATION AND RESTORATIONREUSE FEASIBILITYEFFLUENT DISPOSAL

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Description: Book cover
Identifying Feasible Reuse Opportunity: Wetland Rehydration With Reuse
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Description: Book cover
Identifying Feasible Reuse Opportunity: Wetland Rehydration With Reuse
Abstract
As a fast growing coastal community, the City of Panama City Beach, Florida has experienced the problem of expanding wastewater treatment capacity while identifying a feasible reuse alternative to their treated effluent surface water disposal. The goal of the City's project was to identify and begin implementing the most feasible wastewater reuse option(s) available in order to eliminate direct effluent surface water disposal to a sensitive waterbody. The objectives were to evaluate reuse alternatives, recommend the most feasible alternative(s), begin implementation of the alternative(s), and terminate direct effluent surface water discharge.The City considered numerous reuse options and determined the most feasible options were the wetlands rehydration/restoration alternative in combination with expanding the City's public access reuse system. Based on site drainage basins and vegetative habitat characteristics, a unique hydrologic model was developed for the wetland site. The result was the creation of a unique loading plan based on the existing vegetative habitats and communities.The project includes a significant conservation area, pump station and associated force mains and distribution lines, multi-purpose trails and boardwalks, public educational facilities, and new access roads. The project will significantly reduce direct pollutant loads to local surface waters while helping rehydrate a hydrologically altered wetland.
As a fast growing coastal community, the City of Panama City Beach, Florida has experienced the problem of expanding wastewater treatment capacity while identifying a feasible reuse alternative to their treated effluent surface water disposal. The goal of the City's project was to identify and begin implementing the most feasible wastewater reuse option(s) available in order to eliminate direct...
Author(s)
Michael B. BomarWilliam D. MusserAlbert E. ShorttWilliam D. MusserAlbert E. Shortt
SourceProceedings of the Water Environment Federation
SubjectSession 110: Innovative Reuse Applications
Document typeConference Paper
PublisherWater Environment Federation
Print publication date Oct, 2007
ISSN1938-6478
SICI1938-6478(20071001)2007:9L.8520;1-
DOI10.2175/193864707786862242
Volume / Issue2007 / 9
Content sourceWEFTEC
First / last page(s)8520 - 8546
Copyright2007
Word count207
Subject keywordsWASTEWATER REUSEWETLAND REHYDRATION AND RESTORATIONREUSE FEASIBILITYEFFLUENT DISPOSAL

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Michael B. Bomar# William D. Musser# Albert E. Shortt# William D. Musser# Albert E. Shortt. Identifying Feasible Reuse Opportunity: Wetland Rehydration With Reuse. Water Environment Federation, 2018. Web. 8 Jun. 2025. <https://www.accesswater.org?id=-294827CITANCHOR>.
Michael B. Bomar# William D. Musser# Albert E. Shortt# William D. Musser# Albert E. Shortt. Identifying Feasible Reuse Opportunity: Wetland Rehydration With Reuse. Water Environment Federation, 2018. Accessed June 8, 2025. https://www.accesswater.org/?id=-294827CITANCHOR.
Michael B. Bomar# William D. Musser# Albert E. Shortt# William D. Musser# Albert E. Shortt
Identifying Feasible Reuse Opportunity: Wetland Rehydration With Reuse
Access Water
Water Environment Federation
December 22, 2018
June 8, 2025
https://www.accesswater.org/?id=-294827CITANCHOR