信息技术产业重点技术改造-IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目可行性研究报告

1、Annual straw consumption is about 300 (15x20) million tons to 450 (15x30) million tonnes. Around each plant to town for curing Center straw briquette factory, about 30, curing each straw briquette factory production capacity of 10,000 tons per year, production of major products supply power plants a

2、nd the rest as ordinary fuel. Chapter III, section I industry investment analysis investment benefit analysis, industry profitability industry benchmark yield to 12%, more than a moderate level of profitability, have higher profitability. Secondly, solvency, with good profitability and, hence, have

3、enough liquidity. Three biomass energy resource in China, industry growth prospects are very experienced and bright prospects for development of biomass power generation industry. On one hand, the sown area of 1.8 billion mu of crops, the year produces 700 million tons of matter. Apart from the part

4、s used in papermaking and livestock feed, and the rest will be done fuel use. The other hand, China's current forest area of about 175 million hectares, the forest coverage rate of 18.21%, every year through normal Bush stumping rejuvenation, forest thinning, hedgerow fruit trees and the collect

5、ion of forest felling, bucking, processing residues, biomass resources available at about 800 million to 1 billion tons. Theory of biomass energy resource in China close to 1.5 billion tons of standard coal. By 2020, the biomass energy development and utilization of capacity of 500 million tons of s

6、tandard coal, equivalent to more than 15% supplies. And extremely low sulphur content of the biomass <0.3%, 1/4 not to the sulphur content of the coal. Development of biomass solid fuels, implement coal alternatives, significantly reduces the carbon dioxide and sulfur dioxide emissions, have a si

7、gnificant environmental benefit. Second section industry investment opportunities for promoted health material energy of steadily development, September 2006, Treasury, and national development and Reform Committee, and Ministry of agriculture, and national tax General, and national forestry Council

8、 joint introduced has on development biological quality energy and biological chemical tax support policy of implementation views, in risk avoid and compensation, and raw materials base grants, and model grants, and tax relief, aspects for development biological quality energy and biological chemica

9、l developed has specific of tax support policy. In addition, since the renewable energy law came into effect on January 1, 2006, making a complete set of administrative rules and regulations also promulgated. On October 4, 2006 of the Ministry of the interim measures for the administration of specia

10、l funds for renewable energy development, the approach of special funds to support key, application and approval, financial management, checking and supervision of comprehensive provisions. The regulations: development of special funds established by the financial departments of the State Council, t

11、he use of special funds for the development include free grants and subsidized loans, through the central financial budget. According to the role of biomass energy and the country's status quo, is currently focused on the development of the project are as follows: (1) recent development prioriti

12、es: biomass gasification and gas, biomass gasification power generation, large biogas, biomass direct combustion heating (2) medium-and long-term development projects: height of biomass gasification power generation project (BIG/CC), the production of hydrogen from biomass such as resource in China

13、close to 1.5 billion tons of standard coal. By 2020, the biomass energy development and utilization of capacity of 500 million tons of standard coal, equivalent to more than 15% supplies. And extremely low sulphur content of the biomass <0.3%, 1/4 not to the sulphur content of the coal. Developme

14、nt of biomass solid fuels, implement coal alternatives, significantly reduces the carbon dioxide and sulfur dioxide emissions, have a significant environmental benefit. Second section industry investment opportunities for promoted health material energy of steadily development, September 2006, Treas

15、ury, and national development and Reform Committee, and Ministry of agriculture, and national tax General, and national forestry Council joint introduced has on development biological quality energy and biological chemical tax support policy of implementation views, in risk avoid and compensation, a

16、nd raw materials base grants, and model grants, and tax relief, aspects for development biological quality energy and biological chemical developed has specific of tax support policy. In addition, since the信息技术产业重点技术改造-IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目可行性研究报告编制单位：北京智博睿投资咨询有限公司Added. Finally, foreign investm

17、ent risk, there are also opportunities. Financial crisis caused the stock and corporate bond prices plummeted, early Chinese banks ' foreign exchange assets in the foreign exchange reserves investment and losses, but at present the international prices of many financial assets in a low, to promo

