Extractive Chemical Disintegration Process of Coal under Hydrogen Pressures

Morita, Mikio; Hirosawa, Kunio

doi:10.3775/jie.53.263

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Note That the H Peak Y1

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1978

1984

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Cited by 3 publications

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“…This indicates that isopropanol is somehow able to increase the number of terminal methyl groups y or further from an aromatic tinge Table 3 by other investigators using coal as a substrate (3,17,18). The appearance of such a maximtm might be indicative of the approach to equilibrium conversion of the exothermic hydrogenation of aromatic to aliphatic compounds.…”

Section: Note That the H Peak Ymentioning

confidence: 92%

Catalytic conversion of solvent refined coal to liquid products

Tanner¹

1978

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Section: Note That the H Peak Ymentioning

confidence: 92%

Catalytic conversion of solvent refined coal to liquid products

Tanner¹

1978

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Reaction mechanism for the hydrogenolysis of coal-derived preasphaltene

Ōuchi

Katoh

Itoh

1981

Fuel

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Emarkable Ability of Tetrahydrofluoranthene in the Liquefaction of a Sub-Bituminous Coal at Unusually High Temperature Under a Moderate Pressure

Mochida¹,

Otani

Korai³

1984

Chemistry Letters

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An Australian sub-bituminous coal was effectively liquefied under high temperature short contact time conditions at about 30 kg/cm2 using 1,2,3,3a-tetrahydrofluoranthene (4HFL) as the solvent. The yields of the oil and asphaltene, the target products, were as high as 54 and 16%, respectively, for a reaction at 560 °C with zero contact time. 4HFL was principally converted into fluoranthene together with some undefined four ring aromatic compounds. The efficacy of the present liquefaction procedures is introduced.

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Extractive Chemical Disintegration Process of Coal under Hydrogen Pressures

Cited by 3 publications

References 0 publications

Catalytic conversion of solvent refined coal to liquid products

Catalytic conversion of solvent refined coal to liquid products

Reaction mechanism for the hydrogenolysis of coal-derived preasphaltene

Emarkable Ability of Tetrahydrofluoranthene in the Liquefaction of a Sub-Bituminous Coal at Unusually High Temperature Under a Moderate Pressure

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