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Francisco Ramos-Pallares

Observed names: F. Ramos-Pallares, F.. Ramos–Pallares, Francisco Ramos‐Pallares
Institution: Lakehead University
ORCID: 0000-0001-6577-0522
Observed ORCID: 0000-0001-6577-0522
OpenAlex ID: A5068683038
Predicting the Viscosity of Hydrocarbon Mixtures and Diluted Heavy Oils Using the Expanded Fluid Model
2015 · F. Ramos-Pallares, F. F. Schoeggl, et al. · Energy & Fuels · 38
Prediction of Viscosity for Characterized Oils and Their Fractions Using the Expanded Fluid Model
2016 · F. Ramos-Pallares, S. D. Taylor, et al. · Energy & Fuels · 28
Prediction of the Liquid Viscosity of Characterized Crude Oils by Use of the Generalized Walther Model
2017 · F.. Ramos–Pallares, H.. Lin, et al. · SPE Journal · 17
Asphaltene Precipitation from Heavy Oil Diluted with Petroleum Solvents
2021 · J. A. Rivero-Sanchez, F. Ramos-Pallares, et al. · Energy & Fuels · 14
Extending the Modified Regular Solution Model To Predict Component Partitioning to the Asphaltene-Rich Phase
2019 · F. Ramos-Pallares, H. W. Yarranton · Energy & Fuels · 14
Peng–Robinson or Redlich–Kwong? Twu or Soave α-Function? Which Combination of Cubic Equation of State (CEoS) and α-Function Produces More Accurate and Consistent Results for Pure Components
2024 · Twaha Mohamed, Janusz Kozinski, et al. · ACS Omega · 13
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Regular solution theory applied to asphaltene related phase behaviour
2021 · Harvey W. Yarranton, Francisco Ramos‐Pallares · The Canadian Journal of Chemical Engineering · 13
Application of the Modified Regular Solution Model to Crude Oils Characterized from a Distillation Assay
2020 · F. Ramos-Pallares, D. Santos, et al. · Energy & Fuels · 8
Prediction of thermal conductivity for characterized oils and their fractions using an expanded fluid based model
2018 · F. Ramos-Pallares, F.F. Schoeggl, et al. · Fuel · 7
Expanded fluid-based thermal conductivity model for hydrocarbons and crude oils
2018 · F. Ramos-Pallares, F.F. Schoeggl, et al. · Fuel · 6
The phase behavior of Isopropanol/Water/NaCl mixtures at atmospheric pressure and temperatures from 294.15 K up to the boiling point
2023 · Saeed Ataee, Garry Rathje, et al. · The Journal of Chemical Thermodynamics · 4
Asphaltene precipitation from heavy oil mixed with binary and ternary solvent blends
2021 · Javier A. Rivero-Sanchez, Francisco Ramos-Pallares, et al. · Chemical Product and Process Modeling · 2
Phase Behavior of Mixtures of Bitumen, n-Pentane, and Water at Conditions Relevant to Solvent-Assisted Thermal Recovery
2025 · Benjamin Zuluaga, Florian F. Schoeggl, et al. · Energy & Fuels · 1
A generalized linear secant bulk modulus based correlation for the prediction of compressed liquid density
2022 · Francisco Ramos‐Pallares · The Canadian Journal of Chemical Engineering · 1
Erratum to Prediction of the Liquid Viscosity of Characterized Crude Oils by Use of the Generalized Walther Model
2018 · F. Ramos-Pallares, H. Lin, et al. · SPE Journal · 1
Experimental Mapping of the Liquid–Liquid Envelope of Mixtures Alcohol/Water/Salt at Ambient Conditions (297 K and 1 bar). Alcohols: Ethanol and Isopropanol; Salts: Na2CO3 and K2CO3
2026 · Mohamed Rayyan Thenmalai, Francisco Ramos-Pallares · Journal of Chemical & Engineering Data
Phase Behavior of Mixtures of Bitumen, DME, and Water at Conditions Relevant to Solvent-Assisted Thermal Recovery
2026 · Benjamin Zuluaga, Florian F. Schoeggl, et al. · Energy & Fuels
Experimental Determination of Density, Refractive Index and Boiling Point of the Binaries NaCl/water, KCl/water, K2CO3/water and Na2CO3/water at Atmospheric Pressure
2026 · Omid Hosseini, Francisco Ramos-Pallares · Journal of Solution Chemistry
Author response for "A generalized linear secant bulk modulus based correlation for the prediction of compressed liquid density"
2021 · Francisco Ramos‐Pallares
Correction to Predicting the Viscosity of Hydrocarbon Mixtures and Diluted Heavy Oils Using the Expanded Fluid Model
2016 · F. Ramos-Pallares, F. F. Schoeggl, et al. · Energy & Fuels
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Works count: 20
Citation count: 167
H-index: 8
I10-index: 7
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