Economic Potential of DACCS and Global CCS Progress slide image

Economic Potential of DACCS and Global CCS Progress

In current international climate negotiations, Articles 6 (market mechanisms and non- market approaches) and 14 (global stocktake) of the Paris Agreement remain the most relevant for CCS. As Article 6 matures with significant developments in the technical work and the establishment of its supervisory body, clarity is still needed on the transfer of existing CCS methodologies from the Clean Development Mechanism (CDM) to the upcoming mechanism under Article 6. Looking at Article 14, the global stocktake (GST) which runs until 2023 and repeats in five-year cycles - presents a timely opportunity for CCS experts to engage in technical dialogues (TD) with parties that could inform updated nationally determined contributions (NDC) at the heart of achieving the objectives of the Paris Agreement. - YEAR AUSTRALIA BAHRAIN CANADA CHINA EGYPT EL SALVADOR ICELAND IRAN IRAQ JAPAN MALAWI MONGOLIA NORWAY PAKISTAN QATAR SAUDI ARABIA SOUTH AFRICA UAE UNITED STATES KUWAIT TOGO TUNISIA INDC FIRST NDC FIRST NDC UPDATE SECOND NDC TOWARD CLOSER REGIONAL COOPERATION The role of closer, regionally focused cooperation in achieving CCS deployment has arisen as a further and important consideration for both governments and industry over the past 12 months. The emergence of new markets and applications for CCS technologies, enhanced national commitments to achieving net-zero and the commercial opportunities posed by the deployment of CCS networks, has led to greater scrutiny of opportunities beyond national boundaries. Further progress with projects under development in the North Sea, as well as proposed activities in Southeast Asia and the wider Asia-Pacific region, are indicative of this approach. To support this ambition, attention has inevitably turned to the requirements necessary for achievement and, in particular, the development of a supportive policy, legal and regulatory landscape. National governments and corporations with an interest in developing projects with a transnational element are now actively considering and promoting issues surrounding transboundary regulation, as well as the development of regional frameworks and mechanisms that will support the development of CCS networks. The challenges associated with a more regionally focused approach are particularly significant where CO2 is transported from one country for storage in another nation's territory. The ability of project proponents to fully recognise the contribution of these transboundary storage activities within national and international accounting and crediting schemes has been raised by several government and industry parties as an important issue to be addressed. Similarly, the absence of detailed legal and regulatory regimes for the technology in many nations worldwide also creates uncertainty as to how storage operations will be regulated. In addition, these transboundary storage projects will also call into play several wider international, regional and domestic legal frameworks that will all require careful navigation to ensure they do not unwittingly pose further barriers to proposed activities. Few examples exist where these CCS-specific issues have been addressed. However, the consideration of transboundary issues within the international marine agreements provides an important model. The amendments to the London Protocol and the approach adopted by the parties to date, are indicative of the need to swiftly address these challenges. NDC MENTIONS CCS ■NDC DOES NOT MENTION CCS NOT AVAILABLE FIGURE 9: CCS IN COUNTRY NDCS AND CCS INTERNATIONAL LEGISLATION [13] GLOBAL CCS INSTITUTE
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