SLIDE 1
Existing Reactor
- Recreating a current
Titanium Nanotube Reactor
- Add features to the
Benchmark
- Design a new LabView
P13601 Titantia Nanotube Reactor By: Garry Clarke, Bill Dullea, - - PowerPoint PPT Presentation
P13601 Titantia Nanotube Reactor By: Garry Clarke, Bill Dullea, - - PowerPoint PPT Presentation
P13601 Titantia Nanotube Reactor By: Garry Clarke, Bill Dullea, Jaeyoung Ho, Kelly McNabb, Mary Medino Existing Reactor Recreating a current Titanium Nanotube Reactor Add features to the Benchmark Design a new LabView Customers
SLIDE 2
SLIDE 3
Customer’s Needs
SLIDE 4
Design Concept
SLIDE 5
Humidity Control
- Container
- Leakage Tests were performed
- Psychrometer
SLIDE 6
Chiller
- Used for water
bath
- Maintain set point
temperature
- Control the pump
speed
SLIDE 7
Labview
- Monitor temperature
– Graph – Indicator
- Kill system for
temperature
- Not able to control
chiller
SLIDE 8
Final Set Up
SLIDE 9
Conclusion
- Humidity 5.1% within final setup
- Constant temperature
- Ease of loading/unloading
- Clear reactor for observations
SLIDE 10
Future Plans
- Create a larger chamber
- Link the chiller remotely
- LabView fully controls
the chiller
- Add external coupling
for chiller tubing
- Clamping system for the
beaker.
SLIDE 11
Future Plans
- Clamping system for the
beaker.
- If budget allows link get
a humidity detector and link to labview
- Dry Air flow regulator
SLIDE 12