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Description: Taming the Multi-Stakeholder Hydra: A case study in planning, permitting, design and...
Taming the Multi-Stakeholder Hydra: A case study in planning, permitting, design and construction of a gravity sewer meeting Federal, State, and Private Stakeholder constraints.
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Description: Taming the Multi-Stakeholder Hydra: A case study in planning, permitting, design and...
Taming the Multi-Stakeholder Hydra: A case study in planning, permitting, design and construction of a gravity sewer meeting Federal, State, and Private Stakeholder constraints.

Taming the Multi-Stakeholder Hydra: A case study in planning, permitting, design and construction of a gravity sewer meeting Federal, State, and Private Stakeholder constraints.

Taming the Multi-Stakeholder Hydra: A case study in planning, permitting, design and construction of a gravity sewer meeting Federal, State, and Private Stakeholder constraints.

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Description: Taming the Multi-Stakeholder Hydra: A case study in planning, permitting, design and...
Taming the Multi-Stakeholder Hydra: A case study in planning, permitting, design and construction of a gravity sewer meeting Federal, State, and Private Stakeholder constraints.
Abstract
This case study will discuss the intricacies in planning, designing, permitting and constructing a large-scale gravity sewer project for Loudoun Water in Loudoun County, VA. Located just west of Washington DC and currently one of the fastest growing areas in the country, Loudoun Water requires this new sewer to meet projected wastewater demands in their Horsepen Run sewershed.The 20,000 linear-foot pipeline of large diameter sewer (72/48/42 inch) crossed only four properties, but affected numerous stakeholders. A large portion of the project crossed the Washington Dulles International Airport, and also required extensive work under and around the new Metro Rail Silver Line. Stakeholders – each with unique and challenging requirements --included the following:Metropolitan Washington Airports Authority (MWAA)Federal NEPA applicability/constraintsPhase I Archaeological SurveySpecific Federal Aviation Administration blasting requirementsCapital Rail Constructors (CRC) (Metrorail Silver Line Phase 2 Design-Build Team)Construction work area accessCoordination of designCoordination of schedulesWashington Metropolitan Area Transit Authority (WMATA)Coordination with ongoing construction project including buried infrastructureToll Road Investors Partnership II (TRIP II) – owner of the Dulles GreenwayLimited Access Highway Break to facilitate maintenance and constructionMultiple tunnel crossings under roadway and rampsRequired road closures as a result of blasting operationsVirginia Department of Transportation (VDOT)Coordination of Horsepen Pond Emergency Spillway and Old Ox Road Widening ProjectMultiple tunnel crossings under roadway and rampsDulles World Center (DWC a large private development)Coordinate future sewer connections and avoidance of tree conservation areasCoordination with ongoing construction activitiesDC Water and Sewer Authority (DCWASA)Coordination for crossings of the Potomac Interceptor (PI), Indian Creek Sewer, and adjacent constructionBlasting and construction traffic concerns around existing Potomac InterceptorFairfax CountyProvide capacity for future Fairfax wastewater flowsFacilitate division of Loudoun Water and Fairfax flow from an existing shared sewer via a flow splitter box and meter vaultTiming for the project was driven by anticipated increased demands as well as a desire to design and construct the new sewer prior to construction of WMATA’s new Metrorail Silver Line Phase 2, which had to be crossed in four locations. The Owner wanted to avoid conflicts during construction, reduce installation risks in the vicinity of an active light rail line, and avoid having to obtain approval from two federal authorities – MWAA and WMATA. An important nuance of the project is that MWAA is the Owner of the Metrorail Silver Line Project until its construction is complete. The initial concept was to design the project to approximately the 60% design level and install casing pipes to facilitate future installation of the sewer without encroaching into WMATA’s easement. Through stakeholder meetings with MWAA it was learned installation of the casing pipes would 1) not preclude the need for future approvals from WMATA, and 2) the necessary easement could not be obtained without a full Phase 1 archaeological survey, 401/404 permit, and encroachment agreements from VDOT, and the Dulles Greenway (TRIP II) for the entire pipeline length. Consequently, the design was modified to a 100% design in time to still meet the Owner’s initial goal of installing its sewer project before the construction of the Silver Line. The presentation will outline the strategies implemented by the Project team to engage stakeholders and facilitate and expedite their review and approval. In addition to the early coordination with MWAA, there were varying levels of coordination required with each of the major stakeholders for various phases of the project, as summarized above.
This case study will discuss the intricacies in planning, designing, permitting and constructing a large-scale gravity sewer project for Loudoun Water in Loudoun County, VA. Located just west of Washington DC and currently one of the fastest growing areas in the country, Loudoun Water requires this new sewer to meet projected wastewater demands in their Horsepen Run sewershed.The 20,000...
Author(s)
Chris BelkAaron DukeJoshua FarmerFelicia GlapionBrian Stone
SourceProceedings of the Water Environment Federation
SubjectArticles
Document typeConference Paper
PublisherWater Environment Federation
Print publication date Apr, 2018
ISSN1938-6478
SICI1938-6478(20180101)2018:3L.618;1-
DOI10.2175/193864718824941186
Volume / Issue2018 / 3
Content sourceCollection Systems Conference
First / last page(s)618 - 630
Copyright2018
Word count598
Subject keywordsCollection SystemsPrivate PropertyStakeholder Involvement

