Upgrading of the CO2 compressor SER test facility, implement improved oil 656 PR D2.2_2017.01 PU 2017-11 NTNU management concept and perform 150 experimental test campaigns Next generation multi-ejector SER 300 concepts for boosted energy M D2.2_2017.02 RE 2017-12 NTNU 200 performance Develop new ejector geometries for SER 300 recirculation in large capacity CO2 PR D2.2_2017.03 RE 2017-07 NTNU 150 systems, RSW ejector Piston compressor for high suction SER 250 and discharge temperature operation PR D2.2_2017.04 RE 2017-11 with hydrocarbons for industrial high NTNU 150 temperature heat pumps Support activity for testing and SER 1000 development of compressors in the M D2.2_2017.05 PU 2017-12 100 NTNU hydrocarbon test facility Journal article related to the results obtained on new Ejector designs SER 100 JP D2.2_2017.06 PU 2017-12 during modelling and lab 75 NTNU investigation 50 M D2.2_2017.07 PU 2017-04 Plan for PhD#2.2.1 work on "CFD NTNU Ejector" 3331 Other deliverables? (to be discussed) WP2.3 Natural Working Fluids and mixtures Rebuild and upgrade the HC heat transfer test facility to be operative to M D2.3_2017.01 PU 2017-09 NTNU 400 enable evaporation and condensation Perform experimental test campaigns with various Hydrocarbons (CH4; PR D2.3_2017.02 PU 2017-12 NTNU 200 CH6; CH8; CH10; ++) Define potential HC fluid mixture configurations and perform SER 150 PR D2.3_2017.03 PU 2017-10 experimental investigation on heat NTNU 100 transfer and pressure Draft of journal article related to the SER 100 results obtained during lab JA D2.3_2017.04 PU 2017-12 NTNU 100 investigation Plan for PhD#2.3.1 work on "HC M D2.3_2017.05 PU 2017-04 NTNU mixture performance" 1050 Other deliverables? (to be discussed)
Upgrading of the CO2 compressor test facility, implement improved oil management concept and perform experimental test campaigns PR D2.2_2017.01 PU 2017-11 SER NTNU 656 150 Next generation multi-ejector concepts for boosted energy performance M D2.2_2017.02 RE 2017-12 SER NTNU 300 200 Develop new ejector geometries for recirculation in large capacity CO2 systems, RSW ejector PR D2.2_2017.03 RE 2017-07 SER NTNU 300 150 Piston compressor for high suction and discharge temperature operation with hydrocarbons for industrial high temperature heat pumps PR D2.2_2017.04 RE 2017-11 SER NTNU 250 150 Support activity for testing and development of compressors in the hydrocarbon test facility M D2.2_2017.05 PU 2017-12 SER NTNU 1000 100 Journal article related to the results obtained on new Ejector designs during modelling and lab investigation JP D2.2_2017.06 PU 2017-12 SER NTNU 100 75 50 Plan for PhD#2.2.1 work on "CFD Ejector" M D2.2_2017.07 PU 2017-04 NTNU 3331 Other deliverables? (to be discussed) WP2.3 Natural Working Fluids and mixtures Rebuild and upgrade the HC heat transfer test facility to be operative to enable evaporation and condensation M D2.3_2017.01 PU 2017-09 NTNU 400 Perform experimental test campaigns with various Hydrocarbons (CH4; CH6; CH8; CH10; ++) PR D2.3_2017.02 PU 2017-12 NTNU 200 Define potential HC fluid mixture configurations and perform experimental investigation on heat transfer and pressure PR D2.3_2017.03 PU 2017-10 SER NTNU 150 100 Draft of journal article related to the results obtained during lab investigation JA D2.3_2017.04 PU 2017-12 SER NTNU 100 100 Plan for PhD#2.3.1 work on "HC mixture performance" M D2.3_2017.05 PU 2017-04 NTNU 1050 Other deliverables? (to be discussed)
New%20Master%20Workplan%2029Jan17.docx