简介:OnJanuary8,2000,thesponsors’writtenagreementontheIGCCdemonstrationprojectatYantai,ShandongwassignedinBeijing.TheprojectwasjointlyinvestedandconstructedbytheStatePowerCorporation,ShandongPowerGroupCompany,YantaiCityPowerDevelopmentLimitedCompanyandShandongIntern
简介:TheIGCCpowergenerationdemonstrationprojectinYantaiCity,ShandongProvinceistheState’scleancoalpowergenerationdemonstrationproject.Theconstructionscaleofthefirstphaseistobuildone300MWor400MWgeneratingunit,withreservedspaceforextension.Themainequipment,andmaind
简介:TheTenthInternationalGastricCancerCongress(IGCC)washeldinVerona,Italy,fromJune19to22,2013.Themeetingenclosedvariousaspectsofstomachtumormanagement,includingbothtightlyclinicalapproaches,andtopicsmorerelatedtobasicresearch.Moreover,anoverviewongastrointestinalstromaltumorswasprovidedtoo,althoughherenotdiscussed.Herewewilldiscusssometopicsrelatedtomolecularbiologyofgastriccancer(GC),inherenttoprognostic,diagnosticandtherapeutictoolsshownattheconference.Resultsaboutwellknownsubjects,suchasE-cadherinlossofexpression/function,werepresented.Theyrevealedthatothermutationsofthegenewereidentified,showingacontinuousresearchtoimprovediagnosisandprognosisofstomachtumor.Simultaneously,newpossiblemolecularmarkerswithanestablishedroleforotherneoplasms,werediscussed,suchasmesothelin,stomatin-likeprotein2andNotch-1.Hence,awideoverviewincludingbotholdandnewdiagnostic/prognostictoolswasoffered.GreatattentionwasalsodedicatedtopossibledrugstobeusedagainstGC.Theyincludedmonoclonalantibodies,suchasMS57-2.1,drugsusedinotherpathologies,suchasmaraviroc,andnaturalextractsfromplantssuchasbiflorin.WewouldliketocontributetosummarizethemostimpressivestudiespresentedattheIGCC,concerningnovelfindingsaboutmolecularbiologyofgastriccancer.Althoughfurtherinvestigationswillbenecessary,itcanbeinferredthatmoreandmoretoolsweredeveloped,soastobetterfacestomachneoplasms.
简介:我国第一套供氢、供汽和发电的多联产IGCC装置——福建联合石化一体化IGCC装置已成功运行四年,证明中国石化在多联产IGCC项目建设方面探索成功。福炼IGCC是中国建成投产的第一套供氢、供汽和发电的多联产IGCC装置,具有重要的示范意义。通过福炼IGCC项目的顺利实施,中国石化积累了设计、建设和运营多联产IGCC装置的经验,掌握了将空分、气化、净化、制氢、燃机和辅助公用工程系统整合在一起的系统集成技术。
简介:摘要整体煤气化联合循环(IGCC-IntegratedGasificationCombinedCycle)发电技术是将煤气化技术和高效的联合循环相结合的先进动力系统。由于它采用了燃气-蒸汽联合循环,大大地提高了能源的综合利用率,实现了能的梯级利用,提高了整个发电系统的效率,更重要的是它较好地解决了常规燃煤电站固有的污染环境问题。但由于建设和运营成本较高,随着燃煤电站发电效率和环保效率的提升,特别是风光清洁能源在国内的蓬勃发展,IGCC在发电领域的竞争能力日趋下降。本文主要分析了IGCC电厂的特点和大容量燃煤电站及清洁能源对其的竞争影响,系统阐述了其发展历程,并探讨了IGCC的下一步发展方向。