CASE STUDY
innovative infrastructure for protected coastal environments
Breakwater beach Project
Finding a solution for regulatory challenges
In the prestigious Breakwater Beach Community of North Bethany, Delaware, a remarkable engineering achievement has transformed the landscape and made accessible premier residential land previously hindered by environmental and regulatory challenges. York Bridge Concepts (YBC) played a pivotal role in this transformation, creating a unique timber structure that serves multiple functional purposes while enhancing the local architectural aesthetic. This case study explores the complex twelve-year journey of the Breakwater Beach project from conception through completion, highlighting YBC’s innovative solutions and enduring commitment to excellence.
The Challenge
Environmental Sensitivity
Nestled within a coastal enclave, the Breakwater Beach Community is known for its scenic views and high-value properties. However, the development of this area faced significant hurdles due to stringent environmental protections and the complex permitting processes required by the Army Corps of Engineers. The primary challenge was accessing residential lot acreage that standard development methods could not address without impacting the sensitive wetland ecosystem surrounding the site.
Developers and planners needed a solution that would provide access without compromising the environmental integrity of the area. Traditional construction methods were not feasible, prompting the search for an innovative approach that would meet regulatory standards and community expectations.
York Bridge Concepts' Innovative Approach
York Bridge Concepts was brought into the project to devise a construction solution that could overcome the regulatory and environmental obstacles. Leveraging their expertise in timber bridge construction and environmentally conscious engineering, YBC proposed a comprehensive plan centered around a 100% pile-supported timber structure.
Image courtesy of LC Homes
design & Planning
designing infrastructure to preserve local ecology
The Decero Design team at YBC developed a unique design for a double lane drive aisle, cul-de-sac, and eight double car width private residential driveways, integrated with divided pedestrian walkways. This design not only provided the necessary infrastructure for vehicle and pedestrian access but also preserved the visual and ecological characteristics of the community.
Key Features Of the project
Vehicular Structure
Over twenty thousand square feet of driving surface capable of handling residential traffic while blending seamlessly with the local architectural styles.
Pedestrian Safety
A traditional timber picket pedestrian rail with vehicular-rated impact curbing ensured safety and aesthetic continuity.
Environmental Consideration
The design was formulated to be 100% pile-supported, minimizing direct impact on the wetlands. The structure was constructed at deck level, reducing disruption to the wetland ecosystem below.
The Process
excellence in Environmental Bridge Construction
YBC’s construction team executed the project with precision and innovation. Over 700 piles were driven into the ground using friction set installation methods, which included YBC’s proprietary vibratory hammer and splicing techniques. This foundation supported the substantial structure and was designed to provide a 75-year design lifespan, ensuring long-term stability and minimal maintenance.
The final structure, standing just 3 feet above the ground, harmonized with the surrounding wetland grasses, maintaining the area's natural aesthetics while providing robust infrastructure. This careful balance of functionality and environmental stewardship was a cornerstone of YBC's project execution.
Outcomes & environmental benefits
Advantages of The Breakwater Beach Timber Vehicular Bridge Project
The completion of the Breakwater Beach project marked a significant achievement in engineering and environmental design. The innovative approach taken by York Bridge Concepts not only resolved the access issues but did so in a manner that respected and preserved the local ecosystem. Residents of the community now enjoy seamless access to their homes, with the added benefit of scenic views of both the Atlantic Ocean and Indian River Bay.
The project serves as a benchmark in the field of environmental engineering and sustainable development, showcasing how complex challenges can be met with innovative, thoughtful designs and meticulous execution.
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