18、te foreign mergers and acquisitions in China and promoting enterprise "going out" diversified cooperation, actively explore overseas resources and markets and opportunities. Meanwhile, in response to the adverse impact of world economic crisis on China, the State Council announced 10 measu

19、res to expand domestic demand and promote growth over the next two years the implementation of these measures will take about 4 trillion yuan central budget support. The 4 trillion yuan investment has an inkling, transportation, forestry, water conservancy, people's livelihood, environmental pro

20、tection and other areas will be skewed. Increased investment will play a significant role in promoting China's economic growth, at the same time, there should be other pro-growth measures rolled out. A series of positive measures by the State and function of 4 trillion the Central Treasury, our

21、economy will be sustained, stable and rapid development gradually. Section II market analysis of technical feasibility of biomass fuel shaping technology and equipment is the core of industrialization of biomass briquette fuel. Biomass briquetting technology refers to a certain temperature and under

22、 pressure, will be scattered and various shapes of biomass raw materials into high density, with a variety of fuels technology. Biomass briquetting equipment including screw-extrusion molding machines, mechanical piston stamping forming machine, ring die-roll and hydraulic piston stamping molding ma

23、chines. Mechanical piston forming and hydraulic piston forming machine total up production efficiency low energy high, former of productivity low, actual productivity in 100-200 kg, main work parts life low not for industrialization production; which main work parts life long, but highest production

24、 capacity lower energy high; from technology index view, ring die roll pressure type forming machine production rate highest, energy low, products cost low, while technology content also high, for Yu scale production promotion. Since in the 1980 of the 20th century, China's bio-technology resear

25、ch and development have made great progress, national research and production equipment of enterprises or research institutes has dozens of homes. China's industrialization of biomass briquette fuel prototype is formed, however, to be mature and realize industrialization, you first need to overc

26、ome some constraints, some technical obstacles. Includes the main working parts of the short working life, poor ability to coordinate equipment systems, running unstable, and so on. Also, due to the lack of effective industrial practices, solid biomass industry is still in its infancy in China. Biom

27、ass fuel shaping technology, stable performance and low power consumption of the device is the core of industrialization of biomass fuel, good industry and the Government's support and the necessary funding is a prerequisite for industrialization of biomass briquette fuel. To compress biomass br

28、iquette processing cost, you will need to yield power, vulnerable performance and low cost, labor cost, control three aspects. Meanwhile, burning of biomass is also on the industry's core technology, generally, because of biomass fuels to replace coal, can be used, in fact, due to biomass0本报告是针对

29、行业投资可行性研究咨询服务的专项研究报告，此报告为个性化定制服务报告，我们将根据不同类型及不同行业的项目提出的具体要求，修订报告目录，并在此目录的基础上重新完善行业数据及分析内容，为企业项目立项、申请资金、融资提供全程指引服务。可行性研究报告是在招商引资、投资合作、政府立项、银行贷款等领域常用的专业文档，主要对项目实施的可能性、有效性、如何实施、相关技术方案及财务效果进行具体、深入、细致的技术论证和经济评价，以求确定一个在技术上合理、经济上合算的最优方案和最佳时机而写的书面报告。可行性研究是确定建设项目前具有决定性意义的工作，是在投资决策之前，对拟建项目进行全面技术经济分析论证的科学方法，在投

30、资管理中，可行性研究是指对拟建项目有关的自然、社会、经济、技术等进行调研、分析比较以及预测建成后的社会经济效益。在此基础上，综合论证项目建设的必要性，财务的盈利性，经济上的合理性，技术上的先进性和适应性以及建设条件的可能性和可行性，从而为投资决策提供科学依据。 投资可行性报告咨询服务分为政府审批核准用可行性研究报告和融资用可行性研究报告。审批核准用的可行性研究报告侧重关注项目的社会经济效益和影响；融资用报告侧重关注项目在经济上是否可行。具体概括为：政府立项审批，产业扶持，银行贷款，融资投资、投资建设、境外投资、上市融资、中外合作，股份合作、组建公司、征用土地、申请高新技术企业等各类可行性报告。

