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Dead Oil

Chemical Designations - Synonyms Cresote Oil Dead Oil Chemical Formula Mixture. Observable Characteristics - Physical State (as normally shipped) Liquid Color. Yellow to brown to black Odor. Creosote or tarry aromatic. [Pg.96]

CREOSOTE, COAL TAR Creosote Oil, Dead Oil Combustible Liquid 2 2 0... [Pg.99]

Dead Oil. The name given to a mixt consisting chiefly of coal-tar hydrocarbons. It was used in Amer blasting expl Rackarock as a partial replacement of NBz Ref Thoq>e4 (1940), 545... [Pg.442]

The same expl was prepd with nitronaphtha-lene, which was less expensive than NB. A subsequent Rack-a-rock Special expl formulation consisted of Rack-a-rock in which the NB was wholly or partially replaced by dead oil (a mixt of coal-tar hydrocarbons), and to this was added from 12 to 16% PA Refs 1) Marshall 1 (1917), 379 2) Ramsey... [Pg.25]

As with liquid systems, the general effect of pressure on phase behavior is negligible (Nelson, 1983). In practice, dead oils are used in phase behavior tests. Therefore, pressure effect is not investigated, although the reservoir temperature is maintained in phase behavior tests. However, different pressure causes a different amount of gas dissolved in the oil. In such cases, the pressure would have some effect. High-pressure PVT cells are needed for such phase behavior tests. [Pg.291]

Distillation of the crude tar yields two groups of products (1) Complex mixtures resulting from fractional distillation and being sold under the names of solvent naphtha, light oil, dead oil, creosote oil, and anthracene oil (2) coal-tar crudes such as benzene, toluene, naphthalene, anthracene, and the less important cumene, carbazole, cresols, and pyridine. Coal-tar intennediates are prepared by purification of these crude products and are used in the manufacture of dyes and other products. [Pg.404]

Synonym(s) Creosote, creosote oil, dead oil, brick oil, coal tar oil, creosote P1, heavy oil, liquid pitch oil, wash oil, creosotum, cresylic creosote, naphthalene oil, tar oil, AWPA 1, Preserv-o-sote HSDB 2000... [Pg.227]

Diethanolamine Bis(2-hydroxy- Ethyl)Amine Dead Oil 2,2 -Dihydroxy-diethyl Amine Di(2-Hydroxyethyl) Amine 2, 2 -lmino-diethanol... [Pg.243]

AWPA 1 Brick oil Caswell No. 225 CCRIS 6005 Coal tar creosote Coal tar creosote oils Coal tar oil Coal tars (during destructive distillation) Creosote Creosote (coal tar) Creosote (coal) [Soots, tars, and mineral oils] Creosote PI Creosotes Creosotum Cresylic creosote Dead oil EINECS 232-287-5 EPA Pesticide Chemical Code 025004 Heavy oil HSDB 6299 Liquid pitch oil Naphthalene oil Original Carbolineum Osmoplastic-D Petroleum creosote Preserv-O-sote RCRA waste number U051 Sakresote 100 Smoplastic-F Tar oil Wash oil. Registered by EPA as a fungicide. Black oily liquid d > 1.0 d 8 = 106 insoluble in H2O. Coopers Creek Chemical Carp. KMG-Bernuth Inc. Koppers Industries Inc. Osmose Inc. [Pg.153]

Figure 1 shows the absolute concentrations in dead oils and condensates of several major geo-chemically usable compound types in 351 petroleums covering the full range of maturities found in petroleum system fluids. Samples suspected of biodegradation were filtered out based on light hydrocarbon and n-alkane isoprenoid parameters. [Pg.28]

Fig. 7. Dead oil compositions, Vermillion area. The left figure shows a typical light oil (API gravity, 53°), while the right figure shows a condensate (original GOR, 15 K bbl/scf). Fig. 7. Dead oil compositions, Vermillion area. The left figure shows a typical light oil (API gravity, 53°), while the right figure shows a condensate (original GOR, 15 K bbl/scf).
Asphalt, see also Petroleum, p.l83 Dead oil, see Coal, p.44 Liquids, see Terminology, Liquid, p.241 Oils, see Terminology, Oil, p.244... [Pg.32]

Blaugas Coal Coal briquettes, hot Coal gas, 2.3 Coal gas, compressed, 2.1, 2.3 Coal tar, crude and solvent Coal tar distillates, flammable, 3, 3.2,3.3 Coal tar naphtha Coal tar oil Coke, hot Creosote Creosote (coal tar or wood tar) Creosote salts Cresols (o-, m-, p-), 6.1, 8 Cresols (ortho- meta- para-), liquid or solid, 6.1 Dead oil Fischer Tropsch gas Fischer-Tropsch gas compressed, 2.2 Iron oxide, spent (obtained fix)m coal gas purification), 4.2 Iron sponge, spent, 4.2 Iron sponge, spent (obtained from coal gas purification), 4.2 Prilled coal tar Synthesis gas Synthesis gas, compressed Water gas Water gas, compressed... [Pg.44]

Downstream processing of the oil is more complicated than for produced water, as cost-effective pressure reduction versus compression work has to be considered alongside oil/water separation. The objective of the downstream oil processing is to provide the necessary quality required for shipping/transporting, usually known as stock tank oil or dead oil. Normal requirements are less than 0.5 Wt %... [Pg.675]

Dead oil. See Creosote oil Dead Sea Bath Salts. See Sea salt DEAE. Seepiethylaminoethanol DEAE-cellulose. See Diethylaminoethyl cellulose... [Pg.1161]

Component Original Dead Oil After Prec. with N-Butane After Prec. with N-Pentane Component Original Dead Oil After Prec. with N-Butane After Prec. with N-Pentane... [Pg.7]

Initially, the known amount of tank oil was taken into the recombination cell. The dead oil was recombined at 1705 psia and 80°F. The composition of live oil is given In Table 3. The solvent (CO ) was then Injected from the solvent transfer cell into the recombination cell (which also acted as asphaltene cell) at constant pressure. The amount of CO injected was determined from the pump reading. The resulting CO2-0II mixture was rocked for several hours to achieve good mixing. The mixture was then passed through a high pressure stainless steel... [Pg.13]

Run 1 was conducted using waterflood alone. No gelation or any other chemical agent was used in this run. As expected, the water breakthrough took place very quickly. At the end of the displacement test, only 7% of the olMn-place was recovered. For the sake of comparison, oil recoveries at 5% oil cut were used as standard values. Note that in this experlmentation,dead oil was used. Consequently, this 7% recovery does not include any production through primary depletion which is likely to happen in a pressurized reservoir. Results of this run show why displacement-type recovery has not been used in naturally fractured reservoirs. [Pg.227]

Cresote n. Heavy, high boiling oil obtained from coal and wood tars. A major use for creosote is as a wood preservative, or as a base for the same. Syn dead oil and pitch oil. [Pg.240]


See other pages where Dead Oil is mentioned: [Pg.322]    [Pg.18]    [Pg.38]    [Pg.536]    [Pg.331]    [Pg.523]    [Pg.572]    [Pg.575]    [Pg.64]    [Pg.228]    [Pg.469]    [Pg.317]    [Pg.435]    [Pg.239]    [Pg.883]    [Pg.96]    [Pg.97]    [Pg.142]    [Pg.45]    [Pg.1081]    [Pg.14]    [Pg.259]    [Pg.253]   
See also in sourсe #XX -- [ Pg.96 ]

See also in sourсe #XX -- [ Pg.96 ]

See also in sourсe #XX -- [ Pg.44 , Pg.45 ]




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