Internship final report EDYTA PILORZ (Cracow University of Technology) September – October Supervisors: Jérôme Daguin Philippe Lenoir

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 2 Edyta Pilorz – internship final report

Integration the dummy load inside the manifold Measuring the connectors 3 Edyta Pilorz – internship final report

Integration the dummy load inside the manifold Preparing the 3D model of the dummy load 4 Edyta Pilorz – internship final report

Integration the dummy load inside the manifold The view of the manifold containing the dummy load inside 5 Edyta Pilorz – internship final report

Attaching the Carel Valve with the dummy load Simplified model of the Carel Valve 6 Edyta Pilorz – internship final report 3D of the Carel Valve provided by manufacturer

Attaching the Carel Valve with the dummy load The assembly of the connectors and the Carel Valve 7 Edyta Pilorz – internship final report

Attaching the Carel Valve with the dummy load Modifications of the tubing 8 Edyta Pilorz – internship final report

Replacing the bypass valve with the Carel Valve in the plant 9 Edyta Pilorz – internship final report The view of the present bypass valve in TIF plant

Replacing the old bypass valve with the Carel Valve in the plant First version of mounting the Carel Valve 10 Edyta Pilorz – internship final report disadvantages of this solution: -Short gland -Tee microfit Second version of mounting the Carel Valve 60 mm 14 mm

Designing the flange which will connect the DP flowmeters with the capillaries 11 The first concept Edyta Pilorz – internship final report

Designing the flange which will connect the DP flowmeters with the capillaries 12 Edyta Pilorz – internship final report CMS manifold with DP flowmeters The first concept

Designing the flange which will connect the DP flowmeters with the capillaries 13 Edyta Pilorz – internship final report The second concept

Designing the flange which will connect the DP flowmeters with the capillaries 14 Edyta Pilorz – internship final report The second concept Swagelok standard pieces Swagelok standard piece Swagelok ½inch 6 mm gland Swagelok tee microfits

Designing the flange which will connect the DP flowmeters with the capillaries 15 Edyta Pilorz – internship final report The second concept

Placing the DP flowmeters both in TIF and CMS P5 manifolds 16 Edyta Pilorz – internship final report The view of the loop in CMS manifold

Placing the DP flowmeters both in TIF and CMS P5 plant 17 Edyta Pilorz – internship final report Before in TIF After in TIF one standard Swagelok element The view of the loop in TIF manifold

Thank you for the attention! 18 Edyta Pilorz – internship final report