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P- xylene

P-XYLENE 298-412 1 6273E4-02 -9.4273E403 S.3274E-02 -2.6213E401 -2.3S02E-0S... [Pg.153]

Crystallizes in colourless needles m.p. 300° (sublimes). Manufactured by the oxidation of p-xylene and used in the production of Terylene (see also polyesters). U.S. production 1980 2-05 megatonnes. [Pg.387]

Nitro-m-xylene 2-Nitro-p-xylene 2-Nitro-p-cymene (4) Nitromesitylene... [Pg.530]

Decarbonylation of aromatic aldehydes proceeds smoothly[71], Terephthalic acid (86), commercially produced by the oxidation of p-.xylene (85), contains p-formylbenzoic acid (87) as an impurity, which is removed as benzoic acid (88) by Pd-catalyzed decarbonylation at a high temperature. The benzoic acid produced by the decarbonylation can be separated from terephthalic acid (86) based on the solubility difference in water[72]. [Pg.537]

Nitration of 1 4 dimethylbenzene (p-xylene) gives a single prod uct having the molecular formula C8H9NO2 m high yield What is this product... [Pg.478]

Fnedel-Crafts acylation of the individual isomers of xylene with acetyl chlonde and alu minum chloride yields a single product different for each xylene isomer in high yield in each case Write the structures of the products of acetylation of o m and p xylene... [Pg.514]

The carboxylic acid produced m the greatest amounts is 1 4 benzenedicarboxylic acid (terephthahc acid) About 5 X 10 Ib/year is produced m the United States as a starting material for the preparation of polyester fibers One important process converts p xylene to terephthahc acid by oxidation with nitric acid... [Pg.806]

You will recognize the side chain oxidation of p xylene to terephthahc acid as a reaction type discussed previously (Section 11 13) Examples of other reactions encoun tered earlier that can be applied to the synthesis of carboxylic acids are collected m Table 19 4... [Pg.806]

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2,5-Dichloro-p-xylene

2- Chloro-p-xylene

2- ETHYL-p-XYLENE

2- IODO-p-XYLENE

2- Nitro-p-xylene

2.6- Dihydroxy-p-xylene

A- -p-xylene

A-Bromo-p-xylene

Amino-p-xylene

Benzene/p-xylene

CgHio p-Xylene

Dibromo-p-xylene

Diffusion of p-xylene

Dimercapto-p-xylene

Dinitro-p-xylene

Ethylbenzene/p-xylene

F p-Xylene

Isopropyl-p-xylene

M/p-Xylene

Oxidation of p-xylene

Oxidation p-xylene to terephthalic acid

P XYLENES AND ETHYLBENZENE]

P Xylene oxidation

P, o-Xylene

P-Xylene Friedel-Crafts acetylation

P-Xylene Gattermann-Koch reaction

P-Xylene Xylomollin

P-Xylene ene reaction

P-Xylene formation

P-Xylene homogeneous catalysis

P-Xylene hydrogenation

P-Xylene radical cations

P-Xylene sorption

P-Xylene synthesis

P-xylene and benzene

P-xylene diffusion

P-xylene in H-ZSM

P-xylene polymer

Poly-p-xylene

Production of o and p-xylenes, variant

Separation p-xylene

Special Features of Cyclohexane and p-Xylene Oxidations

Special Features of p-Xylene Oxidation

Terephthalic acid from p-xylene

Test Method for Analysis of p-Xylene by Gas Chromatography

Tetrafluoro-p-xylene

Trinitro derivatives of o- and p- xylenes

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