煤炭超临界水气化制氢耦合超临界H2O/CO2混合工质发电新型热力系统的构建与优化
项目来源
国(略)研(略)((略)D(略)
项目主持人
白(略)
项目受资助机构
西(略)大(略)
立项年度
2(略)
立项时间
未(略)
项目编号
2(略) YFB0600105
项目级别
国(略)
研究期限
未(略) (略)
受资助金额
5(略)0(略)
学科
煤(略)高(略)和(略)能(略)
学科代码
未(略)
基金类别
未(略)
关键词
超(略) (略)气(略) (略);(略)工(略) (略)联(略) (略)统(略)S(略)r(略)t(略)l(略)t(略);(略)a(略)a(略)i(略)i(略);(略)d(略)e(略)r(略)c(略)n(略)E(略)t(略)i(略)g(略)r(略)o(略)i(略)h(略)i(略)o(略)n(略)u(略)a(略)s(略)P(略)-(略)e(略)i(略);(略)e(略)l(略)d(略)w(略)s(略)e(略)
参与者
韩(略)俊(略)辉(略)武(略)彦(略)珍
参与机构
中(略)院(略)物(略)清(略);(略)学(略)煤(略)集(略)
项目标书摘要:本研(略)氢耦合超临界H2O(略)型热力系统的构建与(略)新型热力循环及系统(略)、化学能转换与不可(略)临界水煤气化过程不(略)失及不同反应路径参(略)能转换与综合梯级利(略)化和传递规律,突破(略)统集成、工程化概念(略)超临界水煤气化制氢(略)能源系统,并与超临(略)循环进行对比,完成(略)与工程化方案,系统(略)度详细模拟了外燃煤(略)发电系统和基于自维(略)系统,并构建了新的(略)临界水气化产物调控(略)耗特性。使用Asp(略)amics软件对两(略)两级压缩混合工质发(略)氢燃烧反应器动态特(略)对混合工质冷凝分离(略)面过冷度、压力对C(略)水平管外凝结换热得(略)制氢工艺与现有用氢(略)拟,打通了工艺流程(略)系统,从系统热端和(略)行优化。
Applicati(略): Aiming (略)truction (略)ual desig(略)thermal s(略)ydrogen p(略)y supercr(略)r gasific(略)ed with s(略)l H2O/CO2(略)his proje(略)on solvin(略)c problem(略)ew therma(略) system c(略) rules,gl(略)zation th(略)al energy(略) and irre(略) to revea(略)ionship b(略)irreversi(略)upercriti(略)oal gasif(略) Gibbs fr(略)oss and d(略)action pa(略)rs,chemic(略)onversion(略)hensive c(略)ization m(略)e objecti(略)project i(略) the law (略)rade chan(略)sfer,brea(略)he key te(略)including(略)objective(略)on contro(略)system in(略)nd engine(略)ptual des(略)pose a hi(略)nce energ(略)th the co(略)critical (略)gasificat(略)n generat(略)pled powe(略)n.Compare(略)thermal c(略)ercritica(略)fired pow(略)on,the ne(略)d prototy(略)al design(略)ering sch(略)mpleted,a(略)em effici(略)less than(略)s year,we(略) simulate(略)critical (略)y gasific(略) generati(略)ased on e(略)l gasific(略)he power (略)system ba(略)-sustaini(略)tical wat(略)ification(略)w system (略)on and in(略)the regul(略)al superc(略)er gasifi(略)ucts and (略)n of hydr(略)tion as w(略)gy consum(略)cteristic(略)system.Th(略)tudy of t(略)generativ(略)eheating (略)d two-sta(略)ed mixtur(略)neration (略)carried o(略)en Plus D(略)tware.The(略)aracteris(略)rogen com(略)ctor were(略) paramete(略) addition(略)s of CO2 (略)l superco(略)e and pre(略)ndensatio(略)transfer (略)mixture o(略)horizonta(略) studied.(略) simulati(略)upercriti(略)oal gasif(略)cess and (略)g hydroge(略)process w(略) out and (略)ogical pr(略)ot throug(略)upercriti(略)dioxide p(略)tion syst(略)em config(略) optimize(略)hot and c(略)
项目受资助省
陕(略)
- (略)