A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Primary treatment capacity is 27 mgd, to treat raw waste from Clear Creek and Sand Creek Basins; secondary capacity is 117 mgd, to treat all primary effluents, plus effluent from Denver's existing primary plant; facilities employ activated sludge process, followed by secondary sedimentation and chlorination; 14 buildings are all faced with precast aggregate panels with porcelain trim; total of 5500 uplift piles were used to anchor all deep structures; Critical Path Method was employed in engineering design office to schedule and facilitate design; because of high ground-water table, uplift piles were used to prevent structures from floating.
Primary treatment capacity is 27 mgd, to treat raw waste from Clear Creek and Sand Creek Basins; secondary capacity is 117 mgd, to treat all primary effluents, plus effluent from Denver's existing primary plant; facilities employ activated sludge process, followed by secondary sedimentation and chlorination; 14 buildings are all faced with precast aggregate panels with porcelain trim; total of 5500 uplift piles were used to anchor all deep structures; Critical Path Method was employed in engineering design office to schedule and facilitate design; because of high ground-water table, uplift piles were used to prevent structures from floating.
Denver Builds Wastes Treatment Plant
Water Wastes Eng
Ombruni, P.R. (author)
1968
4 pages
Article (Journal)
English
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