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Discover the latest advances carbon capture and storage research

3rd Meeting of the Oxy-Combustion Network

1 November 2008
Capture
Event Proceedings

This report presents an overview of the workshop and summarises the current status of development of oxy-fuel combustion. The presentations and discussions at the workshop covered a wide range of topics looking at; on-going studies and experimental results, modelling studies, new developments in oxygen production and CO₂ processing, and identification of various issues relevant to the demonstration of oxy-fuel combustion technology.

Technical Report

Reduction of Residential Carbon Dioxide Emissions through the Use of small Cogeneration Fuel Cell Systems

1 November 2008
Capture

The study, comprising a literature review and desk-based assessment, aimed to produce a ‘high level’ overview of potential impacts on groundwater resources from storage operations, concentrating on DSF storage across a range of typical regional settings. The study also highlighted the current state of knowledge and/or gaps, recommending further research priorities where appropriate.

Technical Report

Novel Approaches to Improving the Performance of Carbon Dioxide Capture

1 September 2008
Capture

The IEA Greenhouse Gas R&D Programme (IEA GHG) thus elected to undertake a study search for innovative new avenues for CO₂ capture which might lead to significant improvements in the cost of capture technology and reductions in the energy penalty. The brief was to search outside traditional fields of enquiry and break away from a classical Chemical Engineering process based approach.

Technical Review

Scoping Study on Operating Flexibility of Power Plants with CO₂ Capture

1 September 2008
Capture

This report reviews existing work on the operating flexibility of power plants with CO₂ capture, discusses techniques which could be used to assess flexibility and proposes further work that could be undertaken on this subject. Operating flexibility of power plants is likely to become more important in future as more renewable power systems with variable outputs are built to reduce CO₂ emissions. Operating flexibility could be a significant factor in the choice of the optimum CO₂ capture technology and it may also affect the extent to which CCS will be used in future.

Technical Report

Production of Hydrogen and Electricity with CO₂ Capture – Updated Economic Analysis

1 August 2008
Capture
Costs of CCUS

Costs of building power generation plants in general and fuel prices have increased rapidly in recent times. This report provides information on costs of electricity and hydrogen production by coal gasification with CO₂ capture on a 2nd quarter 2008 basis. This is an update of information presented in IEA GHG report 2007/13.

Technical Report

CO₂ Capture in the Cement Industry

1 July 2008
Capture

The scope of the study was to: Provide descriptions of cement plants and the global cement industry; Review CO₂ capture processes that would be suitable for cement plants; Evaluate the performance and economics of cement plants with and without CO₂ capture; Discuss retrofitting CO₂ capture and CO₂ capture ready plants; Identify information gaps and R&D needs.

Technical Report

International Network for CO₂ Capture: Report on 11th Workshop

1 July 2008
Capture
Event Proceedings

This workshop was the eleventh in a series to discuss co-operation in development of MEA and other solvents and associated techniques to capture CO₂ from power plant flue gases. The previous events were, in Gaithersburg, Calgary, Apeldoorn, Kyoto, Pittsburgh, Trondheim, Vancouver, Austin, Copenhagen, and Lyon

Technical Report

2nd Meeting of the Oxy-Fuel Network

1 November 2007
Capture
Event Proceedings

The aim of this Network for Oxy-Fuel Combustion is to provide an international forum for organisations with interest in the development of Oxy-Fuel Combustion Technology to discuss various issues relevant to the development of the technology.

Technical Report

Improved Oxygen Production Technologies

1 October 2007
Capture

This report includes descriptions of cryogenic and membrane oxygen production processes, their components and their integration into power generation and synthesis gas production processes with CO₂ capture. Recent and potential future improvements in these oxygen production processes are discussed.The report was written by a consultant, Rodney Allam, formerly of Air Products. The report does not include information from confidential sources.

Technical Report

Distributed Collection of CO₂

1 September 2007
Capture
Transport

This study examines the design issues and costs of collecting CO₂ captured from multiple distributed sources down to quantities of 5000 tpa. It includes a spreadsheet model for sizing pipelines in a branched collection network with multiple pressure levels. This model also estimates overall collection costs including those for compression using unit costs for construction in the UK.

Technical Report

Co-Production of Hydrogen and Electricity by Coal Gasification with CO₂ Capture

1 September 2007
Capture

The primary purpose of this study is the evaluation of the technologies and the process alternatives that can be used in these complex power and hydrogen generation schemes to optimise efficiency and capital cost and reduce, at the same time, emissions to the atmosphere.Use of hydrogen storage is considered to match the hydrogen demand.

Technical Report

CO₂ Capture from Medium Scale Combustion Installations

1 July 2007
Capture

The study assesses the costs and performance of medium-scale CO₂ capture technologies The focus is on CO₂ capture from medium-scale power generation systems, from medium-scale systems for industrial heat production and from medium-scale combined heat and power systems. Other industrial processes which produce CO₂, such as cement, metallurgical and petrochemical processes are not considered in this study With respect to the size, we focus on novel technologies which will become available on the longer term, because it is expected that CO₂ is only likely to be captured from medium-scale sources when most large-scale capture opportunities have been exhausted. An exception is the MEA scrubbing technology which is currently used in industrial applications at a scale of 50 to 400 kt per year. The study only considers new systems and does not consider retrofit systems.

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