 Is calculated from the kilowatt-hours of power produced wherever available, as is true of all public utility plants since 1919. Otherwise the fuel equivalent is calculated from the reported horsepower of Installed water wheels, assuming a capacity factor...  Minerals Yearbook - Página 7941945Visualização integral - Acerca deste livro
 | 1973 - 1320 páginas
...5,601.070 Btu; 1970, 5,620,900 Btu; and 1971, 5,623,200 Btu. 1 Hydropower and nuclear power include installations owned by manufacturing plants and mines as well as Government- and privately-owned public utilities. The fuel equivalent of hydropower and nuclear power is calculated... | |
 | United States. Congress. Senate. Committee on Banking and Currency - 1949 - 576 páginas
...bituminous coal and lignite, 13,100 Btu per pound; petroleum, 6,000 Btu per barrel; natural gas, 1,075 Btu per cubic foot. Water power includes installations...kilowatt-hours of power produced wherever available, as it is true of all public-utility plants since 1919. Otherwise, the fuel equivalent is calculated from... | |
 | United States. Bureau of the Census - 1949 - 382 páginas
...coal, 13,100 li.iu per Ib.; petroleum, 6,000,000 Btu per barrel; natural gas, 1,076 Btu per cu. ft. Water power includes installations owned by manufacturing...kilowatt-hours of power produced wherever available, aa is true of all public-utility plante since 1919. Otherwise the fuel equivalent is calculated from... | |
 | United States. Bureau of the Census - 1949 - 384 páginas
...6.000,000 Bt-u. per barret; natural gae, 1,075 Btu per cu. ft. Water power includes installation» owned by manufacturing plants and mines, as well as...public utilities. The fuel equivalent of water power ¡в calculated from the kilowatt-hours of power produced wherever available, as is true of all public-utility... | |
 | United States. Bureau of the Census - 1949 - 390 páginas
...1,075 Htu per cu. ft. Water power includes installation« owned by manufacturing plants and mine«, a« well as Government and privately owned public utilities. The fuel equivalent of water power ia calculated from the kilowatt-hour« of power produced wherever available, as is true of all public-utility... | |
 | United States. Bureau of the Census - 1949 - 382 páginas
...Btu per cu. ft. Water power includes installation« owned by manufacturing planta and mlntt, u well u Government and privately owned public utilities. The fuel equivalent of water power li calculated from the kilowatt-hour« of power produced wherever available, a« ig true of all public-utility... | |
 | United States. Congress. Senate. Interior and Insular Affairs - 1950 - 118 páginas
...Anthracite, 12,700 B. tu per pound; bituminous coal and lignite, 13,100 B. tu per pound; petroleum 5,800,000 B. tu per barrel; natural gas, 1,075 B. tu per cubic...kilowatt-hours of power produced wherever available, as it is true of all public-utility pants since 1919. Otherwise, the fuel equivalent is calculated from... | |
 | United States. Congress. Senate. Committee on Interior and Insular Affairs - 1953 - 1548 páginas
...per pound; petroleum, 5,800.000 B. tu per barrel; natural gas, 1,075 B. tu per cubic foot. Waterpower includes installations owned by manufacturing plants...privately owned public utilities. The fuel equivalent of waterpower is calculated from the kilowatt-hours ol power produced wherever available, as it is true... | |
 | United States. Bureau of the Census - 1960 - 812 páginas
...station equivalent, in lt.! .u.'s, 1900-1956. Source: Minerals Yearbook, annual volumes. Figures include installations owned by manufacturing plants and mines,...privately owned public utilities. The fuel equivalent of waterpower is calculated from the kilowatt-hours of power produced whenever this figure is available,... | |
 | United States. Bureau of the Census - 1961 - 814 páginas
...station equivalent, in B.tu.'s, 1900-1956. Source: Minerals Yearbook, annual volumes. Figures include installations owned by manufacturing plants and mines,...privately owned public utilities. The fuel equivalent of waterpower is calculated from the kilowatt-hours of power produced whenever this figure is available,... | |
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