sCO2-HeRo Project (edt.)

Content

• Vojacek, Ales; Hacks, Alexander Johannes; Melichar, Tomas; Frybort, Otakar; Hájek, Petr:
  Challenges in Supercritical CO2 power cycle technology and first operational experience at CVR

  p. 8
• Noaman, Mohamed B.; Morosuk, Tatiana; Tsatsaronis, George:
  Economic forecasting for solar-energy assisted supercritical CO2 closed cycle

  p. 23
• Flaig, Wolfgang; Mertz, Rainer; Starflinger, Jörg:
  Design, control procedure and start-up of the sCO2 test facility SCARLETT

  p. 32
• De Miol, Maxence; Bianchi, Giuseppe; Henry, Gabriel; Holaind, Norman; Tassou, Savvas A.; Leroux, Arthur:
  Design of a single-shaft compressor, generator, turbine for small-scale supercritical CO2 systems for waste heat to power conversion applications

  p. 42
• Hacks, Alexander Johannes; Vojacek, Ales; Dohmen, Hans Josef; Brillert, Dieter:
  Experimental investigation of the sCO2-HeRo compressor

  p. 50
• Hacks, Alexander Johannes; Brillert, Dieter:
  Scaling considerations for the application of the sCO2-HeRo system in nuclear power plants

  p. 60
• Glos, Stefan; Wechsung, Michael; Wagner, Rebecca; Heidenhof, Andre; Schlehuber, Dominic:
  Evaluation of sCO2 power cycles for direct and waste heat applications

  p. 69
• Hájek, Petr; Vojacek, Ales; Hakl, Vaclav:
  Supercritical CO2 heat removal system - integration into European PWR fleet

  p. 79
• Gampe, Uwe; Henoch, Jasmin; Gerbeth, Gunter; Hannemann, Frank; Rath, Sebastian; Hampel, Uwe; Glos, Stefan:
  Concept and preliminary design of a 600 °C+ sCO2 test facility

  p. 86
• Kim, Min Seok; Oh, Bong Seong; Jung, Hwa-Young; Bae, Seong Jun; Lee, Jeong Ik:
  Comparison of CO2 critical flow model based on Henry-Fauske model with two-phase flow

  p. 93
• Oh, Bong Seong; Kim, Seong Gu; Cho, Seong Kuk; Lee, Jeong Ik:
  Start Up modeling of S-CO2 cooled KAIST Micro Modular Reactor using extended turbomachinery performance map

  p. 101
• Klemencic, Gregor; Werner, Andreas; Haider, Markus; Leibinger, Helmut; Fellner, Thomas; Steinschaden, Norbert; Bergthaller, Thomas; Nowack, Tim:
  Design and dynamic simulation of a 200 kWth laboratory sCO2-test rig

  p. 108
• Weiland, Nathan T.; White, Charles W.; O'Connell, Andrew C.:
  Effects of cold temperature and main compressor intercooling on recuperator and recompression cycle performance

  p. 116
• Mecheri, Mounir:
  SCO2 closed Brayton cycle for coal-fired power plant: an economic analysis of a technical optimization

  p. 127
• Strätz, Marcel; Mertz, Rainer; Starflinger, Jörg:
  Experimental investigation on the heat transfer between condensing steam and sCO2 in a compact heat exchangers

  p. 135
• Pandey, Sandeep; Laurien, Eckart; Chu, Xu:
  Flow and heat transfer characterization for supercritical CO2 during heat rejection

  p. 145
• Otero-Rodriguez, Gustavo J.; Patel, Ashish; Pecnik, Rene:
  A novel approach to accurately model heat transfer to supercritical fluids

  p. 153
• Buck, Reiner; Giuliano, Stefano:
  Impact of solar tower design parameters on sCO2-based solar tower plants

  p. 160
• Baik, Seungjoon; Lee, Jeong Ik:
  Preliminary experimental study of CO2 based mixture supercritical power cycle

  p. 168
• Lazova, Marija; De Paepe, Michel:
  Investigating the heat transfer characteristics of supercritical HFC-125 in low temperature organic Rankine cycle

  p. 178