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Both the 42-US-gallon (159 L) barrels (based on the old English wine measure), the tierce (159 litres) and the 40-US-gallon (150 L) whiskey barrels were used. Also, 45-US-gallon (170 L) barrels were in common use. The 40 gallon whiskey barrel was the most common size used by early oil producers, since they were readily available at the time.
barrel (imperial) bl (imp) ≡ 36 gal (imp) = 0.163 659 24 m 3: barrel (petroleum); archaic blue-barrel: bl; bbl ≡ 42 gal (US) ≡ 0.158 987 294 928 m 3: barrel (US dry) bl (US) ≡ 105 qt (US) = 105/32 bu (US lvl) = 0.115 628 198 985 075 m 3: barrel (US fluid) fl bl (US) ≡ 31 + 1 ⁄ 2 gal (US) = 0.119 240 471 196 m 3: board-foot: bdft ≡ ...
The barrel of oil equivalent (BOE) is a unit of energy based on the approximate energy released by burning one barrel (42 US gallons, 35 imp gal or about 159 litres) of crude oil.
[nb 1] (This was the basis for calling 64 gallons a quarter.) At some time before the 15th century, it was reduced to 252 gallons, so as to be evenly divisible by other small integers, including seven. [nb 2] Note that a 252-gallon tun of wine has a mass of approximately 2060 pounds, [6] between a short ton (2000 pounds) and a long ton (2240 ...
Oil conversion factor from m³ to bbl (or stb) is 6.28981100; Gas conversion factor from standard m³ to scf is 35.314666721; Note that the m³ gas conversion factor takes into account a difference in the standard temperature base for measurement of gas volumes in metric and imperial units.
Above-ground retorting typically consumes between one and five barrels of water per barrel of produced shale oil, depending on technology. [7] [25] [26] [27] For an oil shale industry producing 2.5 million barrels per day (400 × 10 ^ 3 m 3 /d), this equates to 105,000,000–315,000,000 US gallons per day (400,000–1,190,000 m 3 /d) of water ...
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A RAND study in 2005 estimated that production of 100,000 barrels per day (16,000 m 3 /d) of oil (5.4 million tons/year) would theoretically require a dedicated power generating capacity of 1.2 gigawatts (10 billion kWh/year), assuming deposit richness of 25 US gallons (95 L; 21 imp gal) per ton, with 100% pyrolysis efficiency, and 100% extraction of pyrolysis products. [1]