Coping with carbon: a near-term strategy to limit carbon dioxide emissions from power stations

Author:

Breeze Paul1

Affiliation:

1. 62 Elm Park CourtPinner HA5 3LL, UK

Abstract

Burning coal to generate electricity is one of the key sources of atmospheric carbon dioxide emissions; so, targeting coal-fired power plants offers one of the easiest ways of reducing global carbon emissions. Given that the world's largest economies all rely heavily on coal for electricity production, eliminating coal combustion is not an option. Indeed, coal consumption is likely to increase over the next 20–30 years. However, the introduction of more efficient steam cycles will improve the emission performance of these plants over the short term. To achieve a reduction in carbon emissions from coal-fired plant, however, it will be necessary to develop and introduce carbon capture and sequestration technologies. Given adequate investment, these technologies should be capable of commercial development by ca 2020.

Publisher

The Royal Society

Subject

General Physics and Astronomy,General Engineering,General Mathematics

Reference8 articles.

1. Ansolabehere S et al. The future of coal: options for a carbon constrained world. (An interdisciplinary study.). 2007 Cambridge MA:MIT.

2. Breeze P.A The future of carbon sequestration: key drivers and resistors costs and technologies. 2006 London UK:Business Insights.

3. Breeze P.A The future of nuclear power: growth opportunities market risk and the impact of future technologies. 2007a London UK:Business Insights.

4. Breeze P.A The future of clean coal: the impact of new technologies and legislation on the economics of coal-fired power generation. 2007b London UK:Business Insights.

5. Ciferno J. Klara J. Schoff R. & Capicotto P. 2006 Cost and performance comparison of fossil energy power plants. In 5th Ann. Conf. on Carbon Capture & Sequestration Alexandria VA May 2006 .

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