Burr Pond Dam, located in Torrington, Connecticut, stands as a vital structure along the Still River Tributary.
Wind
Humidity
Built in 1935, this masonry dam serves primarily for recreational purposes, offering a serene escape in the midst of Litchfield County. With a height of 17 feet and a length of 170 feet, the dam holds a total storage capacity of 855 acre-feet, providing a picturesque 84-acre surface area for visitors to explore.
Despite its age, Burr Pond Dam remains in satisfactory condition, as indicated by its last inspection in August 2018. However, the dam poses a high hazard potential due to its location and structural characteristics. The dam's emergency action plan was last revised in November 2016 and further risk assessment measures are yet to be assigned. With a maximum discharge capacity of 1415 cubic feet per second, the dam serves as a critical piece of infrastructure in the region, ensuring both water resource conservation and public safety.
Water resource and climate enthusiasts are encouraged to visit Burr Pond Dam to witness firsthand the intersection of nature and engineering. As a state-regulated structure under the jurisdiction of the Connecticut Department of Energy and Environmental Protection (DEEP), the dam stands as a testament to the importance of sustainable water management practices. With its historical significance and recreational value, Burr Pond Dam serves as a symbol of harmony between human development and environmental preservation in the beautiful landscapes of Connecticut.
Year Completed |
1935 |
Dam Length |
170 |
Dam Height |
17 |
River Or Stream |
STILL RIVER TRIB |
Primary Dam Type |
Masonry |
Surface Area |
84 |
Drainage Area |
1.34 |
Nid Storage |
855 |
Hazard Potential |
High |
Nid Height |
17 |
New Hartford/Canton Town Line To The Confluence With The Nepaug River
The Confluence With The Nepaug River To A Point 0.2 Miles Below The Lower Collinsville Dam Tailrace
Begins Below The Tailrace Of The Lower Collinsville Dam To The Route 187 Bridge
The Hartland Headwaters To The Confluence With The Salmon Brook Main Stem