可行性研究报告(英文)---副本.doc

4,000,000 tons laterite-nickel ore Project in IndonesiaFeasibility Study ReportChapter 1 General Introduction1.1 Overview of the project.71.2 Research conclusions of the project established. 8 1.2.1 Marketprospects. 81.2.2 Supply of the raw material . 8 1.2.3 Policy protection.91.2.4 Capital assurance .91.2.5 Organization guarantee. 91.2.6 Technical support. 91.2.7 HR building. 91.2.8 Risk control.101.2.9 Financial Benefit conclusion .111.2.10 Social benefits conclusion .111.2.11Feasibility compositive estimation of the project established. 111.3 Main technical and economic indexes. 11Chapter 2 Background of the Project2.1 The background of construction.132.2 The necessity of construction .132.3The feasibility of construction .132.3.1 Economic feasibility .132.3.2 Policy feasibility.142.3.3 Technical feasibility.142.3.4 Model feasibility.142.3.5 Organization and HR feasibility.15Chapter 3 Project Analysis and Forecasting3.1 The market scale survey .153.2Themarketcompetence survey.163.3 The market prospect forecasting.173.4 The product schemes and construction scale173.5 The forecast of the product sales revenue .18Chapter 4 Construction conditions and site selection4.1 Resources and raw materials.184.2 Selection area for the construction.194.3 Site selection.19Chapter 5 Plant Know-How5.1 Project composition .205.2 Technical solutions in production.215.2.1Selection of process technical scheme.215.2.2 Process flow.235.2.3 Brief outline of the process.255.3 29 full intelligent tunnel kiln.265.3.1 Brief description of the tunnel kiln development.265.3.2 Structure of the tunnel kiln.275.3.3 Kiln structure.295.3.4 Main technical parameters of the tunnel kiln .345.3.5 Comparative advantages and disadvantages of the rotary and tunnel kiln.355.4 24 sets3. 6m two-stage gas furnace, air-cooled, cooling process cold gas stations. 365.4.1 Overview of gas furnace.365.4.2 Planning design basis.375.4.3 Project scale and main technical requirements.385.4.4 National standard (adopted or referenced)385.4.5 Design of gas station.395.4.6 Brief outline of the process and advantages in energy saving and environment protection.435.4.7 Flowing process.445.4.8 Main characters of 3.6m two stages generator.485.4.9 Electronic control and instrument system in gas station.495.4.10 Pipe network system in gas station.495.4.11 Coal feeding system.515.4.12 Gas wet desulfurization.515.4.13 Manufacturing standards, testing standards, acceptance criteria, detection means.555.4.14 Gas preparation and safe production of gas station.565.4.15 Gas preparation and firefighting of gas station.575.4.16 The organization and working personnels of the gas station.575.4.17 Direct cost calculating.575.4.18 Device configuration detail of gas system.585.5 Material balance, water balance, nickel element balance, gas balance, and equipment capacity matched of the project.615.5.1 Material balance, water balance, nickel element balance, gas balance .625.5.2 Main equipment scheme in production.645.6 Working system.685.7 Production inspection.685.8 General layout and transportation, utility and ancillary engineering. 68Chapter 6 Environmental Protection and Labor Safety6.1 Environmental state of the construction region .776.2 The main pollution sources and contaminants of the project.776.3 The environmental protection standards to be adopted. 776.4 Environment control scheme.786.5 Investment estimation of the environment protection.806.6 Evaluation conclusions of the environment impact.816.7 Labor protection and production safety.816.7.1 Analysisofrisk、occupationalharmfulness in the production.816.7.2 The main countermeasures in labor safety design.826.8 Energy saving .85Chapter 7 Business Organizations and Labor Quota7.1 Business organizations.877.2 Labor requirement and personnel training.88Chapter 8 The Implementation Schedule of the Project 8.1 The various stages of the implementation.898.2 The implementation schedule of the project.898.3 The cost of the implementation.89Chapter 9 Financial Estimation of the Project 9.1 Total investment estimation.899.2 Funds raising.90Chapter 10 Financial Economy and Social Benefits10.1 Production costs and sales revenue estimation.9010.2 Financial evaluation and risk assessment.92Chapter 11 Conclusions and Recommendations11.1 Conclusions.9311.2 Recommendations.94400万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 255.3 29条3.2m168m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 355.4 24台3. 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 445.4.8 3.6m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 治理环境的方案 786.5 环境保护投资估算 806.6