Guides decision-making in CAI implementation

Describes various roles in CAI development teams

Discusses impact and opportunities of CAI in businesses

The slide analyzes the shift from purchasing solutions to building them in-house across various IT segments, with a focus on growth and CARG predictions.

Provides a strategy for international expansion of the commercial banking model, with a focus on market opportunities and targeted regions. It's useful for global strategic planning and discussing international growth potential with stakeholders.

Slide presents an overview of JP Morgan Chase & Co.'s Consumer & Community Banking (CCB) investments, highlighting areas of growth and expected returns, making it apt for discussing investment strategies and future planning with stakeholders.

It presents a decade-long financial trend analysis of the Consumer and Community Banking revenue, including net interest income forecasts.

The slide provides a comparison of capital costs for CCS systems, contrasting retrofit and new-build scenarios without subsidies.

The slide compares the costs of gas combined cycle plants with CCS, analyzing both retrofit and new-build scenarios and showing cost differences due to subsidies.

This slide presents survey results on public perception of Carbon Capture and Storage (CCS) safety and support for its development, recommending increased public outreach to improve awareness and support for CCS initiatives.

This slide highlights the financial contributions to CCUS by various OECD countries, with the United States being a major contributor. It shows trends in funding, noting the US's decreasing share and the increasing contributions from Japan and Norway.

This slide details the number of patents filed for CCUS technologies by various OECD countries, showing the United States leading in patent filings. It highlights the competitive landscape in CCUS R&D and the leading contributors over time.

It provides an overview of global CCUS projects, showing trends in operational, developmental, cancelled, and completed projects from 1972 to 2030. It highlights the increase and decline phases.

Describes ADNOC's Al Reyadah facility as a self-sustaining CCUS project in the iron & steel industry.

This slide forecasts the development of CCUS technologies across multiple industries over the coming decades, indicating a significant increase in CO2 capture and the predominance of storage solutions.

This slide explains the comprehensive value chain of CCUS technologies, detailing each step from CO2 capture to storage and utilization, showcasing the integrated approach needed to abate CO2 emissions.

Illustrates the impact of retrofitting power plants with CCUS on reducing CO2 emissions.

The table provides an overview of various CCUS projects in Europe, including their capacities and industries.

Highlights North America's leadership in CCUS projects, detailing capture capacities, number of projects, and storage types for leading countries.

Explores the expansion of CCUS applications to additional large emitting sectors, analyzing the number of projects and their statuses within these industries.

Shows the expected increase in CCUS projects and capacity by 2030, indicating significant industry growth.

The slide explains the need for Carbon Capture, Utilization, and Storage (CCUS) technologies to achieve the 1.5°C climate target, showing different emission reduction pathways and their potential impacts.

This slide provides a comprehensive overview of the various pathways through which CCUS technologies can either utilize or store carbon dioxide, illustrating the diversity and complexity of these technologies.

Highlights recent CCUS projects in the cement, iron, and steel industries, and expected future projects.

Details the timeline and progress of CCUS projects in the cement and iron & steel industries.

This slide shows the expected development of cross-industries CCUS clusters in Europe and North America.

Discusses the potential for CCUS development in new coal power plants in China and India.

This slide emphasizes that CCUS technologies need to be combined with other solutions like electrification and technology improvements to decarbonize the energy sector effectively.

This slide outlines how CCUS technology can significantly reduce CO2 emissions in key sectors responsible for large amounts of greenhouse gases, highlighting its critical role in achieving emission targets.

Describes the global distribution of CCUS projects, highlighting the USA as the leader. Details the operational status and geographic spread of these facilities.