A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
New toll plaza snow melting system keeps skyway traffic moving
Snow melting on toll plaza of Chicago Calumet Skyway accomplished by circulating heat transfer oil through pipe coils in pavement slab; pavement 22 lanes wide, has melting facilities extending 200 ft for southbound plaza, 154 ft for northbound; system covers 58,500 sq ft of pavement and is designed for snow melting load of 9,580,000 Btu per hr; service building located beneath pavement slab.
New toll plaza snow melting system keeps skyway traffic moving
Snow melting on toll plaza of Chicago Calumet Skyway accomplished by circulating heat transfer oil through pipe coils in pavement slab; pavement 22 lanes wide, has melting facilities extending 200 ft for southbound plaza, 154 ft for northbound; system covers 58,500 sq ft of pavement and is designed for snow melting load of 9,580,000 Btu per hr; service building located beneath pavement slab.
New toll plaza snow melting system keeps skyway traffic moving
Heating, Piping Air Conditioning
Neal, G.W. (author)
1958
4 pages
Article (Journal)
English
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