Internship final report
September – October 2015
EDYTA PILORZ
(Cracow University of Technology)
Supervisors:
Jérôme Daguin
Philippe Lenoir
1
Main tasks
1. Integration the dummy load inside the TIF manifold
2. Attaching the Carel Valve with the dummy load
3. Replacing the old bypass valve with the Carel Valve in the plant
Additional tasks
1. Designing the flange which will connect the DP flowmeters with the capillaries
2. Placing the DP flowmeters both in TIF and CMS P5 manifolds 3D models
Edyta Pilorz – internship final report
2
Integration the dummy load inside the manifold
Measuring the connectors
Edyta Pilorz – internship final report
3
Integration the dummy load inside the manifold
Preparing the 3D model of the dummy load
Edyta Pilorz – internship final report
4
Integration the dummy load inside the manifold
The view of the manifold containing the dummy load inside
Edyta Pilorz – internship final report
5
Attaching the Carel Valve with the dummy load
Simplified model of the Carel Valve
Edyta Pilorz – internship final report
3D of the Carel Valve provided by manufacturer
6
Attaching the Carel Valve with the dummy load
The assembly of the connectors and the Carel Valve
Edyta Pilorz – internship final report
7
Attaching the Carel Valve with the dummy load
Modifications of the tubing
Edyta Pilorz – internship final report
8
Replacing the bypass valve with the Carel Valve in the plant
The view of the present bypass valve in TIF plant
Edyta Pilorz – internship final report
9
Replacing the old bypass valve with the Carel Valve in the plant
First version of mounting the Carel Valve
Second version of mounting the Carel Valve
14 mm
60 mm
disadvantages of this solution:
- Short gland
- Tee microfit
Edyta Pilorz – internship final report
10
Designing the flange which will connect the DP flowmeters with
the capillaries
The first concept
Edyta Pilorz – internship final report
11
Designing the flange which will connect the DP flowmeters with
the capillaries
CMS manifold with DP flowmeters
The first concept
Edyta Pilorz – internship final report
12
Designing the flange which will connect the DP flowmeters with
the capillaries
The second concept
Edyta Pilorz – internship final report
13
Designing the flange which will connect the DP flowmeters with
the capillaries
The second concept
Swagelok ½inch 6 mm
gland
Swagelok
standard piece
Swagelok
standard pieces
Swagelok tee microfits
Edyta Pilorz – internship final report
14
Designing the flange which will connect the DP flowmeters with
the capillaries
The second concept
Edyta Pilorz – internship final report
15
Placing the DP flowmeters both in TIF and CMS P5
manifolds
The view of the loop in CMS manifold
Edyta Pilorz – internship final report
16
Placing the DP flowmeters both in TIF and CMS P5 plant
The view of the loop in TIF manifold
Before in TIF
After in TIF
one standard Swagelok
element
Edyta Pilorz – internship final report
17
Thank you for the attention!
Edyta Pilorz – internship final report
18