可行性研究报告(英文)-副本

可行性研究报告(英文)副本PAGE134,000,000tonslaterite-nickeloreProjectinIndonesiaFeasibilityStudyReportChapter1GeneralIntroduction1.1Overviewoftheproject……71.2Researchconclusionsoftheprojectestablished……..…...…...81.2.1Market

prospects

……..………………...……...81.2.2Supplyoftherawmaterial…………...………...81.2.3Policyprotection….………...………………..…91.2.4Capitalassurance……...……..………………91.2.5Organizationguarantee…………….…..….…….91.2.6Technicalsupport………………….…….……..91.2.7HRbuilding…………………….91.2.8Riskcontrol…………………….101.2.9FinancialBenefitconclusion………………….111.2.10Socialbenefitsconclusion……….………111.2.11Feasibilitycompositiveestimationoftheprojectestablished…………………..111.3Maintechnicalandeconomicindexes11Chapter2BackgroundoftheProject2.1Thebackgroundofconstruction………….….………….132.2Thenecessityofconstruction………………..………….132.3Thefeasibilityofconstruction…….……..132.3.1Economicfeasibility…………..132.3.2Policyfeasibility…………….…142.3.3Technicalfeasibility…………...…142.3.4Modelfeasibility………….……142.3.5OrganizationandHRfeasibility…………….…...15Chapter3ProjectAnalysisandForecasting3.1Themarketscalesurvey……………..….153.2The

market

competencesurvey………………….……….163.3Themarketprospectforecasting………………..……….173.4Theproductschemesandconstructionscale……………173.5Theforecastoftheproductsalesrevenue…...………...18Chapter4Constructionconditionsandsiteselection4.1Resourcesandrawmaterials……….……184.2Selectionareafortheconstruction……………...………..……………...194.3Siteselection……………..19Chapter5PlantKnow-How5.1Projectcomposition…………….……….205.2Technicalsolutionsinproduction……….215.2.1Selectionofprocesstechnicalscheme………...……215.2.2Processflow……………..………...235.2.3Briefoutlineoftheprocess…………...…..………..255.329fullintelligenttunnelkiln…………..………………..265.3.1Briefdescriptionofthetunnelkilndevelopment………...……….265.3.2Structureofthetunnelkiln………………..…………..…………..275.3.3Kilnstructure…………..………….295.3.4Maintechnicalparametersofthetunnelkiln………….………….345.3.5Comparativeadvantagesanddisadvantagesoftherotaryandtunnelkiln…….…………………….355.424setsφ3.6mtwo-stagegasfurnace,air-cooled,coolingprocesscoldgasstations…….……………365.4.1Overviewofgasfurnace…………….……………..365.4.2Planningdesignbasis………………..….………….375.4.3Projectscaleandmaintechnicalrequirements……..385.4.4Nationalstandard(adoptedorreferenced)…………385.4.5Designofgasstation………..……...395.4.6Briefoutlineoftheprocessandadvantagesinenergysavingandenvironmentprotection…………….435.4.7Flowingprocess445.4.8Maincharactersofφ3.6mtwostagesgenerator485.4.9Electroniccontrolandinstrumentsystemingasstation495.4.10Pipenetworksystemingasstation495.4.11Coalfeedingsystem515.4.12Gaswetdesulfurization515.4.13Manufacturingstandards,testingstandards,acceptancecriteria,detectionmeans555.4.14Gaspreparationandsafeproductionofgasstation565.4.15Gaspreparationandfirefightingofgasstation575.4.16Theorganizationandworkingpersonnelsofthegasstation575.4.17Directcostcalculating575.4.18Deviceconfigurationdetailofgassystem585.5Materialbalance,waterbalance,nickelelementbalance,gasbalance,andequipmentcapacitymatchedoftheproject615.5.1Materialbalance,waterbalance,nickelelementbalance,gasbalance625.5.2Mainequipmentschemeinproduction645.6Workingsystem685.7Productioninspection685.8Generallayoutandtransportation,utilityandancillaryengineering68Chapter6EnvironmentalProtectionandLaborSafety6.1Environmentalstateoftheconstructionregion776.2Themainpollutionsourcesandcontaminantsoftheproject776.3Theenvironmentalprotectionstandardstobeadopted776.4Environmentcontrolscheme786.5Investmentestimationoftheenvironmentprotection806.6Evaluationconclusionsoftheenvironmentimpact816.7Laborprotectionandproductionsafety816.7.1Analysis

