Purification Technology Edition: Daily Question [2018-1-8]
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What is air lift? How does the amount of nitrogen used in air lift affect the regeneration of methanol? Answer: The method of adding an inert gas with very low solubility to reduce the partial pressure of the solute in the gas phase, thereby promoting the desorption of the solute dissolved in the solvent, is called stripping. As the amount of nitrogen used for stripping increases, there is less H2S and CO2 in the regenerated methanol, resulting in more thorough methanol regeneration.
What is air lift? How does the amount of nitrogen used in air lift affect the regeneration of methanol? Answer: The method of adding an inert gas with very low solubility to reduce the partial pressure of the solute in the gas phase, thereby promoting the desorption of the solute dissolved in the solvent, is called stripping. As the amount of nitrogen used for stripping increases, there is less H2S and CO2 in the regenerated methanol, resulting in more thorough methanol regeneration.
The method of adding an inert gas with very low solubility to reduce the partial pressure of the solute in the gas phase, thereby promoting the desorption of the solute dissolved in the solvent, is called stripping. As the amount of nitrogen used for stripping increases, there is less H2S and CO2 in the regenerated methanol, resulting in more thorough methanol regeneration.
The method of adding an inert gas with very low solubility to reduce the partial pressure of the solute in the gas phase, thereby promoting the desorption of the solute dissolved in the solvent, is called stripping. As the amount of nitrogen used for stripping increases, there is less H2S and CO2 in the regenerated methanol, resulting in more thorough methanol regeneration.
The method of adding an inert gas with very low solubility to reduce the partial pressure of the solute in the gas phase, thereby promoting the desorption of the solute dissolved in the solvent, is called stripping. As the amount of nitrogen used for stripping increases, there is less H2S and CO2 in the regenerated methanol, resulting in more thorough methanol regeneration.
The method of adding an inert gas with very low solubility to reduce the partial pressure of the solute in the gas phase, thereby promoting the desorption of the solute dissolved in the solvent, is called stripping. As the amount of nitrogen used for stripping increases, there is less H2S and CO2 in the regenerated methanol, resulting in more thorough methanol regeneration.
The method of adding an inert gas with very low solubility to reduce the partial pressure of the solute in the gas phase, thereby promoting the desorption of the solute dissolved in the solvent, is called stripping. As the amount of nitrogen used for stripping increases, there is less H2S and CO2 in the regenerated methanol, resulting in more thorough methanol regeneration.
The method of adding an inert gas with very low solubility to reduce the partial pressure of the solute in the gas phase, thereby promoting the desorption of the solute dissolved in the solvent, is called stripping. As the amount of nitrogen used for stripping increases, there is less H2S and CO2 in the regenerated methanol, resulting in more thorough methanol regeneration.
The method of adding an inert gas with very low solubility to reduce the partial pressure of the solute in the gas phase, thereby promoting the desorption of the solute dissolved in the solvent, is called stripping. As the amount of nitrogen used for stripping increases, there is less H2S and CO2 in the regenerated methanol, resulting in more thorough methanol regeneration.
The method of adding an inert gas with very low solubility to reduce the partial pressure of the solute in the gas phase, thereby promoting the desorption of the solute dissolved in the solvent, is called stripping. As the amount of nitrogen used for stripping increases, there is less H2S and CO2 in the regenerated methanol, resulting in more thorough methanol regeneration
The method of adding an inert gas with very low solubility to reduce the partial pressure of the solute in the gas phase, thereby promoting the desorption of the solute dissolved in the solvent, is called stripping. As the amount of nitrogen used for stripping increases, there is less H2S and CO2 in the regenerated methanol, resulting in more thorough methanol regeneration.