4,000,000tonslaterite-nickeloreProjectinIndonesiaFeasibilityStudyReportChapter1GeneralIntroduction1.1Overviewoftheproject……....………………...................71.2Researchconclusionsoftheprojectestablished...........……..…...…...81.2.1Market

prospects

……..………………...……...81.2.2Supplyoftherawmaterial…………...………...81.2.3Policyprotection….………...………………..…9Capitalassurance……...……..…………....……9Organizationguarantee…………….…..….…….9Technicalsupport………………….…….……..9HRbuilding…………………….9Riskcontrol…………………….10FinancialBenefitconclusion………………….11Socialbenefitsconclusion……….……….....11Feasibilitycompositiveestimationoftheprojectestablished…………………..111.3Maintechnicalandeconomicindexes...............................................11Chapter2BackgroundoftheProject2.1Thebackgroundofconstruction………….….………….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……….21Selectionofprocesstechnicalscheme………...……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………….......………………….435.4.7Flowingprocess.................................................................................445.4.8Maincharactersofφ3.6mtwostagesgenerator.............................485.4.9Electroniccontrolandinstrumentsystemingasstation...................495.4.10Pipenetworksystemingasstation.................................................495.4.11Coalfeedingsystem........................................................................515.4.12Gaswetdesulfurization...................................................................515.4.13Manufacturingstandards,testingstandards,acceptancecriteria,detectionmeans...............................................................................................555.4.14Gaspreparationandsafeproductionofgasstation.........................565.4.15Gaspreparationandfirefightingofgasstation...............................575.4.16Theorganizationandworkingpersonnelsofthegasstation..........575.4.17Directcostcalculating.....................................................................575.4.18Deviceconfigurationdetailofgassystem......................................585.5Materialbalance,waterbalance,nickelelementbalance,gasbalance,andequipmentcapacitymatchedoftheproject.....................................................61Materialbalance,waterbalance,nickelelementbalance,gasbalance............................................................................................................625.5.2Mainequipmentschemeinproduction.............................................645.6Workingsystem.........................................................................................685.7Productioninspection................................................................................685.8Generallayoutandtransportation,utilityandancillaryengineering.....................................................................................................68Chapter6EnvironmentalProtectionandLaborSafety6.1Environmentalstateoftheconstructionregion........................................776.2Themainpollutionsourcesandcontaminantsoftheproject..................776.3Theenvironmentalprotectionstandardstobeadopted..........................776.4Environmentcontrolscheme...................................................................786.5Investmentestimationoftheenvironmentprotection.............................806.6Evaluationconclusionsoftheenvironmentimpact.................................816.7Laborprotectionandproductionsafety....................................................81Analysis

of

risk、occupational

harmfulnessintheproduction........816.7.2Themaincountermeasuresinlaborsafetydesign............................826.8Energysaving...........................................................................................85Chapter7BusinessOrganizationsandLaborQuota7.1Businessorganizations..............................................................................877.2Laborrequirementandpersonneltraining................................................88Chapter8TheImplementationScheduleoftheProject8.1Thevariousstagesoftheimplementation.................................................898.2Theimplementationscheduleoftheproject.............................................898.3Thecostoftheimplementation.................................................................89Chapter9FinancialEstimationoftheProject9.1Totalinvestmentestimation.....................................................................899.2Fundsraising.............................................................................................90Chapter10FinancialEconomyandSocialBenefits10.1Productioncostsandsalesrevenueestimation........................................9010.2Financialevaluationandriskassessment................................................92Chapter11ConclusionsandRecommendations11.1Conclusions.............................................................................................9311.2Recommendations...................................................................................94400萬噸印尼紅土泥鎳礦項(xiàng)目可行性研究匯報(bào)第一章總論1.1項(xiàng)目概況71.2立項(xiàng)研究結(jié)論8項(xiàng)目產(chǎn)品市場前景8項(xiàng)目原料供應(yīng)問題8項(xiàng)目政策保障問題9項(xiàng)目資金保障問題9項(xiàng)目組織保障問題9項(xiàng)目技術(shù)保障問題9項(xiàng)目人力保障問題9項(xiàng)目風(fēng)險(xiǎn)控制問題10項(xiàng)目財(cái)務(wù)效益結(jié)論11項(xiàng)目社會效益結(jié)論11項(xiàng)目立項(xiàng)可行性綜合評價(jià)111.3重要技術(shù)經(jīng)濟(jì)指標(biāo)匯總11第二章項(xiàng)目背景2.1項(xiàng)目建設(shè)背景132.2項(xiàng)目建設(shè)必要性132.3項(xiàng)目建設(shè)可行性13經(jīng)濟(jì)可行性13政策可行性14技術(shù)可行性14模式可行性14組織和人力資源可行性15第三章項(xiàng)目分析及預(yù)測3.1項(xiàng)目市場規(guī)模調(diào)查153.2項(xiàng)目市場競爭調(diào)查163.3項(xiàng)目市場前景預(yù)測173.4產(chǎn)品方案和建設(shè)規(guī)模173.5產(chǎn)品銷售收入預(yù)測18第四章建設(shè)條件與廠址選擇4.1資源和原材料184.2建設(shè)地區(qū)旳選擇194.3廠址選擇19第五章工廠技術(shù)方案5.1項(xiàng)目構(gòu)成205.2生產(chǎn)技術(shù)方案21工藝技術(shù)方案旳選擇21工藝流程23工藝流簡述255.329條3.2m×168m全智能化隧道窯26隧道窯發(fā)展簡述26隧道窯旳構(gòu)造27窯體構(gòu)造29隧道窯旳重要技術(shù)參數(shù)34回轉(zhuǎn)窯與隧道窯優(yōu)缺陷對比355.424臺φ3.6m兩段煤氣發(fā)生爐風(fēng)冷間冷工藝旳冷煤氣站36煤氣發(fā)生爐概述36規(guī)劃設(shè)計(jì)根據(jù)37工程規(guī)模及重要技術(shù)規(guī)定38采用或參照旳國標(biāo)38煤氣站設(shè)計(jì)39工藝流程簡述及節(jié)能環(huán)境保護(hù)優(yōu)勢43技術(shù)工藝流程44φ3.6m兩段煤氣發(fā)生爐重要技術(shù)特點(diǎn)48煤氣站常規(guī)控制電控、儀表系統(tǒng)49煤氣站管網(wǎng)系統(tǒng)49上煤系統(tǒng)51煤氣濕法脫硫51制造原則、檢測原則、驗(yàn)收原則、檢測手段55煤氣制備和煤氣站安全生產(chǎn)56煤氣制備和煤氣站消防57煤氣站生產(chǎn)組織和勞動定員57煤氣直接成本測算57煤氣系統(tǒng)設(shè)備配置明細(xì)585.5項(xiàng)目物料平衡、水平衡、鎳元素平衡、煤氣平衡和各設(shè)備產(chǎn)能匹配61項(xiàng)目物料平衡、水平衡、鎳元素平衡、煤氣平衡62重要生產(chǎn)設(shè)備方案645.6工作制度685.7生產(chǎn)檢查685.8總圖運(yùn)送和