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Description: Taming the Multi-Stakeholder Hydra: A case study in planning, permitting, design and...
Taming the Multi-Stakeholder Hydra: A case study in planning, permitting, design and construction of a gravity sewer meeting Federal, State, and Private Stakeholder constraints.
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Description: Taming the Multi-Stakeholder Hydra: A case study in planning, permitting, design and...
Taming the Multi-Stakeholder Hydra: A case study in planning, permitting, design and construction of a gravity sewer meeting Federal, State, and Private Stakeholder constraints.
Abstract
This case study will discuss the intricacies in planning, designing, permitting and constructing a large-scale gravity sewer project for Loudoun Water in Loudoun County, VA. Located just west of Washington DC and currently one of the fastest growing areas in the country, Loudoun Water requires this new sewer to meet projected wastewater demands in their Horsepen Run sewershed.The 20,000 linear-foot pipeline of large diameter sewer (72/48/42 inch) crossed only four properties, but affected numerous stakeholders. A large portion of the project crossed the Washington Dulles International Airport, and also required extensive work under and around the new Metro Rail Silver Line. Stakeholders – each with unique and challenging requirements --included the following:Metropolitan Washington Airports Authority (MWAA)Federal NEPA applicability/constraintsPhase I Archaeological SurveySpecific Federal Aviation Administration blasting requirementsCapital Rail Constructors (CRC) (Metrorail Silver Line Phase 2 Design-Build Team)Construction work area accessCoordination of designCoordination of schedulesWashington Metropolitan Area Transit Authority (WMATA)Coordination with ongoing construction project including buried infrastructureToll Road Investors Partnership II (TRIP II) – owner of the Dulles GreenwayLimited Access Highway Break to facilitate maintenance and constructionMultiple tunnel crossings under roadway and rampsRequired road closures as a result of blasting operationsVirginia Department of Transportation (VDOT)Coordination of Horsepen Pond Emergency Spillway and Old Ox Road Widening ProjectMultiple tunnel crossings under roadway and rampsDulles World Center (DWC a large private development)Coordinate future sewer connections and avoidance of tree conservation areasCoordination with ongoing construction activitiesDC Water and Sewer Authority (DCWASA)Coordination for crossings of the Potomac Interceptor (PI), Indian Creek Sewer, and adjacent constructionBlasting and construction traffic concerns around existing Potomac InterceptorFairfax CountyProvide capacity for future Fairfax wastewater flowsFacilitate division of Loudoun Water and Fairfax flow from an existing shared sewer via a flow splitter box and meter vaultTiming for the project was driven by anticipated increased demands as well as a desire to design and construct the new sewer prior to construction of WMATA’s new Metrorail Silver Line Phase 2, which had to be crossed in four locations. The Owner wanted to avoid conflicts during construction, reduce installation risks in the vicinity of an active light rail line, and avoid having to obtain approval from two federal authorities – MWAA and WMATA. An important nuance of the project is that MWAA is the Owner of the Metrorail Silver Line Project until its construction is complete. The initial concept was to design the project to approximately the 60% design level and install casing pipes to facilitate future installation of the sewer without encroaching into WMATA’s easement. Through stakeholder meetings with MWAA it was learned installation of the casing pipes would 1) not preclude the need for future approvals from WMATA, and 2) the necessary easement could not be obtained without a full Phase 1 archaeological survey, 401/404 permit, and encroachment agreements from VDOT, and the Dulles Greenway (TRIP II) for the entire pipeline length. Consequently, the design was modified to a 100% design in time to still meet the Owner’s initial goal of installing its sewer project before the construction of the Silver Line. The presentation will outline the strategies implemented by the Project team to engage stakeholders and facilitate and expedite their review and approval. In addition to the early coordination with MWAA, there were varying levels of coordination required with each of the major stakeholders for various phases of the project, as summarized above.
This case study will discuss the intricacies in planning, designing, permitting and constructing a large-scale gravity sewer project for Loudoun Water in Loudoun County, VA. Located just west of Washington DC and currently one of the fastest growing areas in the country, Loudoun Water requires this new sewer to meet projected wastewater demands in their Horsepen Run sewershed.The 20,000...
Author(s)
Chris BelkAaron DukeJoshua FarmerFelicia GlapionBrian Stone
SourceProceedings of the Water Environment Federation
SubjectArticles
Document typeConference Paper
PublisherWater Environment Federation
Print publication date Apr, 2018
ISSN1938-6478
SICI1938-6478(20180101)2018:3L.618;1-
DOI10.2175/193864718824941186
Volume / Issue2018 / 3
Content sourceCollection Systems Conference
First / last page(s)618 - 630
Copyright2018
Word count598
Subject keywordsCollection SystemsPrivate PropertyStakeholder Involvement

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Chris Belk# Aaron Duke# Joshua Farmer# Felicia Glapion# Brian Stone. Taming the Multi-Stakeholder Hydra: A case study in planning, permitting, design and construction of a gravity sewer meeting Federal, State, and Private Stakeholder constraints. Alexandria, VA 22314-1994, USA: Water Environment Federation, 2019. Web. 2 Jul. 2025. <https://www.accesswater.org?id=-299774CITANCHOR>.
Chris Belk# Aaron Duke# Joshua Farmer# Felicia Glapion# Brian Stone. Taming the Multi-Stakeholder Hydra: A case study in planning, permitting, design and construction of a gravity sewer meeting Federal, State, and Private Stakeholder constraints. Alexandria, VA 22314-1994, USA: Water Environment Federation, 2019. Accessed July 2, 2025. https://www.accesswater.org/?id=-299774CITANCHOR.
Chris Belk# Aaron Duke# Joshua Farmer# Felicia Glapion# Brian Stone
Taming the Multi-Stakeholder Hydra: A case study in planning, permitting, design and construction of a gravity sewer meeting Federal, State, and Private Stakeholder constraints.
Access Water
Water Environment Federation
January 18, 2019
July 2, 2025
https://www.accesswater.org/?id=-299774CITANCHOR