The Experts below are selected from a list of 327 Experts worldwide ranked by ideXlab platform
Mohammad Saviz Baktash - One of the best experts on this subject based on the ideXlab platform.
-
Enhancement in Triethylene Glycol (TEG) Purity via Hydrocarbon Solvent Injection to a TEG + Water System in a Batch Distillation Column
Energy & Fuels, 2011Co-Authors: K Paymooni, M R Rahimpour, Sona Raeissi, Mohsen Abbasi, Mohammad Saviz BaktashAbstract:Triethylene glycol (TEG) is one of the most important liquid desiccants in the natural Gas dehydration industry. In enhanced TEG regeneration processes, liquid hydrocarbons such as toluene and isooctane are added to the stripping column of natural Gas dehydration unit in order to boost water volatility and regenerate TEG to higher purity. In this study, isooctane and toluene were selected as liquid hydrocarbon solvents and the effect of these two solvents on TEG purity and the outlet water concentration from the reboiler of tray column were experimentally investigated and mathematically modeled. The vapor–liquid equilibrium calculations were performed using the NRTL activity coefficient model and Ideal Gas Equation of state to represent the liquid and vapor phases, respectively. Moreover, a comprehensive model was used to determine the liquid molar flow rate on each tray where it changed with time and tray by tray. The impact of various concentrations of solvents and different operating conditions (total ...
-
enhancement in triethylene glycol teg purity via hydrocarbon solvent injection to a teg water system in a batch distillation column
Energy & Fuels, 2011Co-Authors: K Paymooni, M R Rahimpour, Sona Raeissi, Mohsen Abbasi, Mohammad Saviz BaktashAbstract:Triethylene glycol (TEG) is one of the most important liquid desiccants in the natural Gas dehydration industry. In enhanced TEG regeneration processes, liquid hydrocarbons such as toluene and isooctane are added to the stripping column of natural Gas dehydration unit in order to boost water volatility and regenerate TEG to higher purity. In this study, isooctane and toluene were selected as liquid hydrocarbon solvents and the effect of these two solvents on TEG purity and the outlet water concentration from the reboiler of tray column were experimentally investigated and mathematically modeled. The vapor–liquid equilibrium calculations were performed using the NRTL activity coefficient model and Ideal Gas Equation of state to represent the liquid and vapor phases, respectively. Moreover, a comprehensive model was used to determine the liquid molar flow rate on each tray where it changed with time and tray by tray. The impact of various concentrations of solvents and different operating conditions (total ...
K Paymooni - One of the best experts on this subject based on the ideXlab platform.
-
Enhancement in Triethylene Glycol (TEG) Purity via Hydrocarbon Solvent Injection to a TEG + Water System in a Batch Distillation Column
Energy & Fuels, 2011Co-Authors: K Paymooni, M R Rahimpour, Sona Raeissi, Mohsen Abbasi, Mohammad Saviz BaktashAbstract:Triethylene glycol (TEG) is one of the most important liquid desiccants in the natural Gas dehydration industry. In enhanced TEG regeneration processes, liquid hydrocarbons such as toluene and isooctane are added to the stripping column of natural Gas dehydration unit in order to boost water volatility and regenerate TEG to higher purity. In this study, isooctane and toluene were selected as liquid hydrocarbon solvents and the effect of these two solvents on TEG purity and the outlet water concentration from the reboiler of tray column were experimentally investigated and mathematically modeled. The vapor–liquid equilibrium calculations were performed using the NRTL activity coefficient model and Ideal Gas Equation of state to represent the liquid and vapor phases, respectively. Moreover, a comprehensive model was used to determine the liquid molar flow rate on each tray where it changed with time and tray by tray. The impact of various concentrations of solvents and different operating conditions (total ...
