Project Name
The Tranquil Valley Development
The Tranquil Valley Development project exemplifies the intricate balance between modern infrastructure development and ecological preservation. Spanning a vast area of 142 acres and comprising 299 lots with a construction density of 2.0 dwelling units per acre, this project is characterized by its flat terrain and significant wetland areas. The primary objective is to achieve a balanced volume and effective drainage while adhering to environmental regulations and preserving natural features.
lots
142
arces
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Project Vision and Challenges
Situated in Onslow County, the The Tranquil Valley Development aims to create a sustainable residential community that integrates seamlessly with its flat terrain and surrounding wetlands. The project’s flat terrain and extensive wetland areas present unique challenges in stormwater and sewage drainage as well as road profile design.
Flat Terrain Drainage
The natural flatness of the terrain makes it difficult to implement a gravity-fed drainage system for stormwater and sewage.
Challenge 1
Wetlands and Weak Soil
A significant portion of the project area consists of wetlands and weak soil. These natural features need to be preserved and protected, posing considerable challenges in designing road profiles and layouts.
Challenge 2Project Solutions
To address these challenges, AXA Engineers has crafted innovative and ecologically sensitive solutions:
Stormwater Drainage Solution
The Approach: We propose a road cross-section design with ditches on both sides to collect rainwater, supplemented by culverts to channel water to natural discharge points. This reduces embankment height over pipes compared to a traditional gravity-fed drainage system, ensuring effective water management while preserving the flat terrain.
Precise Earthwork Balancing
The Approach: For the sanitary sewer system, we will employ a pressurized pump station system. This system will push water from within the project to the existing sanitary sewer drainage system, overcoming the limitations posed by the flat terrain and ensuring efficient wastewater management.
Wetland Impact Mitigation
The Approach: To protect the wetlands, retaining walls will be avoided. Instead, lots will be graded with a front-to-back slope, aligning with the natural rear elevation. This design preserves natural drainage by directing stormwater accordingly. Road profiles will be determined based on the slopes and elevation differences in the cross-sections.
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Achieving Sustainable and Functional Design
The Tranquil Valley Development project is a testament to AXA Engineers’ commitment to sustainable and functional design. By addressing the unique challenges posed by the flat terrain and extensive wetlands, we ensure that the development not only meets high standards of engineering excellence but also prioritizes environmental preservation.
Our work
The Tranquil Valley Development
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The Tranquil Valley Development Project
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Delivering on Promises
Civil engineering design firms across the United States seeking an outsourced partner need not look further than AXA Engineers. With +15 years of experience, we offer the expertise necessary to tackle even the most daunting topographical and ecological challenges, ensuring that your projects are not only efficient and cost-effective but also environmentally conscious.
Partner with AXA Engineers
As land development projects become increasingly complex, the necessity for skilled outsourced partners becomes paramount. AXA Engineers brings decades of expertise and a steadfast commitment to innovative and sustainable solutions to every project. Collaborate with us to transform your development visions into reality, ensuring that every project stands as a testament to engineering excellence and environmental integrity.
For more information on the The Tranquil Valley Development or to discuss how our tailored engineering solutions can benefit your projects, we invite you to contact us. Together, we can create infrastructures that endure and preserve the ecological richness of our landscapes.