Launch of Groundbreaking Book on Carbon Capture, Utilisation, and Storage (CCUS) - A Technological Approach to Tackling Global Warming 2024

Launch of Groundbreaking Book on Carbon Capture, Utilisation, and Storage (CCUS)

- A Technological Approach to Tackling Global Warming

2024

The Research Institute for Earth Sciences (RIES), in collaboration with the UNESCO Chair

in Coastal Geological Hazards, is excited to announce the release of its latest publication,

"Carbon Capture, Utilisation, and Storage (CCUS): A Technological Approach to Tackling

Global Warming." This crucial book addresses one of humanity's most urgent

challenges—climate change stemming from escalating greenhouse gas emissions.

Following a series of books published by authors under the titles: "Climate Change and the

Evolutionary Trend of Renewable Energies" and "Bioenergy and Hydrogen: A Solution to

Reduce Greenhouse Gas Emissions," this book serves as a comprehensive reference on the

state of research, development, and demonstration of CCUS technology in the electricity and

industrial sectors. It critically evaluates a wide range of combustion-based processes, post-

fuel technologies in fossil fuel power plants, and the application of CCUS in high-carbon-

footprint industries.

The preface highlights the pressing need for innovative solutions to mitigate the alarming rise

in carbon dioxide emissions, primarily from industrial operations. With these activities

currently emitting around 8 billion tons of CO2 annually—70% of which comes from heavy

industries—the book advocates for a significant shift towards sustainable practices through

the adoption of CCUS technologies.

As noted in the publication, the global population is projected to increase by an additional 2

billion by mid-century, further intensifying the demand for industrial products and,

consequently, carbon emissions. It is essential for industries to aim for a 50% reduction in

direct greenhouse gas emissions while continuing to support growth and development.

The authors position CCUS as a pivotal technological approach crucial for achieving net-zero

emissions by 2060. With forecasts suggesting a 70% increase in active CCUS units by 2030,

this book details the advancements and future potential of CCUS across various sectors,

including oil and gas, cement, and emerging blue hydrogen industries.

Importantly, the publication explores the successful implementation of CCUS in large-scale

commercial projects, such as the SaskPower Boundary Dam in Canada, which serves as a

model for global practices. This book stands as an essential reference for researchers,

policymakers, and industry professionals, shedding light on the economic, environmental,

and social implications of CCUS deployment.

Moreover, the authors call for international collaboration to facilitate the widespread

acceptance and advancement of CCUS technologies, which are integral to fostering climate

resilience and sustainable development. Their work implores the active involvement of the

academic community, industry leaders, and governments to embrace innovative solutions for

a sustainable future.

More than just a book, this publication serves as a roadmap for navigating the intricacies of

climate change and steering toward a sustainable trajectory. It embodies the vision of a united

global effort to address one of the most significant challenges of our time.