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Processes 2020, 8, x FOR PEER REVIEW Processes 2020, 8, 216 Processes 2020, 8, x FOR PEER REVIEW 20 of 23 recoAvcecroyrdisinthgetobethsteocnoemopfatrhiseonfo,uthrecypcelrefso.rSmoa,nthceosfptlhiteesxplaitnesxiopnanSs-iCoOn2Sc-CycOle2cisyclheoisnewnafostrefhuetuatre recovery is the best one of the four cycles. So, the split expansion S-CO2 cycle is chosen for future rerceosevaercyhi,swthenbethstosoenpeaorfamtheteforsuwr chyichlesa.reSoin, ftlhuenspcilnitgefxapcatonrssiofnorSt-hCeOc2yclyec,lesuicshchasostehne SfoRr, ftutrubrinee research, when those parameters which are influencing factors for the cycle, such as the SR, turbine retseemaprcehr,atwuhrenanthdosteurpbairnaempertesrsuwreh,icahrearfeixiendfl,utehneciingflfuaecntocersofofrptrheesscuyrcelel,ossuschonasththeeeSxRh,atusrtbihneeat temperature and turbine pressure, are fixed, the influence of pressure loss on the exhaust heat recovery termecpoevreartyurreataiondfotrurvbairnioeupsrehsesautre,xcahraenfgixeerde,fftehcetivinefnluesesncise sohfopwrnessinurFeiglousrse o2n7. tTheheexehxahuauststhheaetat ratio for various heat exchanger effectiveness is shown in Figure 27. The exhaust heat recovery ratio rerceocvovereyryrartaiotiofoirnvcraeraioseuswheiathtetxhcehadnegcerreaesfefecotfivtehneespsreisssuhroewlnosisnaFnidgutrhee27in.cTrheaesexhofautshtehheaetat 20 of 23 20 of 23 Figure 26. Total output power of the ICE and various S-CO2 cycle layouts. Figure 26. Total output power of the ICE and various S-CO2 cycle layouts. Figure 26. Total output power of the ICE and various S-CO2 cycle layouts. According to the comparison, the performance of the split expansion S-CO2 cycle in waste heat According to the comparison, the performance of the split expansion S-CO2 cycle in waste heat increases with the decrease of the pressure loss and the increase of the heat exchanger effectiveness. recxocvhearnygerrateioffeicnticvrenaseess.wSiinthcetthepdreecsrseuarselofssthweillpresusultreinlfolsoswalnodssetsheininthcerepasipeeloinfet,htehehheaetat Since the pressure loss will result in flow losses in the pipeline, the heat exchanger effectiveness will execxhchanangegrereeffefecctitviveenneess.s Swinilcleretshueltpirnehsseuartelolsosesswiniltlhreshuelattienxcflhoawngleors.ses in the pipeline, the heat result in heat losses in the heat exchanger. exchanger effectiveness will result in heat losses in the heat exchanger. Figure 27. Influence of pressure loss on the exhaust heat recovery ratio for various heat exchanger Figure 27. Influence of pressure loss on the exhaust heat recovery ratio for various heat exchanger effectiveness. Fiegffuerceti2v7e.nIensfsl.uence of pressure loss on the exhaust heat recovery ratio for various heat exchanger effectiveness. The split-flow recompression S-CO2 cycle was better in system thermal efficiency, and thermal The split-flow recompression S-CO2 cycle was better in system thermal efficiency, and thermal efficiency was an important parameter which needed be improved in the power system, so there was efficTiehnecsyplwita-fsloawn rimecpoomrptarnetsspioanraSm-CetOer2 cwyhcliechwnaesebdeetdterbeinimsypstreomvetdheinrmthael epffoiwcienrcsy,satenmd,thsoertmhearle lots of research on the split-flow recompression S-CO2 cycle, while there was little research on the efwfiaciselnoctysowfarsesaenaricmhponrttahnetspalrita-mfloewterrewchomichprneesesidoendSb-CeOim2pcyroclvee,dwihnilethteheproewwearssylisttlemr,eseoarthcheroen other S-CO2 cycles. However, in ICE, not only must the thermal efficiency be considered, but the wtahse lothseorfSr-eCsOea2rcyhcloens.tHheowspelvite-frl,oiwn IrCeEco, mnoptroensslyiomn uSs-Ct tOh2ectyhcelrem, walheiflfeictiheenrceywbaescolinttsliedreerseeda,rbcuhtotnhe waste heat recovery ratio also must be considered. It was shown that the split-flow expansion S-CO2 thweaostheehreSa-tCrOec2ocvyecrlyesr.aHtiowalesvoemr,uinstICbeE,connostiodnelryedm.uItswttahsesthoewrmnatlheaftfitchienscpylitb-eflocownseixdpearnedsi,obnuSt-tChOe2 waste heat recovery ratio also must be considered. It was shown that the split-flow expansion S-CO2PDF Image | Supercritical CO2 Cycle for ICE Waste Heat Recovery
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