资源描述：
《燃气轮机余热锅炉情况简介》由会员上传分享，免费在线阅读，更多相关内容在行业资料-天天文库。
1、isresponsibleforOrganizationtraining,andimplementation,andcheck;12,masterworkshopsannualeconomicindicatorsofimplementation,reportingtofinancialhealthonaregularbasis;13,isresponsibleforthedailyoversightintheallocationanduseoffunds;14,responsibleforallDepartmentstatistics,collec
2、ting,sorting,reportingofaccountingreports;15,thecompanyresponsibleforthesupervisionoftheTreasury,includingthe"thirdgrade"library,alibraryofmaterials,productsforregularinventoryhandling,sampling,storagemonitoring,thepickingwork,andprovidetheinventoryreport,andmaketheappropriate
3、accountingtreatment;16,responsibleforwasteandrecycling,transportationandsettlement;17,isresponsibleforallproductsalesaccountingfunctions;18,responsibleforthecompany'srawmaterials,auxiliarymaterials,accountmanagement;19,isresponsiblefortheflowofcontrolofallassetsofthecompany,ac
4、cordingtothechangesinaccountingtreatmentoffixedassetsandassetstothedepartmentsresponsibleforclearing,settlementandassetmonthlyreportsubmittedtotheassetmanagementsectionoftheFinanceDepartmentofthecompanyorganizedonacompany-widespecialinspectionofassetmanagement;20,accordingtoth
5、ecompany'sbusinessactivities,monthlyprojectsinvolvedinthebusinessactivitiesofthecompany(includingexpenses,businessmanagement,costcontrol,cashflow,revenue,etc)financialanalysis,provideabasisfordecisionsforthecompany,thebusinessofthecompanyresponsibleformonitoring,forecastingand
6、riskanalysis;21,responsibleforthesettlementoftransactionswiththeBank;22,is燃气轮机余热锅炉情况简介杭州锅炉厂1．概述燃气一蒸汽联合循环发电是当今世界上发展极为迅速的一种高效、低污染发电技术，它己成为发达国家新建热力发电厂的首选系统。经过近三十年的研究和不断改进，联合循环发电不仅在效率上超过蒸汽发电效率（后者<=42％），而且在众多方面均体现出明显的优势。它己成为全世界公认的具有发电效率高，调峰能力强，单位功率投资少，建设周期短。占地面积小，污染程度低的新一代发电设备。1．1原
7、理及应用燃气一蒸汽联合循环发电系统是由燃气轮机发电系统和锅炉蒸汽轮机发电系统所组成。众所周知，锅炉一蒸汽轮机发电是利用高中压过热蒸汽（通常参数为3.82～16.7MPa，450～550℃）在汽轮机中作功转换成机械能，完成朗肯循环过程；燃气轮机发电系统是燃气在燃气涡轮机中经绝热膨胀作功的过程，这种热力循环又称布雷顿循环，它是由压气机将空气加压进入燃烧室，燃料燃烧后燃气在透平中膨胀作功，燃机将高温高压燃气的能量（通常参数约0．5～1Mpa1000～1300℃）转换成机械能。在烟气温度降至500℃左右时排放，人们充分利用这两种热力循环的特点，把它们结合在
8、一起，组成“联合循环”，使其具有较高的吸热平均温度和较低的放热平均温度，为提高电站热效率开辟了一条新途径，这是人类发电事业
