Milena Parrales
ESPOL
6
Coauthors
1
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| Año de publicación | Num. Publicaciones |
|---|---|
| 2022 | 1 |
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| Emprendimiento | 2 |
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| Dirección general | 1 |
| Grupos de personas | 1 |
| Ética del trabajo | 1 |
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| Scopus | 1 |
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Coautores destacados por número de publicaciones
| Coautor | Num. Publicaciones |
|---|---|
| Ester Melo Vargas | 1 |
| Luis Ribas | 1 |
| Holger Raúl Barriga Medina | 1 |
| Paredes Aguirre Milton | 1 |
| Ronald Enrique Campoverde Aguirre | 1 |
| Aguirre M.P. | 1 |
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Publicaciones del autor
Use of gas adsorption and inversion methods for shale pore structure characterization
ReviewAbstract: The analysis of porosity and pore structure of shale rocks has received special attention in the lasPalabras claves:characterization, Gas Adsorption, ShaleAutores:Alvarado V., Bryan Medina-RodriguezFuentes:scopusDynamic stability of a crude oil/brine interface: Effect of anion type
ArticleAbstract: The chemical composition of the aqueous phase plays an essential role in water-based enhanced-oil rePalabras claves:Anion type, Controlled salinity waterflooding, enhanced oil recovery, Interfacial rheology, Interfacial tensionAutores:Alvarado V., Bryan Medina-Rodriguez, Sarmas-Farfan J.Fuentes:scopusInfluence of interfacial responses of Berea Sandstone in low-salinity waterflooding environments
ArticleAbstract: Wetting conditions and fluid–fluid interfacial properties are essential to understanding oil recoverPalabras claves:Crude oil, Low salinity, Naphthenic acids, Sandstone, Wettability alterationAutores:Alvarado V., Bryan Medina-Rodriguez, Smith E.R.Fuentes:scopusMultimodal study of the impact of stimulation pH on shale pore structure, with an emphasis on organics behavior in alkaline environments
ArticleAbstract: The tight nature of shale formations calls for hydraulic fracturing techniques able of altering thePalabras claves:FIB-SEM, FRACKING, Gas Adsorption, NMR, Organic matter, Pore ArchitectureAutores:Alvarado V., Bryan Medina-Rodriguez, Frouté L., Kovscek A.R.Fuentes:scopusUnveiling stimulation fluid-driven alterations in shale pore architecture through combined interpretation of TD-NMR and multi-component gas adsorption
ArticleAbstract: The hydraulic fracturing stimulation process can alter petrophysical and flow properties of the shalPalabras claves:FRACKING, Gas Adsorption, NMR, Organic matter, Pore Architecture, Shale ReactivityAutores:Alvarado V., Bryan Medina-Rodriguez, Edgin M.G., Kaszuba J.P.Fuentes:scopus