Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
623613 | Desalination | 2014 | 15 Pages |
Abstract
The development of a small-sized nuclear heat-only plant with maximized safety features dedicated to seawater thermal desalination was proposed to address both a serious water crisis and nuclear safety issues, which continue to be perennial problems. In this study, the feasibility of a dedicated nuclear heat-only desalination system for a target country was evaluated in comparison with a target nuclear thermal desalination system. First, the target country was selected, and its current energy and desalination status was investigated. The suitable nuclear desalination options for the target country were then selected. Finally, using corresponding analysis tools, performance and economic analyses were conducted for a dedicated nuclear heat-only desalination system and the target nuclear thermal desalination system. The results of the analyses indicate that operating the small-sized nuclear heat-only plant at low pressures coupled with a seawater thermal desalination plant will considerably improve both the safety and economy without a significant loss in desalination performance. In conclusion, the proposed dedicated nuclear heat-only desalination system is expected to have high potential for solving both problems.
Keywords
LPTTBTEPICENGNBSGORGCCLECIDABWRMSFCSISLWCCCGTHTGRPWRHRSGPHWRIHXWCRLMFBRINETTotal final consumptionFANRTVChptMSRTDSCSPIEALocaEPCTFCSnPPTPEsInternational energy agencyIAEAinternational atomic energy agencyU.S. Energy Information AdministrationReverse OsmosisUAEOPECEIAMEDMulti-stage flash distillationMulti-Effect DistillationSteam turbineGas turbineCombined cycle gas turbineLoss-of-Coolant AccidentTop brine temperatureBoiling water reactorsMolten salt reactorHigh temperature gas-cooled reactorPCsANSPower conversion systemGulf cooperation councildeepConcentrating solar powerThermal vapor compressionIntermediate heat exchangerTotal dissolved solidsHeat recovery steam generatorGained output ratioNuclear desalinationLevelized energy costSteam generatorScadtotal primary energy supply
Related Topics
Physical Sciences and Engineering
Chemical Engineering
Filtration and Separation
Authors
Yong Hun Jung, Yong Hoon Jeong, Jinyoung Choi, Andhika F. Wibisono, Jeong Ik Lee, Hee Cheon No,