Carbon sequestration in an uncertain world

Patrick Moriarty, Damon Honnery

Research output: Chapter in Book/Report/Conference proceedingChapter (Book)Otherpeer-review

Abstract

Carbon sequestration has been proposed as an important means for mitigating climate change, particularly in the medium and longer term. Three approaches have been proposed: biological sequestration in trees and soils; capture from the flue gases of large fossil fuel-using plants, particularly for electric power generation, followed by transport and burial; capture directly from the air, followed by burial. Although biological sequestering in soils and biomass is a natural process, and is seen as the cheapest option, the annual potential is small, and storage may reverse later in the century. Carbon capture and sequestration is probably limited to about one third of annual fossil-fuel related emissions, and will have high energy and money costs if plants are not =capture-ready'. There are no limits on air capture, but it may need more energy than the energy content of the input fuels, and in any case is a high cost approach. Sequestration can be in geological reservoirs such as disused oil and gas fields, or saline aquifers. (Many researchers rule out ocean burial, both because of its adverse environmental effects and because of the temporary nature of storage.) There is however, great uncertainty in the total safe capacity of geological reservoirs. Perhaps even more importantly, the time for absorbtion mechanisms to act varies from immediate to hundreds or even thousands of years, so that annual limits on safe disposal may be the limiting factor.

Original languageEnglish
Title of host publicationCarbon Sequestration: Technology, Measurement Techniques and Environmental Effects
Editors Brooke J. Ryan, Darnall E. Anderson
Place of PublicationNew York NY USA
PublisherNova Science Publishers
Pages109-124
Number of pages16
ISBN (Print)9781620810187
Publication statusPublished - 2012

Publication series

NameEnvironmental Science, Engineering and Technology; Climate Change and Its Causes, Effects and Prediction
PublisherNova Science Publishers

Cite this

Moriarty, P., & Honnery, D. (2012). Carbon sequestration in an uncertain world. In B. J. Ryan, & D. E. Anderson (Eds.), Carbon Sequestration: Technology, Measurement Techniques and Environmental Effects (pp. 109-124). (Environmental Science, Engineering and Technology; Climate Change and Its Causes, Effects and Prediction). New York NY USA: Nova Science Publishers.
Moriarty, Patrick ; Honnery, Damon. / Carbon sequestration in an uncertain world. Carbon Sequestration: Technology, Measurement Techniques and Environmental Effects. editor / Brooke J. Ryan ; Darnall E. Anderson. New York NY USA : Nova Science Publishers, 2012. pp. 109-124 (Environmental Science, Engineering and Technology; Climate Change and Its Causes, Effects and Prediction).
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Moriarty, P & Honnery, D 2012, Carbon sequestration in an uncertain world. in BJ Ryan & DE Anderson (eds), Carbon Sequestration: Technology, Measurement Techniques and Environmental Effects. Environmental Science, Engineering and Technology; Climate Change and Its Causes, Effects and Prediction, Nova Science Publishers, New York NY USA, pp. 109-124.

Carbon sequestration in an uncertain world. / Moriarty, Patrick; Honnery, Damon.

Carbon Sequestration: Technology, Measurement Techniques and Environmental Effects. ed. / Brooke J. Ryan; Darnall E. Anderson. New York NY USA : Nova Science Publishers, 2012. p. 109-124 (Environmental Science, Engineering and Technology; Climate Change and Its Causes, Effects and Prediction).

Research output: Chapter in Book/Report/Conference proceedingChapter (Book)Otherpeer-review

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AB - Carbon sequestration has been proposed as an important means for mitigating climate change, particularly in the medium and longer term. Three approaches have been proposed: biological sequestration in trees and soils; capture from the flue gases of large fossil fuel-using plants, particularly for electric power generation, followed by transport and burial; capture directly from the air, followed by burial. Although biological sequestering in soils and biomass is a natural process, and is seen as the cheapest option, the annual potential is small, and storage may reverse later in the century. Carbon capture and sequestration is probably limited to about one third of annual fossil-fuel related emissions, and will have high energy and money costs if plants are not =capture-ready'. There are no limits on air capture, but it may need more energy than the energy content of the input fuels, and in any case is a high cost approach. Sequestration can be in geological reservoirs such as disused oil and gas fields, or saline aquifers. (Many researchers rule out ocean burial, both because of its adverse environmental effects and because of the temporary nature of storage.) There is however, great uncertainty in the total safe capacity of geological reservoirs. Perhaps even more importantly, the time for absorbtion mechanisms to act varies from immediate to hundreds or even thousands of years, so that annual limits on safe disposal may be the limiting factor.

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M3 - Chapter (Book)

SN - 9781620810187

T3 - Environmental Science, Engineering and Technology; Climate Change and Its Causes, Effects and Prediction

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PB - Nova Science Publishers

CY - New York NY USA

ER -

Moriarty P, Honnery D. Carbon sequestration in an uncertain world. In Ryan BJ, Anderson DE, editors, Carbon Sequestration: Technology, Measurement Techniques and Environmental Effects. New York NY USA: Nova Science Publishers. 2012. p. 109-124. (Environmental Science, Engineering and Technology; Climate Change and Its Causes, Effects and Prediction).