A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Edward Hyatt power plant intake structure
Sloping, multilevel, temperature-controlling intake structure of 644-Mw Oroville Powerplant on Feather River in California is capable of providing powerplant with over 16,500 cu ft of water/sec; in addition to performing usual intake function, it also provides control of temperature of water passing through power plant and downstream; special materials are used extensively to reduce maintenance and first cost; submerged rails, fixed metal work, and entire trashrack system were fabricated from stainless steel. (32180)
Edward Hyatt power plant intake structure
Sloping, multilevel, temperature-controlling intake structure of 644-Mw Oroville Powerplant on Feather River in California is capable of providing powerplant with over 16,500 cu ft of water/sec; in addition to performing usual intake function, it also provides control of temperature of water passing through power plant and downstream; special materials are used extensively to reduce maintenance and first cost; submerged rails, fixed metal work, and entire trashrack system were fabricated from stainless steel. (32180)
Edward Hyatt power plant intake structure
ASCE J Power Div
Gilbert, P.H. (author)
1969
18 pages
Article (Journal)
English
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