Maquinaria usada para la elaboración de surfactantes aniónicos derivados del aceite de palma

Jesús Alfonso Torres Ortega

doi:10.22490/25394088.583

Vol. 4 (2010)

Published

2010-05-08

PDF (Spanish)

How to Cite

Torres Ortega, J. A. (2010). Equipment for anionic surfactant manufacture from oil palm. Publicaciones E Investigación, 4(1), 147-184. https://doi.org/10.22490/25394088.583

Download Citation

Metrics

Metrics Loading ...

Equipment for anionic surfactant manufacture from oil palm

DOI: https://doi.org/10.22490/25394088.583

Section

Artículo de revisión

Jesús Alfonso Torres Ortega Universidad de La Salle, Bogotá

In the present study is performed a review of the current processes of sulfonation of various raw materials for determine the process conditions in order to present the state of the art of sulfonation processes for the manufacture of anionic surfactants. There has been a scientific literature with emphasis on several aspects: Technology, sulfonation reactors and operating conditions in the process, analytical techniques for monitoring the reaction degree, the mathematical models proposed in the literature for the sulfonation/sulfation in tubular absorbers, patenting and specialized industry publications in this area.

anionic, reactor, sulfonation, surfactant, technology.

AcmiteMarketIntelligence. 2010. Market report. World Surfactant Market. (Market report Ratingen, Germany: Acmite Market Intelligence, Retrieved from http://www.acmite.com/brochure/Brochure-Surfactant-MarketReport.pdf.

AcuñaM. A. 2008. Es el momento de dar el salto. Palmas, 29(2): 107-118.

AhmadS., IsmailZ., RafieiA., ZainudinZ., ChengH. A. 1999. Solution properties of α-sulfonated methyl esters and soap mixtures. Proceedings of the 1999 PORIM International Palm Oil Congress: Emerging technologies and Opportunities in the Next Millennium, 134–160.

AhmadS., IsmailZ., RafieiA., ZainudinZ., ChengH. A. 1999. Sulphonated methyl esters from palm stearins. Proceedings of the 1999 PORIM International Palm Oil Congress: Emerging technologies and Opportunities in the Next Millennium, 275–293.

AhmadS., IsmailZ., SamsiJ. 1998. Palm based sulphonated methyl esters and soap. J. Oil Palm Res., 10(1): 15-34.

AhmadS., SiwayananP., AbdMuradZ., AbdAzizH., SengSoiH. 2007. Beyond Biodiesel. Methyl Esters as the Route for the production of Surfactants Feedstock. INFORM, 18: 216-220.

AhmedZ. T., BenmazaK., ChitourC. E. 2000. Sulfonation of linear alkyl benzene (LAB) in a corrugated wall falling film reactor. Chem. Eng. J., 76: 99-102.

AkankshaK., PantK., SrivastavaV. K. 2007. Modeling of sulphonation of tridecylbenzene in a falling film reactor. Math. Comp. Model., 46: 1332-1344.

BackD. D., McCreadyM. J. 1988. Theoretical study of interfacial transport in gas-liquid flours. AIChE J., 34(11): 1789-1802.

BaileyA. E. 1996. Bailey’s industrial oil and fatty products. Palm Oil. Editado por Hui, Y. H. John Whiley and Sons, Inc. 5th Edition, Vol. 2.

BakkerB. B., CerfontainH. 1989. Sulfonation of alkenes with sulfur trioxide: Reversible stereospecific β-sultone formation. Tetrahedron Letters, 30(40): 5451-5454.

BallestraSpA. 2002. Ballestra Brochure. Via G. Fantloni 21/17, 20138 Milano, Italy.

BarisonY. 2000. Future developments in the Malaysian oil palm industry: Advances in Oil Palm Research. Malaysian Palm Oil Board, 2(36): 1494-1507.

BhattacharyaA., GholapR. V., ChaudhariR. V. 1988. Gas absorption with exothermic bimolecular reaction in a thin liquid film: Fast reaction. Can. J. Chem. Eng., 66: 599-604.

BattagliniG., Larson-ZobusJ., BakerT. G. 1986. Analytical methods for alpha sulfo methyl tallowate. JAOCS, 63(8): 1073-1077.

BeenackersA., vanSwaaijW. 1978. Selectivity of benzene sulphonation in three gas liquid reactors with different mass transfer characteristics. Chem. Eng. J., 15: 25-38.

BehlerA., BiermannM., HillK., RashtH. C., SaintV. M. E., UphuesG. 2001. Reactions and synthesis in surfactants systems. Chapter 1: Industrial surfactant synthesis (Surfactants Science Series; 100). Edited by John Texter. Marcel Dekker, Inc. New York.

BenjumeaP., AgudeloJ., AgudeloA. 2008. Basic properties of palm oil biodiesel-diesel blends. Fuel, 87: 2069-2075.

BentwichM. 1973.Combined heat and mass transfer for two reacting species with temperature dependent reaction constant. Chem. Eng. Sci., 53(7): 1465-1478.

BernalF. 2001. El cultivo de la palma de aceite y su beneficio. Federación Nacional de Cultivadores de Palma de Aceite – Fedepalma.

BhattacharyaA., GholapR. V., ChaudhariR. V. 1988. Gas absorption with exothermic bimolecular reaction in a thin liquid film: Fast reaction. Can. J, Chem. Eng., 66: 599-604.

Torres Ortega, J. A. (2010). Equipment for anionic surfactant manufacture from oil palm. Publicaciones E Investigación, 4(1), 147-184. https://doi.org/10.22490/25394088.583

Download Citation

When the Publicaciones e Investigaciones Journal receives an original study or article from its author(s), whether by email, postal service, or the platforms available for said purpose, know that it may be published in physical or electronic formats in national or international archives, databases, or SIRES. As such, Publications and Research authorizes the reproduction and citation of said material, provided that the description of information is carried out in conformity with bibliographic norms, and mention the corresponding names, authors, article, issue, and pages. Publications and Research, in advance, expresses that the information, concepts, and methods are the responsibility of the author(s). As such, the UNAD does not have any influence whatsoever over that expressed in the manuscript.

Published

How to Cite

Equipment for anionic surfactant manufacture from oil palm

Keywords