流體壓力能綜合利用技術(shù)試驗(yàn)研究

1、大連理工大學(xué)碩士學(xué)位論文流體壓力能綜合利用技術(shù)試驗(yàn)研究姓名：劉慶鋒申請學(xué)位級別：碩士專業(yè)：化工過程機(jī)械指導(dǎo)教師：丁信偉周一卉20050618流體壓力能綜合利用技術(shù)試驗(yàn)研究AbstractTheprocessmdustryoftencopeswithhighpressurefluidmaterial，includingtheusedhighpressurefluidInthepast，theusedhighpressurefluidwas

2、directlydischargedafterbeingthrottledandpressurereducedTheinefficientutilizationoftheenergyinthefluidisthemaincauseofthecontinuinghighenergeticconsumptioninprocessindustryTherefore，theprocessindustryhasbeenapplyingfluide

3、nergyrecoveringtechnologytoachievethebestandthemostefficientdispositionofenergyallovertheworldInChinathecomprehensionpressureandenergyutilizationindustryhasalreadybeentakenasthekeydevelopingfieldin“TheTenthFiveYearPlan’T

4、heresearchonthecomprehensiveutilizationoffluidenergyissosignificantthatitcanbringbothsocialeffectsandeconomicretumsForeignresearcheshadbegunsince1960s，andthecompmhensiveutilizationtechnologyoffluidenergyhasalreadybeenind

5、ustrializedandappliedinprocessindustryWhileourcountryfallbehindtheforeigncountriesintheseresearchesandourtechnologyandequipmentsdependonimportsForthisreson，thedevelopmentoftheeompmhensiveutilizingtechnologyandeqNpmentwit

6、hindependentintellectualpropertyoffluidenergyisanurgentneedincarryingoutthesustainablestrategyinChinaBasedonthecommentaryoftheforeignanddomesticfluidpmssureenergyutilizingtechnologyandequipments，thisthesispaperemploysthe

7、experimentodemedresearchmethodsupplementedbythemeansofthetheomficalcomputationandmakesadeepresearchonthemostefficientrotarypressureexchangerwiththehighestefficiencyinfluidenergycomprehensiveutilizingtechnology1Consulting

8、technicaldataanddoingresearchonpressureexchangerdecidingontheworkingprinciples，technicalparameters，andtheextentofgeomelricparameters2Settingupexperimentaldeviceswhiletakingthesmall—sizei％rerseosmosisseawaterdesalinatingd

9、eviceastheindustrialbackgroundmainlyincludingdesigningtheprototypeofrotarypressureexchangeranddecidingontheprocessoftheexperiment3Makingexperimentalresearchonrotarypressureexchangermainlyincludingtheresearchonthegenerati

10、ngmechanismofrotorwithoutanyextemalauxiliaryforceandthefluidenergyexchangingmechanisminrotarypressureexchanger，andtheanalysisoftheworkingefficiencyoftheprototypeandtheexperimentalsystemKeywords：fluidenergyrecoveringrotar