US Army Corps of Engineers
Tulsa District Website Website

Pertinent Data

Authorization: Flood Control Act approved 22 June 1936; Project Document HD 308, 74th Congress, 1st Session, Public Law 843, 84th Congress, 2d Session, approved 30 July 1956.

Location: At river mile 96.2 on the Caney River, a tributary of the Verdigris River, about 15 miles northwest of Bartlesville, in Osage County, Oklahoma.

Status: Completed

Purpose: Flood control, water supply, low flow regulation, and conservation.

History of Construction: Construction started in May 1946 and was completed in February 1951. Embankment closure began in February 1950 and was completed in June 1950. Impoundment of the conservation pool began on 23 September 1951 and was completed on 24 September 1951. The project was placed in full flood control operation in September 1951.

Type of Structure: The dam is a rolled, impervious, earthfill embankment and concrete spillway 5,200 feet long. The maximum height of the embankment is 94 feet above the streambed. A dike 1,115 feet long with a maximum height of 30 feet is located in a saddle near the right abutment above the dam. Oklahoma Highway 10 extends across the dam.

Spillway & Outlet Works: The spillway is a gate-controlled, concrete, gravity, ogee weir 472 feet wide. The structure is located adjacent to the right abutment. Spillway discharge at maximum pool (elevation 771.4) is 266,200 cfs and at the top of the flood control pool (elevation 765.0) is 183,500 cfs. Spillway discharges are controlled by ten 40- by 25-foot tainter gates. The outlet works consists of nine 5- by 6-foot 6-inch rectangular sluices which pass through the spillway. Capacity of the sluices varies from 12,400 cfs at the top of the flood control pool (elevation 765.0) to 7,950 cfs at the conservation pool (elevation 733.0). The sluices are controlled by hydraulically-operated slide gates. Two gated, 24-inch-diameter, low-flow pipes and one gated, 10-inch-diameter, water supply pipe are provided. Bank-full capacity below the dam is about 6,500 cfs.

Hydrologic Data: The flood of record occurred 29 September to 10 October 1986 and had a volume of 408,000 acre-feet, which is equivalent to 10.46 inches of runoff. Peak inflow to the lake was 133,000 cfs.