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A platform for research: civil engineering, architecture and urbanism
Prattville Intake, Lake Almanor, California, Hydraulic Model Study on Selective Withdrawal Modifications
Bureau of Reclamation conducted this hydraulic model study to provide Pacific Gas and Electric Company with an evaluation of several selective withdrawal structures that are being considered to reduce intake flow temperatures through the Prattville Intake at Lake Almanor, California. Release temperature control using selective withdrawal structures is being considered in an effort to improve the cold-water fishery in the North Fork of the Feather River.
Prattville Intake, Lake Almanor, California, Hydraulic Model Study on Selective Withdrawal Modifications
Bureau of Reclamation conducted this hydraulic model study to provide Pacific Gas and Electric Company with an evaluation of several selective withdrawal structures that are being considered to reduce intake flow temperatures through the Prattville Intake at Lake Almanor, California. Release temperature control using selective withdrawal structures is being considered in an effort to improve the cold-water fishery in the North Fork of the Feather River.
Prattville Intake, Lake Almanor, California, Hydraulic Model Study on Selective Withdrawal Modifications
T. Vermeyen (author)
1995
46 pages
Report
No indication
English
Civil Engineering , Environmental Studies , Electric Power Production , Intakes , Water temperature , Water flow , Lake Almanor , Withdrawal , Stratified flow , Intake structures , Discharge(Water) , Temperature control , Modifications , Hydroelectric power plants , Fisheries , Hydraulic models , Hydraulic engineering , Feather River , California , Plumas County(California)
Selective Withdrawal Using Circular, Partly Submerged Intake Structures
| Online Contents | 1994
Selective Withdrawal Using Circular, Partly Submerged Intake Structures
| British Library Online Contents | 1993
Selective Withdrawal Using Circular, Partly Submerged Intake Structures
| British Library Online Contents | 1994
Selective Withdrawal Using Circular, Partly Submerged Intake Structures.
| Online Contents | 1993