31、 报告通过对项目的市场需求、资源供应、建设规模、工艺路线、设备选型、环境影响、资金筹措、盈利能力等方面的研究调查，在行业专家研究经验的基础上对项目经济效益及社会效益进行科学预测，从而为客户提供全面的、客观的、可靠的项目投资价值评估及项目建设进程等咨询意见。报告用途：发改委立项、政府申请资金、申请土地、银行贷款、境内外融资等关联报告：IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目建议书IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目申请报告IC卡封装框架用高性能环氧树脂玻璃纤维布产业化资金申请报告IC卡封装框架用高性能环氧树脂玻璃纤维布产业化节能评估报告IC卡封装框架用高性能环氧树脂玻璃纤

32、维布产业化市场研究报告IC卡封装框架用高性能环氧树脂玻璃纤维布产业化商业计划书IC卡封装框架用高性能环氧树脂玻璃纤维布产业化投资价值分析报告IC卡封装框架用高性能环氧树脂玻璃纤维布产业化投资风险分析报告IC卡封装框架用高性能环氧树脂玻璃纤维布产业化行业发展预测分析报告可行性研究报告大纲（具体可根据客户要求进行调整）第一章 IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目总论第一节 IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目概况1.1.1IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目名称1.1.2IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目建设单位1.1.3IC卡封装框架用高

33、性能环氧树脂玻璃纤维布产业化项目拟建设地点1.1.4IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目建设内容与规模1.1.5IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目性质1.1.6IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目总投资及资金筹措1.1.7IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目建设期第二节 IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目编制依据和原则1.2.1IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目编辑依据1.2.2IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目编制原则1.3IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目主要技术经济指

34、标1.4IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目可行性研究结论第二章 IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目背景及必要性分析第一节 IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目背景2.1.1IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目产品背景2.1.2IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目提出理由第二节 IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目必要性2.2.1IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目是国家战略意义的需要2.2.2IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目是企业获得可持续发展、增强市场竞争力的需要2.2.3

35、IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目是当地人民脱贫致富和增加就业的需要第三章 IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目市场分析与预测第一节 产品市场现状第二节 市场形势分析预测第三节 行业未来发展前景分析第四章 IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目建设规模与产品方案第一节 IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目建设规模第二节 IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目产品方案第三节 IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目设计产能及产值预测第五章 IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目选址及建设条件第一节 IC卡封

36、装框架用高性能环氧树脂玻璃纤维布产业化项目选址5.1.1IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目建设地点5.1.2IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目用地性质及权属5.1.3土地现状5.1.4IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目选址意见第二节 IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目建设条件分析5.2.1交通、能源供应条件5.2.2政策及用工条件5.2.3施工条件5.2.4公用设施条件第三节 原材料及燃动力供应5.3.1原材料5.3.2燃动力供应第六章 技术方案、设备方案与工程方案第一节 项目技术方案6.1.1项目工艺设计原则6.1.2生产工艺第

37、二节 设备方案6.2.1主要设备选型的原则6.2.2主要生产设备6.2.3设备配置方案6.2.4设备采购方式第三节 工程方案6.3.1工程设计原则6.3.2IC卡封装框架用高性能环氧树脂玻璃纤维布产业化项目主要建、构筑物工程方案6.3.3建筑功能布局6.3.4建筑结构第七章 总图运输与公用辅助工程第一节 总图布置7.1.1总平面布置原则7.1.2总平面布置7.1.3竖向布置7.1.4规划用地规模与建设指标第二节 给排水系统7.2.1给水情况7.2.2排水情况第三节 供电系统第四节 空调采暖第五节 通风采光系统第六节 总图运输第八章 资源利用与节能措施第一节 资源利用分析8.1.1土地资源利用分析8.1.2水资源利用分析8.1.3电能源利用分析第二节 能耗指标及分析第三节 节能措施分析8.3.1土地资源节约措施8.3.2水资源节约措施8.3.3电能源节约措施第九章 生态与环境影响分析第一节 项目自然环境9.1.1基本概况9.1.2气候特点9.1.3矿产资源第二节 社会环境现状9.2.1行政划区及人口构成9.2.2经济建设第三