-
enhancement in triethylene glycol teg purity via hydrocarbon solvent injection to a teg water system in a batch distillation column
Energy & Fuels, 2011Co-Authors: K Paymooni, M R Rahimpour, Sona Raeissi, Mohsen Abbasi, Mohammad Saviz BaktashAbstract:Triethylene glycol (TEG) is one of the most important liquid desiccants in the natural Gas dehydration industry. In enhanced TEG regeneration processes, liquid hydrocarbons such as toluene and isooctane are added to the stripping column of natural Gas dehydration unit in order to boost water volatility and regenerate TEG to higher purity. In this study, isooctane and toluene were selected as liquid hydrocarbon solvents and the effect of these two solvents on TEG purity and the outlet water concentration from the reboiler of tray column were experimentally investigated and mathematically modeled. The vapor–liquid equilibrium calculations were performed using the NRTL activity coefficient model and Ideal Gas Equation of state to represent the liquid and vapor phases, respectively. Moreover, a comprehensive model was used to determine the liquid molar flow rate on each tray where it changed with time and tray by tray. The impact of various concentrations of solvents and different operating conditions (total ...
M R Rahimpour - One of the best experts on this subject based on the ideXlab platform.
-
Enhancement in Triethylene Glycol (TEG) Purity via Hydrocarbon Solvent Injection to a TEG + Water System in a Batch Distillation Column
Energy & Fuels, 2011Co-Authors: K Paymooni, M R Rahimpour, Sona Raeissi, Mohsen Abbasi, Mohammad Saviz BaktashAbstract:Triethylene glycol (TEG) is one of the most important liquid desiccants in the natural Gas dehydration industry. In enhanced TEG regeneration processes, liquid hydrocarbons such as toluene and isooctane are added to the stripping column of natural Gas dehydration unit in order to boost water volatility and regenerate TEG to higher purity. In this study, isooctane and toluene were selected as liquid hydrocarbon solvents and the effect of these two solvents on TEG purity and the outlet water concentration from the reboiler of tray column were experimentally investigated and mathematically modeled. The vapor–liquid equilibrium calculations were performed using the NRTL activity coefficient model and Ideal Gas Equation of state to represent the liquid and vapor phases, respectively. Moreover, a comprehensive model was used to determine the liquid molar flow rate on each tray where it changed with time and tray by tray. The impact of various concentrations of solvents and different operating conditions (total ...
-
enhancement in triethylene glycol teg purity via hydrocarbon solvent injection to a teg water system in a batch distillation column
Energy & Fuels, 2011Co-Authors: K Paymooni, M R Rahimpour, Sona Raeissi, Mohsen Abbasi, Mohammad Saviz BaktashAbstract:Triethylene glycol (TEG) is one of the most important liquid desiccants in the natural Gas dehydration industry. In enhanced TEG regeneration processes, liquid hydrocarbons such as toluene and isooctane are added to the stripping column of natural Gas dehydration unit in order to boost water volatility and regenerate TEG to higher purity. In this study, isooctane and toluene were selected as liquid hydrocarbon solvents and the effect of these two solvents on TEG purity and the outlet water concentration from the reboiler of tray column were experimentally investigated and mathematically modeled. The vapor–liquid equilibrium calculations were performed using the NRTL activity coefficient model and Ideal Gas Equation of state to represent the liquid and vapor phases, respectively. Moreover, a comprehensive model was used to determine the liquid molar flow rate on each tray where it changed with time and tray by tray. The impact of various concentrations of solvents and different operating conditions (total ...
Sona Raeissi - One of the best experts on this subject based on the ideXlab platform.
-
Enhancement in Triethylene Glycol (TEG) Purity via Hydrocarbon Solvent Injection to a TEG + Water System in a Batch Distillation Column
Energy & Fuels, 2011Co-Authors: K Paymooni, M R Rahimpour, Sona Raeissi, Mohsen Abbasi, Mohammad Saviz BaktashAbstract:Triethylene glycol (TEG) is one of the most important liquid desiccants in the natural Gas dehydration industry. In enhanced TEG regeneration processes, liquid hydrocarbons such as toluene and isooctane are added to the stripping column of natural Gas dehydration unit in order to boost water volatility and regenerate TEG to higher purity. In this study, isooctane and toluene were selected as liquid hydrocarbon solvents and the effect of these two solvents on TEG purity and the outlet water concentration from the reboiler of tray column were experimentally investigated and mathematically modeled. The vapor–liquid equilibrium calculations were performed using the NRTL activity coefficient model and Ideal Gas Equation of state to represent the liquid and vapor phases, respectively. Moreover, a comprehensive model was used to determine the liquid molar flow rate on each tray where it changed with time and tray by tray. The impact of various concentrations of solvents and different operating conditions (total ...
