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Dive into the research topics where Lirio Quintero is active.

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Featured researches published by Lirio Quintero.


Journal of Dispersion Science and Technology | 2002

An Overview of Surfactant Applications in Drilling Fluids for the Petroleum Industry

Lirio Quintero

ABSTRACT Surfactants are increasingly being used in an ever-expanding variety of applications for drilling fluids. In oil-based drilling fluids, the most well-known applications of surfactants are as emulsifiers and wetting agents. In water-based drilling fluids, there is a continually-growing variety of applications that include: - oil-in-water emulsification in base fluid formulations; - shale-swelling inhibitors to prevent wellbore instabilities; - detergency to prevent cuttings sticking to drill bit (adhesion of clay to metal parts); - prevention of differential sticking; - dispersants to inhibit flocculation of clay particles; - foaming additives, to generate high gas/water ratio foam used as drilling fluids for low-pressure reservoirs and hard-rock drilling; - defoaming additives to eliminate undesirable foam in water-based fluids; - surfactant-polymer complexes for enhanced properties in fluids for low-pressure reservoirs. This review describes historical and modern applications of surfactant technology in drilling fluids, and the impact of those molecules on drilling operations. Proper selection and application of surfactants in drilling fluids have a significant economic impact, in terms of reducing the amount of lost time and potential trouble, and have a direct consequence on overall drilling performance and results.


Developments in Surface Contamination and Cleaning#R##N#Methods of Cleaning and Cleanliness Verification | 2013

Microemulsions for Cleaning Applications

Lirio Quintero; Norman F. Carnahan

The distinctive properties of microemulsions (high solubilization of oil, low interfacial tensions, and spontaneous formation) make these fluids very attractive for a variety of cleaning applications. Microemulsions have been used in industrial cleaning processes and household cleaning applications. Some of the applications include domestic and industrial laundry, cleanup of wastewater, cleaning of contaminated soil, cleaning of fabrics and textiles, cleaning of frescoes, paintings, monuments and building structures that have been polluted, and various applications in the oil and gas industry.


Archive | 2011

Nanofluids and methods of use for drilling and completion fluids

Lirio Quintero; Antonio Enrique Cardenas; David E. Clark


Archive | 2007

Microemulsions to Convert OBM Filter Cakes to WBM Filter Cakes Having Filtration Control

Thomas A. Jones; David E. Clark; Lirio Quintero


Journal of Colloid and Interface Science | 1980

Properties of surfactant/oil/water emulsified systems in the neighborhood of the three-phase transition

Jean-Louis Salager; Lirio Quintero; Ennodio Ramos; JoséM Anderez


Archive | 2005

Method of removing an invert emulsion filter cake after the drilling process using a single phase microemulsion

Thomas A. Jones; David E. Clark; Lirio Quintero; Bruce Rae Ewen


Archive | 1988

Viscous hydrocarbon-in-water emulsions

R. Ignacio A. Layrisse; Domingo Rodriguez Polanco; Hercilio Rivas; G Euler Jimenez; Lirio Quintero; P Jose Salazar; Mayela Rivero; Antonio E. Cardenas; Maria Luisa Chirinos; Daysi Rojas; Humberto Marquez


Archive | 2008

Pumpable Multiple Phase Compositions for Controlled Release Applications Downhole

Ronald G. Bland; Lirio Quintero


Archive | 2007

In situ fluid formation for cleaning oil-or synthetic-oil-based mud

Lirio Quintero; David E. Clark; Thomas A. Jones; Jean-Louis Salager; Ana Forgiarini


Archive | 2008

Single Phase Microemulsions and In Situ Microemulsions for Cleaning Formation Damage

Lirio Quintero; Thomas A. Jones; David E. Clark; Allen D. Gabrysch; Ana Forgiarini; Jean-Louis Salager

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Hercilio Rivas

Rafael Advanced Defense Systems

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