英国留学硕士dissertation提纲：生物质能的可持续供应链物流管理研究
05-11, 2016
生物质能的可持续供应链物流管理研究
摘要
关键词
第一章 绪论
1.1 研究背景
1.2 研究目的与意义
1.2.1 研究目的
1.2.2 研究意义
1.3 创新与不足
1.3.1 研究的主要创新
1.3.2 存在的问题与不足
1.4 研究方法与技术路线
1.4.1 研究方法
1.4.2 技术路线
第二章 文献综述
2.1 概念辨析//请问要辨析哪些概念？
2.2 生物质能开发利用
2.2.1 生物质能开发利用的必要性
2.2.2 生物质能开发利用技术
2.2.3 国内外生物质能开发利用现状
2.3 生物质能企业供应链介绍
2.3.1 生物质能供应链企业的特征分析
2.3.2 生物质能供应链与一般供应链的联系与差别
2.3.3 生物质能供应链的构建原则
2.4 生物质能供应链企业间的合作
2.4.1 生物质能供应链合作模式
2.4.2 生物质能供应链合作的影响因素
2.4.3 生物质能供应链合作的协调机制
第三章 生物质能供应链管理的因素分析
3.1 现代物流和供应链管理
3.2 因素分析
3.2.1 收获环节
//可以分析生物质产业影响因素，例如技术、政策、市场需求等。
3.2.2 装卸环节
3.2.3 运输环节
3.2.4 仓储环节
3.2.5 配送分销环节
3.2.6 售后环节
第四章生物质能供应链物流管理一般模型
4.1 生物质能供应链物流企业的业务现状
4.2 生物质能源供应链物流管理中需要解决的问题
//这部分可以根据物流分析理论进行投入产出模型的构建。分析生物质资源供应系统及成本。
4.2.1 成本价格问题
4.2.2 标准化问题
4.2.3 技术应用问题
4.2.4 安全性问题
4.2.5 系统集成问题
4.3 基于RFID的供应链物流信息主要管理系统
4.3.1 基于RFID的仓储管理子系统
4.3.2 基于RFID的配送管理子系统
4.3.3 基于RFID的零售物流信息管理系统
4.3.4 基于RFID的供应链物流信息管理系统总体框架
4.4生物质能供应链的运作模拟研究
//这部分可以按照如下思路：
以某企业开发生物质能项目为例，按照投入产出评价模型分析该企业打造生物质能供应链的成本和效益，并进行评价。#p#分页标题#e#
4.4.1生物质能供应链模拟分析
4.4.2生物质能供应链协调性模拟分析
4.4.3运作模拟研究的结论
第五章生物质能供应链的可持续性研究
5.1能源与环境研究
5.2能源与经济发展研究
5.3能源对社会的作用
5.4能源与环境、经济和谐发展
第六章生物质能可持续供应链实证分析
6.1秸秆收集运输的主要流程分析
6.1.1秸秆收集运输过程分析
6.1.2秸秆收集运输Arena 仿真模型
6.1.3基于仿真结果的策略
6.2城市生活垃圾产业化发展实例
6.2.1美国城市生活垃圾处理实例
6.2.2德国城市生活垃圾处理实例
6.2.3江苏省城市生活垃圾处理实例
第七章 结论
参考文献
Logistics Supply Chain Management for Sustainable biomass
Summary
Key words
Chapter One Introduction
1.1 Background
1.2 purpose and significance
1.2.1 Objective
1.2.2 Significance
1.3 Innovation and inadequate
The main innovation 1.3.1 Research
1.3.2 Problems and shortcomings
1.4 Research Methods and Technology Roadmap
1.4.1 Research Methods
1.4.2 Technology Roadmap
Chapter II Literature Review
2.1 Analysis of the concept of discrimination to which concepts // Will?
2.2 Biomass Utilization
2.2.1 Necessity of biomass energy development and utilization
2.2.2 biomass energy development and utilization of technology
2.2.3 Utilization of biomass energy development at home and abroad
2.3 Introduction Biomass Supply Chain
2.3.1 Biomass Supply Chain Enterprises Characteristics
2.3.2 Biomass contact with the general difference between the supply chain Supply Chain
Construction Principle 2.3.3 Biomass Supply Chain
Supply chain cooperation between enterprises 2.4 Biomass
2.4.1 Biomass supply chain cooperation model
Factors 2.4.2 Biomass supply chain collaboration
2.4.3 Biomass Supply Chain Coordination Mechanism of cooperation
Factors Chapter biomass supply chain management
3.1 of modern logistics and supply chain management
3.2 Factors
3.2.1 Harvesting link
// Can analyze the biomass industry factors, such as technology, policy and market demand.
3.2.2 Handling link#p#分页标题#e#
3.2.3 transport links
3.2.4 storage areas
3.2.5 Distribution Distribution link
3.2.6 Aftermarket link
Chapter IV of biomass supply chain logistics management general model
4.1 Status of biomass supply chain logistics business enterprises
4.2 Biomass supply chain logistics management problems to be solved
// This part of the input-output model can be constructed in accordance with the logistics theory. Analysis of biomass supply and system cost.
4.2.1 Cost price issue
4.2.2 Standardization
4.2.3 Application Problems
4.2.4 Security Issues
4.2.5 System integration issues
4.3 RFID-based supply chain logistics management information systems major
4.3.1 RFID-based warehouse management subsystem
4.3.2 RFID-based Distribution Management Subsystem
4.3.3 RFID-based retail logistics information management system
4.3.4 RFID-based supply chain logistics information management system overall framework of
Simulation of the operation of the biomass supply chain 4.4
// This part can follow the following ideas:
In an enterprise development of biomass projects, for example, according to the input-output evaluation model for analyzing the companies build biomass supply chain costs and benefits, and evaluated.
4.4.1 Biomass Supply Chain Simulation
4.4.2 Biomass Supply Chain Coordination Simulation Analysis
Conclusion 4.4.3 operating simulation studies
Sustainability of Chapter V of biomass supply chain
5.1 Energy and Environmental Research
5.2 Energy and Economic Development Research
5.3 Role of energy to society
5.4 Energy and the environment, economic development in harmony
Chapter VI Empirical Analysis of Sustainable Biomass Supply Chain
6.1 The main flow of straw collection and transportation analysis
6.1.1 Analysis of straw collection during transport
6.1.2 Straw collection and transportation Arena Simulation Model
6.1.3 Strategy based on simulation results
6.2 MSW industrial development of examples
6.2.1 Municipal Waste Treatment examples
6.2.2 Examples of municipal solid waste in Germany
6.2.3 Examples of Municipal Solid Waste in Jiangsu Province
Chapter VII Conclusion
references
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