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www.orcnext. be ORCNext – WP4 Development of supercritical technologies WP-leader: UGent– Applied Thermodynamics and Heat Transfer Prof.dr.ir. Michel De Paepe 1

ORCNext – WP4 Development of supercritical technologies

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ORCNext – WP4 Development of supercritical technologies. WP-leader: UGent – Applied Thermodynamics and Heat Transfer Prof.dr.ir. Michel De Paepe. WP status in a glance. Highlights Literature study about transcritical ORCs Literature study about supercritical heat transfer  ongoing - PowerPoint PPT Presentation

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Page 1: ORCNext – WP4 Development of supercritical technologies

www.orcnext.be

ORCNext – WP4Development of supercritical technologies

WP-leader: UGent– Applied Thermodynamics and Heat Transfer

Prof.dr.ir. Michel De Paepe

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Page 2: ORCNext – WP4 Development of supercritical technologies

www.orcnext.be 2

WP status in a glance

Highlights

1. Literature study about transcritical ORCs

2. Literature study about supercritical heat transfer ongoing

3. Acquaintance with ‘EES’ First simulation models for simple subcritical cycles

Page 3: ORCNext – WP4 Development of supercritical technologies

www.orcnext.be 3

WP status in a glance

Lowlights

1. PhD student started 01/10/2012

2. Literature finished by end of December

3. Contact with University of Queensland, Australia

Page 4: ORCNext – WP4 Development of supercritical technologies

www.orcnext.be 4

status of the research compared to the planning & the expected results

1. Literature survey

2. Investigate thermophysical properties around C.P Refprop/EES

3. Design test setup + order material

4. Model transcritical cycle (together with WP1)

Page 5: ORCNext – WP4 Development of supercritical technologies

www.orcnext.be 5

Industrial relevance

What result can lead to an R&D project with industry right now?-What would be needed to make this more interesting?-Who from the Advisory Group should be contacted?-Who from outside the AG could be contacted?-