This research service analyzes the current trends in the carbon dioxide
capture technologies with a focus on the current technologies associated with
pre-combustion capture.
Table of Contents
1 EXECUTIVE SUMMARY
Research Overview and Methodology
Research Overview
Methodology
Key Highlights
Technology Snapshot
Key Trends
2 PRECOMBUSTION CAPTURE TECHNOLOGY PRIMER
Technology Primer
Overview
Precombustion Carbon Capture Processes
Carbon Dioxide Capture Technologies
Techniques for Carbon Dioxide Separation
Emerging Technologies
3 CURRENT ANALYSIS AND TRENDS
Technology Overview and Trends
Precombustion Carbon Capture Applications
Carbon Transport and Storage Technologies
Carbon Policies Assessment
Carbon Policies and Regulations in EU
Other Parts of the World
4 KEY DEVELOPMENTS AND STAKEHOLDER ANALYSIS
Key Players
Europe
North America
Others
Partnerships and Trends
Precombustion Carbon Capture Development Projects
Current Trends
5 RECENT DEVELOPMENTS AND FUTURE TRENDS
Noteworthy Innovations in North America
Membrane Developments in DOE' s Carbon Sequestration Program
Synthesis of Calcium Oxide and Magnesium Calcite Sorbents for Carbon
Capture
Novel Clathrate Hydrate Process for Precombustion Carbon Capture
Noteworthy Innovations in Europe
HY2SEPS: Hybrid Hydrogen Carbon Dioxide Separation System
One-Step-Decarbonisation: Hydrogen Production and Carbon Capture from
Gaseous Fuel
ECN: Emerging Technologies for Hydrogen and Carbon Dioxide Separation
Novel Chemical-Looping Combustion and Reforming
Sorption Enhanced Water Gas Shift (SEWGS) for Methane Reforming and Coal
Gasification
Technology Adoption and Future Roadmap
Analysis of Drivers
Analysis of Challenges
Technology Adoption
Technology Roadmap
6 PATENTS AND DATABASE OF KEY INDUSTRY PARTICIPANTS
