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Gas Tanks

You do not need to report items that make up the structure of your facility, such as walls any flooring, installation, or wiring. Also, you do not need to report the furnishings in your facility, such as desks, chairs, carpets, and draperies. When completing the survey you do not have to make employees account for their personal possessions, such as matches. If the facility owns and operates a number of vehicles, do not report the gasoline, motor oil, etc. in those vehicles. However, you must report the gas tank you have on site for fueling vehicles, and the motor oil and other reportable supplies you might keep on hand for maintenance. [Pg.192]

Some accidents can be attributed to structural failures. On October 20, 1944, one of the four liquid gas tanks at tlie East Ohio Gas Company in Cleveland began to leak. The plant converted natural gas to tlie liquid form, which was stored for emergency use in holding tanks. If needed, tlie liquefied product could be reconverted to its gaseous state tuid fed into the city distribution lines. The tanks were constructed in 1941 and luid a capacity of more tlian 400,000 cubic feet of liquid. [Pg.6]

GoS-befacUter, m. gas container, gas holder, gasometer, gas tank, -bekleidung, /. gas-protection clothing, -beleuchtung, /. gas... [Pg.171]

Treibstoff, m. motor fuel propellant, -alko-holgemisch, n. alcoholic motor-fuel mixture, -tank, m, motor fuel tank, "gas tank, petrol tank,... [Pg.451]

Chemical additives first entered the industry in the first decade of the centuiy. These additives sewed a number of uses. For example, they lessened the capacity of gasoline to vaporize out of the gas tank or to polymerize (i.e., produce gummy residues) in the engine. In the early 1920s, the most important application for these substances was to eliminate knocking. Tetraethylead (TEL) was the first major gasoline additive to be commercialized for this purpose. [Pg.549]

As experiments at Sun Oil Co. in the early 1930s indicated, there were serious disadvantages associated with alcohol. Wliile alcohol did in fact appear to increase the octane number, it left large amounts of deposits in the engine. Alcohol also vaporized out of the gas tank and engine at rapid rates. And the combustion temperature of the alcohol group is lower than for hydrocarbons because it is already partially oxidized. [Pg.551]

An automobila that runs on nntural gas. (a) The vehicle pulled up to a CNG (compressed natural gas) pump. The gas is 90% methane, according to the label on the pump, (b) The car s gas tank (which occupies the dark space inside the back of the trunk) is being filled. [Pg.215]

In the course of a day, you use or make solutions many times. Your morning cup of coffee is a solution of solids (sugar and coffee) in a liquid (water). The gasoline you fill your gas tank with is a solution of several different liquid hydrocarbons. The soda you drink at a study break is a solution containing a gas (carbon dioxide) in a liquid (water). [Pg.259]

The advantage of a fuel cell over a conventional battery is that the fuel for electrical power can be replenished easily. Just as we pull into a service station to refill the gas tank, owners of automobiles powered by fuel cells will refill their fiiel tanks with hydrogen or butane. [Pg.1404]

Initial cost Comparable to current ICE vehicles Storage system cost similar to gas tank Minimal weight increment to overall vehicle... [Pg.329]

The greatest damage potential is located in the fuel gas tank due to the largest amount of hydrogen found there. The failure modes that should be considered in the case of normal operation, and in collision as well, are the following ... [Pg.562]

For mechanical explosions a reaction does not occur and the energy is obtained from the energy content of the contained substance. If this energy is released rapidly, an explosion may result. Examples of this type of explosion are the sudden failure of a tire full of compressed air and the sudden catastrophic rupture of a compressed gas tank. [Pg.276]

Surface fluorination changes the polymer surface drastically, the most commercially significant use of polymer surface direct fluorination is the creation of barriers against hydrocarbon permeation. The effectiveness of such barriers is enormous, with reductions in permeation rates of two orders of magnitude. Applications that exploit the enhanced barrier properties of surface-fluorinated polymers include (1) Polymer containers, e.g., gas tanks in cars and trucks, which are produced mostly from high-density polyethylene, where surface fluorination is used to decrease the permeation of fuel to the atmosphere and perfume bottles. (2) Polymeric membranes, to improve selectivity commercial production of surface-fluorinated membranes has already started.13... [Pg.230]

