生物質、生質能源轉換技術的實現化

從石化燃料轉換為再生能源之中，「生物質、生質能源轉換」 (Biomass-to-Bioenergy) 技術，可說是能同時實現能源生產、廢棄物削減的最適合的解決方案。

本報告提供「生物質、生質能源轉換」技術的技術性概要和實用化手段與可能性相關分析、技術開發的推動因素和障礙、現在致力於本課題中的企業、研究機關的一覽、實用化的策略等相關調查與考察在。

第1章 摘要整理

• 分析範圍
• 分析過程、手法
• 「生物質、生質能源轉換」技術的概要
• 生質能源、計劃成功的手段
• 生物質方面的資金提供的機會

第2章 技術概要

• 技術現況
• 生物質的轉換流程
• 生質乙醇
• 沼氣
• 合成氣
• 熱解天然氣
• 顆粒
• 噴射機燃料

第3章 各地區的技術引進、開發情形

• 生物質、生質能源轉換市場
• 各地區的技術引進、開發情形：生質乙醇
• 各地區的技術引進、開發情形：沼氣
• 各地區的技術引進、開發情形：熱解油
• 各地區的技術引進、開發情形：合成氣
• 各地區的技術引進、開發情形：生物質、顆粒

第4章 技術的推動因素與課題

• 技術推動因素及課題

第5章 產業界、學界的利害關係者

• 利害關係者 (相關利益者) 的活動

第6章 生質能源普及的最佳業務實踐

• 德國的情況
• 美國的情況

第7章 市場機會的策略性評估

• 評價標準
• 技術引進的趨勢
• 市場機會的策略性評估
• 法律上的免責聲明

第8章 附錄

第9章 主要專利及聯繫資訊

第10章 關於Frost＆Sullivan

Biomass conversion to energy paves way for a less carbon intensive future

In a world which is continuously aspiring for greener alternatives to replace conventional fossil fuels, biomass to bioenergy technologies offer an optimal solution by producing energy and simultaneously reducing waste. The current study discusses the global scenario with respect to biomass to bioenergy technologies and provides a technology overview of the different types of bioenergy technologies available. Challenges and drivers for the industry have also been discussed in the study. Various industrial and academic players and their activities have been discussed. Opportunity Strategic Evaluation has been used to evaluate the status of various technologies in the market.

Table of Contents

1. EXECUTIVE SUMMARY

• 1. Research Scope
• 2. Research Process and Methodology
• 3. Key Findings for Biomass-to-Bioenergy Technologies
• 4. Recipe for Successful Bioenergy Project
• 5. Opportunities for Biomass Financing

2. TECHNOLOGY OVERVIEW

• 1. Technology Snapshot
• 2. Biomass Conversion Processes
• 3. Product 1: Bioethanol
• 4. Product 2: Biogas
• 5. Product 3: Syngas
• 6. Product 4: Pyrolytic oil
• 7. Product 5: Pellets
• 8. Product 6: Jet Fuel

3. REGION-WISE ADOPTION AND TECHNOLOGY DEVELOPMENT

• 1. Biomass-to-Bioenergy Market
• 2. Biomass-to-Bioenergy Market
• 3. Region-wise Technology Adoption and Development: Bioethanol
• 4. Region-wise Technology Adoption and Development: Biogas
• 5. Region-wise Technology Adoption and Development: Pyrolytic Oil
• 6. Region-wise Technology Adoption and Development: Syngas
• 7. Region-wise Technology Adoption and Development: Biomass Pellets

4. TECHNOLOGY DRIVERS AND CHALLENGES

• 1. Technology Drivers and Challenges
• 2. Technology Drivers and Challenges

5. INDUSTRIAL AND ACADEMIC STAKEHOLDERS

• 1. Stakeholder Activities
• 2. Stakeholder Activities
• 3. Stakeholder Activities
• 4. Stakeholder Activities
• 5. Stakeholder Activities
• 6. Stakeholder Activities
• 7. Stakeholder Activities
• 8. Stakeholder Activities
• 9. Stakeholder Activities
• 10. Stakeholder Activities

6. BEST PRACTICES FOR BIOENERGY DEPLOYMENT

• 1. Best Practices-Germany
• 2. Best Practices-Germany
• 3. Best Practices-Germany
• 4. Best Practices-USA
• 5. Best Practices-US

7. OPPORTUNITY STRATEGY EVALUATION

• 1. Opportunity Strategic Evaluation Criteria (1/2)
• 2. Opportunity Strategic Evaluation Criteria (2/2)
• 3. Technology Adoption Trends
• 4. Opportunity Strategy Evaluation
• 5. Legal Disclaimer

8. APPENDIX

• 1. Key Patents

9. THE FROST AND SULLIVAN STORY

• 1. Key Patents
• 2. Key Patents
• 3. Key Contacts

10. THE FROST & SULLIVAN STORY

• 1. The Frost and Sullivan Story
• 2. Value Proposition: Future of Your Company and Career
• 3. Global Perspective
• 4. Industry Convergence
• 5. 360° Research Perspective
• 6. Implementation Excellence
• 7. Our Blue Ocean Strategy