Showing papers on "Hydroforming published in 1972"
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13 Dec 1972
TL;DR: In this paper, a gaseous reaction mixture which contains hydrogen, olefins, diolefin, and aromatic compounds is subjected to a hydroforming operation, and subsequently the aromatics are separated in the substantially pure state from the hydroformate.
Abstract: In a process for producing substantially pure aromatics wherein a gaseous reaction mixture which contains hydrogen, olefins, diolefins and aromatic compounds is subjected to a hydroforming operation, and wherein subsequently the aromatics are separated in the substantially pure state from the hydroformate, the improvement which comprises cooling the hydroformate to a temperature of 100 to 400 DEG C directly after hydroforming and passing it still in gaseous state through a reactor filled with a hydrogenation catalyst under a pressure which differs from that under which the hydroforming operation was performed by not more than 10 atmospheres, whereby the olefins and diolefins are substantially eliminated.
10 citations
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28 Jul 1972
TL;DR: In this article, the authors describe a methodology for developing an AROMATIC HYDROCARON at a temperature from 300*C to 650*C. Over a CATALYST COMPRISING PLATINUM and LEAD PREPARED by an IMPREGNATION PROCEDURE.
Abstract: METHOD OF PRODUCING AROMATIC HYDROCARBONS WHICH COMPRISES HYDROFORMING A HYDROCARON AT A TEMPERATURE FROM 300*C. TO 650*C. OVER A CATALYST COMPRISING PLATINUM AND LEAD PREPARED BY AN IMPREGNATION PROCEDURE.
8 citations