Optimización de parámetros en la hidroformilación de nafta catalítica con complejos de rodio y molibdeno en medio bifásico orgánico/agua

• Main Authors: Marisela Reyes, Lenis Prado, Bernardo Fontal, Trino Suárez, Fernando Bellandi, Yuraima Fonseca, Pedro Cancines
• Format: Article
• Language: English
• Published: Universidad de Los Andes 2009-10-01
• Series: Avances en Química
• Online Access: http://catalyticnaphtha;biphasicsystems;RhandMoorganometalliccomplexes

Catalytic naphtha hydroformylation with Rh and Mo complexes in biphasic medium. Parameter optimization. The Chlorocarbonyl bis-(diphenyl[meta-sulphonate of sodium phenyl]phosphine)Rhodium(I) [RhCl(CO)[P(C6H6)2(m-(C6H5)SO3Na)]2], Chlorocarbonyl bis-(phenyl[meta-sulphonate of sodium diphenyl]phosphine)Rhodium(I) [RhCl(CO)[P(C6H6)(m-(C6H5)SO3Na)2]2] and Tetracarbonyl bis-[para-pyridine sulphonate of sodium] Molybdenum (0) [Mo(CO)4(p-(NC5H4)SO3Na)2] (TPPMS Triphenylphosphine Monosulphonate = [P(C6H6)2 (m-(C6H5)SO3Na)] (TPPDS= Triphenylphosphine meta-disulphonate = [P(C6H6)(m-(C6H5)SO3Na)2] and pySO3Na= para-Pyridine sulphonate of sodium = [p-(NC5H4)SO3Na] complexes were used as catalytic precursors in the catalytic hydroformylation of real naphtha in biphasic organic/water medium. With complexes (1) and (2) there is a good conversion of olefins to medium sized linear and substituted aldehydes and alcohols, and with complex (3) not catalytic activity in hydroformylation reactions of light naphtha was observed.