White Paper
Designing And Optimizing Gas/Liquid Reactions For: Chemical Reactions, Heat Transfer
Source: Lechler Inc.
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•White Paper: Designing And Optimizing Gas/Liquid Reactions For: Chemical Reactions, Heat Transfer
There are countless applications where spray nozzles are employed to create liquid surface area to provide interaction between the liquid and surrounding gas. That interaction can support chemical reactions, transfer heat, induce a phase change and generally equalize conditions between the liquid and gas.
Consider a droplet floating in space. What could be happening?
- Any difference in temperature will equalize as heat flows from the warmer to colder medium.
- Liquid will evaporate or condense depending on the surrounding humidity level.
- Gasses will dissolve into the liquid or diffuse out depending on the relative concentrations.
- If chemicals are present that would tend to react, they will react as they encounter each other through the boundary layer.
The question is, how can you create a situation where you provide the optimal conditions to make your desired outcome happen?
Click Here To Download:
•White Paper: Designing And Optimizing Gas/Liquid Reactions For: Chemical Reactions, Heat Transfer
SOURCE: Lechler Inc.