of

risk、occupational

harmfulnessintheproduction816.7.2Themaincountermeasuresinlaborsafetydesign826.8Energysaving85Chapter7BusinessOrganizationsandLaborQuota7.1Businessorganizations877.2Laborrequirementandpersonneltraining88Chapter8TheImplementationScheduleoftheProject8.1Thevariousstagesoftheimplementation898.2Theimplementationscheduleoftheproject898.3Thecostoftheimplementation89Chapter9FinancialEstimationoftheProject9.1Totalinvestmentestimation899.2Fundsraising90Chapter10FinancialEconomyandSocialBenefits10.1Productioncostsandsalesrevenueestimation9010.2Financialevaluationandriskassessment92Chapter11ConclusionsandRecommendations11.1Conclusions9311.2Recommendations94400万吨印尼红土泥镍矿项目可行性研究报告第一章总论1.1项目概况71.2立项研究结论81.2.1项目产品市场前景81.2.2项目原料供应问题81.2.3项目政策保障问题91.2.4项目资金保障问题91.2.5项目组织保障问题91.2.6项目技术保障问题91.2.7项目人力保障问题91.2.8项目风险控制问题101.2.9项目财务效益结论111.2.10项目社会效益结论111.2.11项目立项可行性综合评价111.3主要技术经济指标汇总11第二章项目背景2.1项目建设背景132.2项目建设必要性132.3项目建设可行性132.3.1经济可行性132.3.2政策可行性142.3.3技术可行性142.3.4模式可行性142.3.5组织和人力资源可行性15第三章项目分析及预测3.1项目市场规模调查153.2项目市场竞争调查163.3项目市场前景预测173.4产品方案和建设规模173.5产品销售收入预测18第四章建设条件与厂址选择4.1资源和原材料184.2建设地区的选择194.3厂址选择19第五章工厂技术方案5.1项目组成205.2生产技术方案215.2.1工艺技术方案的选择215.2.2工艺流程235.2.3工艺流简述255.329条3.2m×168m全智能化隧道窑265.3.1隧道窑发展简述265.3.2隧道窑的结构275.3.3窑体结构295.3.4隧道窑的主要技术参数345.3.5回转窑与隧道窑优缺点对比355.424台φ3.6m两段煤气发生炉风冷间冷工艺的冷煤气站365.4.1煤气发生炉概述365.4.2规划设计依据375.4.3工程规模及主要技术要求385.4.4采用或参照的国家标准385.4.5煤气站设计395.4.6工艺流程简述及节能环保优势435.4.7技术工艺流程445.4.8φ3.6m两段煤气发生炉主要技术特点485.4.9煤气站常规控制电控、仪表系统495.4.10煤气站管网系统495.4.11上煤系统515.4.12煤气湿法脱硫515.4.13制造标准、检测标准、验收标准、检测手段555.4.14煤气制备和煤气站安全生产565.4.15煤气制备和煤气站消防575.4.16煤气站生产组织和劳动定员575.4.17煤气直接成本测算575.4.18煤气系统设备配置明细585.5项目物料平衡、水平衡、镍元素平衡、煤气平衡和各设备产能匹配615.5.1项目物料平衡、水平衡、镍元素平衡、煤气平衡625.5.2主要生产设备方案645.6工作制度685.7生产检验685.8总图运输和公用与辅助工程68第六章环保与劳动安全6.1建设地区环境现状776.2项目主要污染源和污染物776.3项目拟采用的环境保护标准776.4