1 | CONTENTS

Contents

2 | EXECUTIVE SUMMARY

Executive Summary
1. Research Scope
2. Research Methodology
3. Research Methodology (continued)
4. Key Findings

3 | INDUSTRY LANDSCAPE

Industry Landscape
1. Low Carbon Manufacturing - An Overview
2. Energy Consumption Scenario
3. Growth Drivers and Industry Challenges
4. Assessment of Funding Scenario & Trends

4 | ASSESSMENT OF MACRO-LEVEL INDUSTRY TRENDS INFLUENCING LCM

Assessment of Macro-Level Industry Trends Influencing LCM
1. Snapshot of Macro-Level Trends
2. Renewable Energy Technologies - Hydro and Wind Energy
3. Renewable Energy Technologies - Solar Energy
4. Renewable Energy Technologies - Bioenergy
5. Energy-Efficient Technologies for LCM
6. Impact of Energy-Efficient LCM Technologies for Paper & Pulp Industry
7. Impact of Energy-Efficient LCM Technologies for Cement Industry
8. Impact of Energy-Efficient LCM Technologies for Iron & Steel Industry
9. Impact of Energy-Efficient LCM Technologies for Iron & Steel Industry (continued)
10. Waste Management Enabling LCM - An Overview
11. Impact of Waste Management - Anaerobic Digestion Technology
12. Carbon Capture and Storage Technology - An Overview
13. Carbon Capture and Storage - Technology Landscape
14. Carbon Capture and Storage - Industry Impact

5 | ASSESSMENT OF TECHNOLOGY INNOVATIONS FACILITATING LCM IN THE AUTOMOTIVE SECTOR

Assessment of Technology Innovations Facilitating LCM in the Automotive Sector
1. Significance of LCM in Automotive
2. Renewable Energy Technology - Significance & Trends
3. Waste Management - Significance & Trends
4. Energy Efficiency - Significance & Trends
5. Energy Efficiency - Assessment of Best Practices
6. Energy Efficiency - Assessment of Best Practices (continued)

6 | INNOVATION ECOSYSTEM FOR LCM IN THE AUTOMOTIVE SECTOR

Innovation Ecosystem for LCM in the Automotive Sector
1. Renewable Energy - Innovators Profile
2. Renewable Energy - Innovators Profile (continued)
3. Renewable Energy - Innovators Profile (continued)
4. Waste Management - Innovators Profile
5. Energy Efficiency - Innovators Profile
6. Energy Efficiency - Innovators Profile (continued)

7 | BEST PRACTICES & STRATEGIC PERSPECTIVES

Best Practices & Strategic Perspectives
1. Snippets of Global Best Practices for Adoption of LCM Techniques
2. Technology Impact Framework Metrics
3. Technology Impact Framework
4. Near-Term Implementation Strategy
5. Challenges and Gaps in Solar Energy Technologies for Low Carbon Manufacturing
6. Challenges and Gaps in Wind and Hydro Power Technologies for Low Carbon Manufacturing
7. Challenges and Gaps in Bioenergy Technologies for Low Carbon Manufacturing
8. Challenges and Gaps in Carbon Capture and Storage Technologies for Low Carbon Manufacturing
9. Opportunities for LCM in Developing Economies
10. Challenges for Adoption of LCM in Developing Economies
11. Strategic Perspectives

8 | APPENDIX

Appendix
1. Technology Impact Analysis
2. Technology Impact Analysis
3. Technology Impact Analysis
4. Legal Disclaimer