Catalog Record
Data and Report from S&T Project 22017: Methods to Mitigate and Remove Debris from Dam Intake Structures
Increasing debris loads at dam intake structures pose significant hydraulic, operational, and safety challenges for Reclamation facilities. The purpose of this project was to investigate existing, new, and emerging technologies that may be used to mitigate and/or remove debris at dam intake structures. A three-phase approach was used: 1) screening emerging technologies identified through Reclamation’s Science and Technology Prize Competition, 2) conducting physical hydraulic modeling of two selected concepts—the enhanced log boom and a self-cleaning trashrack—at the Black Canyon Dam, and 3) performing economic lifecycle cost analyses for both alternatives. Ultimately, optimal debris mitigation depends on debris type, hydraulic impacts, O&M requirements, and available funding, with all alternatives still requiring regular debris management.
Generation Effort
S&T Project 22017: Methods to Mitigate and Remove Debris from Dam Intake Structures
Themes
Infrastructure and Assets
Reclamation Project
Boise Project
Reclamation Program
Science and Technology Program
Location Information
Location Description
Black Canyon Diversion Dam, on the Payette River near Emmett, Idaho, is a concrete gravity type dam with an ogee overflow spillway and was originally constructed from 1922 to 1924. The dam serves to divert water to the Payette Division through Black Canyon Canal. The two unit powerplant supplies power to irrigation loads in the Boise, Owyhee, and Minidoka Projects as part of Reclamation's Southern Idaho Power System. Columbia Basin Teletype (CBTT) = EMM.
Location Parent
State(s)
Idaho
Unified Region(s)
Columbia-Pacific Northwest
Timezone
MT
Elevation
2,410 ft
Vertical Datum
NAVD88
Coordinates (lat, long)
(43.93049931, -116.4371049)
Horizontal Datum
WGS84

