Distilling Air for Nobel Gases: A Comprehensive Textbook Resource

In summary, the conversation is about finding the best textbook resource for multi component distillation, specifically for the separation of noble gases from air. The speaker is interested in detailed calculations and the use of tray distillation for this process. They also mention that this resource may also be applicable to the fractionation of oil. Holland's textbook is recommended as a readable option for this topic.
  • #1
rppearso
204
3
What is the best textbook resource (or comprehensive publications, etc) on multi component distillation? particularly the separation of nobel gases from air. Air has all of the nobel gases (except maybe krypton) but they are trace so finding the off takes for these would be incredibly difficult and the off take trays would have only trickles of liquid on them compared to the O2 and N2 trays. Or do they even use tray distillation for pulling nobel gases out of air? I would be interested in the VERY detailed calculations of numerous component distillation even if the text goes back to statistical thermodynamics (which I suspect it will have to in order to go beyond macabe tieli and tertiary diagrams). This would also apply to fractionation of oil as well, though oil is a more even spread than nobel gases.
 
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  • #4
Holland's fairly readable.
 
  • #5
Bystander said:
Holland's fairly readable.
Yea I don't expect it to a tom Clancy novel so long as they don't skip a ton of steps in critical areas where key fundamentals are being developed.
 

FAQ: Distilling Air for Nobel Gases: A Comprehensive Textbook Resource

1. What is advanced distillation of air?

Advanced distillation of air is a process used to separate and purify the components of air, such as nitrogen, oxygen, and other gases. It involves the use of advanced distillation techniques, such as cryogenic distillation, to achieve a high level of purity in the separated gases.

2. How does advanced distillation of air work?

The process of advanced distillation of air involves cooling the air to extremely low temperatures, below the boiling points of the different components. This causes the gases to condense and separate based on their different boiling points. The separated gases are then collected and further purified through multiple distillation stages.

3. What are the applications of advanced distillation of air?

Advanced distillation of air has various applications in industries such as healthcare, food and beverage, and electronics. The separated gases are used for medical oxygen, nitrogen for food packaging, and argon for welding and electronics manufacturing.

4. What are the benefits of advanced distillation of air?

Advanced distillation of air allows for the production of high-purity gases, which are essential for many industrial and medical processes. It also reduces the environmental impact of air pollution by separating and collecting harmful gases, such as carbon dioxide and methane.

5. Are there any challenges associated with advanced distillation of air?

Yes, advanced distillation of air can be a complex and energy-intensive process, requiring specialized equipment and skilled operators. It also requires careful monitoring and maintenance to ensure the purity and efficiency of the separated gases.

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