Integrated Approach to CO2 Storage Assessment in the Offshore South Perth Basin, Australia

Borissova, Irina; Kennard, J. M.; Lech, Megan; Wang, L.; Johnston, Stephen T.; Lewis, Christopher J.; Southby, Chris

doi:10.1016/j.egypro.2013.06.397

Cited by 10 publications

(2 citation statements)

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“…Offshore CO 2 storage has been successful in the Sleipner and Snøhvit projects offshore Norway, and a number of other projects are in construction or planning in the world. The large potential of offshore CO 2 storage has been confirmed for the northern Atlantic continental shelves (Halland and Riis, 2014; Pale Blue Dot Energy and Axis Well Technology, 2016), US offshore (Eccles and Pratson, 2013;Meckel et al, 2014); Australia offshore (Borissova et al, 2013;Pale Blue Dot Energy and Axis Well Technology, 2016).…”

Section: Introductionmentioning

confidence: 95%

A long-term strategic plan of offshore CO2 transport and storage in northern South China Sea for a low-carbon development in Guangdong province, China

Zhou

Liang

et al. 2018

International Journal of Greenhouse Gas Control

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Strategic regional planning is an important step towards a successful CCUS development. This paper is the first effort of proposing a development plan of offshore CO 2 storage and transport for Guangdong in 2030 and 2050. We attempt to make an ambitious and achievable plan. The clusterhub model of sources and sinks is adopted, and reuse of existing infrastructures is preferred. The targets of CCUS in Guangdong by 2050 are approximately 8% of the CCS targets that proposed for entire China (ADB, 2015), except a smaller target of 2050. The dual-phase and dual-track approach of ADB's roadmap is followed. The CCUS Phase I before 2030 is characterized by the capture of high-purity CO 2 from petrochemical industry and the storage of CO 2 mainly related to CO 2-EOR. The target of ~3 Mtpa CCUS in 2030 will be achieved by source-sink match A1. The Phase II from 2030 to 2050 is characterized by a wider deployment of CCUS. The target of CCUS in Guangdong is ~35 Mtpa in 2040 and ~110 Mtpa in 2050, leading to the cumulative CO 2 avoidance of ~187 MtCO 2 for 2031-2040 and ~730 MtCO 2 for 2041-2050. Four source-sink matches are proposed for this phase, including the storage clusters in the Pearl River Mouth Basin and in the Beibuwan Basin in the northern South China Sea. Research with sufficient lead time to support the phased CCUS development is proposed, including databases, feasibility studies, technique R&D, cost estimation, and optimized system design. We are fully aware of the large uncertainty in the years ahead, and regard this planning as a highly general and hypothetic proposal.

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Section: Introductionmentioning

confidence: 95%

A long-term strategic plan of offshore CO2 transport and storage in northern South China Sea for a low-carbon development in Guangdong province, China

Zhou

Liang

et al. 2018

International Journal of Greenhouse Gas Control

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“…Shallow marine sandstone tongues (parasequences) and intercalated shales are considered as storage targets for CO 2 sequestration (Bergmo et al, 2009;Borissova et al, 2013;Calvo and Gvirtzman, 2013). We investigate the impact on flow behaviour and CO 2 storage of geological uncertainty in the stratigraphic architecture of wave-to tide-dominated shallow marine sandstone tongues in the Blackhawk Formation, which are exposed in the Book Cliffs, USA and are analogous to potential CO 2 storage units in the subsurface.…”

Section: Shallow Marine Sandstone Tonguesmentioning

confidence: 99%