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The South Boulder Diversion Intake Dam, located in Eldorado Springs, Colorado, is a crucial structure designed for water supply purposes along the South Boulder Creek. Completed in 1936, this concrete gravity dam stands at a height of 34 feet and has a storage capacity of 30 acre-feet. With a maximum discharge of 3850 cubic feet per second and a spillway width of 50 feet, the dam serves as a vital component in managing water resources in the region, ensuring a reliable water supply for the surrounding areas.
Owned by a public utility and regulated by the Colorado Department of Water Resources, the South Boulder Diversion Intake Dam has a low hazard potential and is in satisfactory condition as of the last inspection in 2013. Despite its age, the dam continues to play a key role in water management, with a moderate risk rating indicating a need for ongoing monitoring and risk management measures. With its location in the picturesque Boulder County, the dam not only serves practical purposes but also adds to the natural beauty of the area, making it a significant structure for water resource and climate enthusiasts to appreciate and study.
As climate change impacts water resources worldwide, structures like the South Boulder Diversion Intake Dam become even more crucial in ensuring a sustainable water supply for communities. With its history dating back to the 1930s and its modern-day role in water management, this dam stands as a testament to the importance of infrastructure in adapting to and mitigating the effects of a changing climate. By understanding and appreciating the significance of such structures, water resource and climate enthusiasts can gain valuable insights into the intersection of engineering, environmental stewardship, and community resilience in the face of a changing world.
Year_Completed | 1936 |
Dam_Height | 34 |
River_Or_Stream | SOUTH BOULDER CREEK |
Dam_Length | 110 |
Primary_Dam_Type | Concrete |
Surface_Area | 2 |
Hydraulic_Height | 26 |
Drainage_Area | 107 |
Nid_Storage | 30 |
Structural_Height | 43 |
Hazard_Potential | Low |
Nid_Height | 43 |