-
enhancement in triethylene glycol teg purity via hydrocarbon solvent injection to a teg water system in a batch distillation column
Energy & Fuels, 2011Co-Authors: K Paymooni, M R Rahimpour, Sona Raeissi, Mohsen Abbasi, Mohammad Saviz BaktashAbstract:Triethylene glycol (TEG) is one of the most important liquid desiccants in the natural Gas dehydration industry. In enhanced TEG regeneration processes, liquid hydrocarbons such as toluene and isooctane are added to the stripping column of natural Gas dehydration unit in order to boost water volatility and regenerate TEG to higher purity. In this study, isooctane and toluene were selected as liquid hydrocarbon solvents and the effect of these two solvents on TEG purity and the outlet water concentration from the reboiler of tray column were experimentally investigated and mathematically modeled. The vapor–liquid equilibrium calculations were performed using the NRTL activity coefficient model and Ideal Gas Equation of state to represent the liquid and vapor phases, respectively. Moreover, a comprehensive model was used to determine the liquid molar flow rate on each tray where it changed with time and tray by tray. The impact of various concentrations of solvents and different operating conditions (total ...
Mohsen Abbasi - One of the best experts on this subject based on the ideXlab platform.
-
Enhancement in Triethylene Glycol (TEG) Purity via Hydrocarbon Solvent Injection to a TEG + Water System in a Batch Distillation Column
Energy & Fuels, 2011Co-Authors: K Paymooni, M R Rahimpour, Sona Raeissi, Mohsen Abbasi, Mohammad Saviz BaktashAbstract:Triethylene glycol (TEG) is one of the most important liquid desiccants in the natural Gas dehydration industry. In enhanced TEG regeneration processes, liquid hydrocarbons such as toluene and isooctane are added to the stripping column of natural Gas dehydration unit in order to boost water volatility and regenerate TEG to higher purity. In this study, isooctane and toluene were selected as liquid hydrocarbon solvents and the effect of these two solvents on TEG purity and the outlet water concentration from the reboiler of tray column were experimentally investigated and mathematically modeled. The vapor–liquid equilibrium calculations were performed using the NRTL activity coefficient model and Ideal Gas Equation of state to represent the liquid and vapor phases, respectively. Moreover, a comprehensive model was used to determine the liquid molar flow rate on each tray where it changed with time and tray by tray. The impact of various concentrations of solvents and different operating conditions (total ...
-
enhancement in triethylene glycol teg purity via hydrocarbon solvent injection to a teg water system in a batch distillation column
Energy & Fuels, 2011Co-Authors: K Paymooni, M R Rahimpour, Sona Raeissi, Mohsen Abbasi, Mohammad Saviz BaktashAbstract:Triethylene glycol (TEG) is one of the most important liquid desiccants in the natural Gas dehydration industry. In enhanced TEG regeneration processes, liquid hydrocarbons such as toluene and isooctane are added to the stripping column of natural Gas dehydration unit in order to boost water volatility and regenerate TEG to higher purity. In this study, isooctane and toluene were selected as liquid hydrocarbon solvents and the effect of these two solvents on TEG purity and the outlet water concentration from the reboiler of tray column were experimentally investigated and mathematically modeled. The vapor–liquid equilibrium calculations were performed using the NRTL activity coefficient model and Ideal Gas Equation of state to represent the liquid and vapor phases, respectively. Moreover, a comprehensive model was used to determine the liquid molar flow rate on each tray where it changed with time and tray by tray. The impact of various concentrations of solvents and different operating conditions (total ...