Figure 14.3 shows a typical capillary gas chromatograph with the major components labeled. This gas chromatograph set up includes compressed gas tanks for the carrier gas (mobile phase) and any necessary detector gases, an auto-injector that employs a micro-syringe for delivering the necessary small sample volumes and an inlet capable of the... [Pg.458]

In 1900, there were only a few thousand motor vehicles in the United States and the public had a choice between steam, electric, or gasoline automobiles. A gasoline-based transportation system was not a foregone conclusion. The public had become used to horses and the image of sitting near a boiler, battery or gas tank and moving by a series of explosions, was not attractive. [Pg.157]

There are many examples in our everyday life in which the calibration of a measuring device is important. When we step on the bathroom scale, we want to be assured that the scale reads our correct weight. When we measure the body temperature of our sick child, we want the temperature that is displayed to be correct. When we fill our car s gas tank at the gas pump, we want the pump to display the correct number of gallons and therefore the correct cost. In other words, we want these devices to be properly... [Pg.157]

Carbon fiber introduction into commercial markets happened in the mid-1960s and since then their application has increased substantially. Some of these applications include airplanes, spacecraft parts, compressed gas tanks, automotive parts, bridges, reinforced concrete, structural reinforcement, recreational sports equipment, and electrochemical systems [6,7]. [Pg.197]

Once they reach acetylcholine receptors, BZ molecules hang on for dear life. So tenacious is their grip that they take hit after hit from the weaker acetylcholine molecules. For tens of hours acetylcholine is unable to exert command and control of mental activities. Like sugar in a gas tank, BZ gums up the transmission. The result is incapacitation. [Pg.109]

Nitric oxide at about 50 ppm compressed with very pure nitrogen in gas (flinders is provided for this purpose, and the true concentration is established by comparison with that of a compressed-gas tank that can be obtained from the National Bureau of Standards, as a standard reference material. The nitric oxide meter is calibrated repeatedly at several concentrations of nitric oxide, and the mass flow meters are recalibrated often with absolute bubble meters. [Pg.258]

I found her on the ground floor of my building. She was sitting on the earthen floor sfaring af her reflection in the gas tank of a motorcycle, which belonged to the miller s son-in-law. Still disoriented in the way that is typical of Datura, she was hallucinating persons not present and mistaking one person for another. "Are you my tailor " she asked me several times as I led her back to my room. "Are you my tailor "... [Pg.57]

Blow molding (containers and lids, especially food bottles, auto gas tanks, motor oil bottles), 35% injection molding (pails, refrigerator food containers, toys, mixing bowls), 22% film, 17% pipe and conduit, 14% sheet, 6% wire and cable, 1% miscellaneous, 5%... [Pg.305]


See other pages where Gas Tanks is mentioned: [Pg.284]    [Pg.279]    [Pg.389]    [Pg.276]    [Pg.156]    [Pg.16]    [Pg.1543]    [Pg.3]    [Pg.140]    [Pg.172]    [Pg.450]    [Pg.795]    [Pg.127]    [Pg.280]    [Pg.54]    [Pg.132]    [Pg.22]    [Pg.64]    [Pg.25]    [Pg.335]    [Pg.53]    [Pg.285]    [Pg.238]    [Pg.216]    [Pg.137]    [Pg.312]    [Pg.43]    [Pg.92]    [Pg.29]   
See also in sourсe #XX -- [ Pg.693 ]

See also in sourсe #XX -- [ Pg.693 ]

See also in sourсe #XX -- [ Pg.693 ]




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Compressed gas tanks

Cryogenic gas tanks

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Gas Holdup in Stirred Tank Reactors

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Gas-liquid continuous-stirred tank

Gas-sparged stirred tanks

Hydrodynamic Regimes in Three-Phase (Gas-Liquid-Solid) Stirred Tank Reactors

Hydrodynamic Regimes in Two-Phase (Gas-Liquid) Stirred Tank Reactors

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Liquefied compressed gases tank cars

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Safety Aspects of Compressed Gas Tanks

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