Carbon Capture

Brook Clearwater

Translator A AI

Summary

Carbon Capture offers a comprehensive exploration of materials designed to capture and store carbon dioxide, a critical strategy for climate change mitigation and improving air quality. The book bridges the gap between scientific research and practical applications, examining the chemistry and physics of these innovative materials. It also addresses the significant engineering challenges involved in scaling up carbon capture technologies. One intriguing aspect is the book's exploration of direct air capture, a method of removing CO2 directly from the atmosphere, offering a potential solution to legacy emissions. The book also delves into the economic and environmental implications of widespread carbon capture, analyzing policy frameworks and potential risks. Structured in three main sections, it begins with the fundamental science behind carbon capture materials, then explores the engineering aspects of different capture technologies (pre-combustion, post-combustion, and direct air capture), and finally evaluates the broader impacts. By integrating perspectives from chemistry, environmental science, chemical engineering, economics, and policy, Carbon Capture provides a balanced view of the potential and limitations of this technology. Readers will gain a deeper understanding of the hurdles to deployment and the true potential of carbon capture to combat climate change.

Available since: 02/21/2025.

Print length: 98 pages.

Science & Technology

Other books that might interest you

Egyptian Science - Innovations...

Omar Khalil

Egyptian Science – Innovations and Discoveries of the Ancient World (3 in 1) offers a captivating dive into the scientific brilliance of ancient Egypt, revealing how a civilization often known for its mysticism was also a beacon of practical knowledge and invention. This collection highlights the remarkable advancements made by Egyptian scholars, physicians, engineers, and astronomers—centuries before many of these concepts reached the rest of the world.
The first section explores medicine and anatomy, showcasing how ancient Egyptian doctors performed surgeries, treated wounds, and understood diseases with a surprisingly systematic approach. Medical texts, herbal remedies, and anatomical observations formed the foundation of a health system deeply intertwined with both empirical knowledge and spiritual beliefs.
In the second section, readers uncover the mathematical and engineering feats that made the construction of monumental structures like pyramids and temples possible. Discover how Egyptians used geometry, surveying tools, and complex planning techniques to design precise buildings and manage the Nile’s life-giving floods. Their grasp of weights, measurements, and balance was essential to everything from agriculture to architecture.
The final section reveals the Egyptians' advanced understanding of astronomy and timekeeping. They charted celestial movements, created solar calendars, and aligned structures with astronomical events. Whether for agricultural cycles, religious ceremonies, or royal rituals, their scientific innovations were closely tied to their spiritual worldview. This volume shows how ancient Egypt’s legacy is not only in stone but also in knowledge that shaped civilizations to come.

Show book

Unlikely Radicals - The Story of...

Charlie Angus

For twenty-two years politicians and businessmen pushed for the Adams Mine landfill as a solution to Ontario’s garbage disposal crisis. This plan to dump millions of tonnes of waste into the fractured pits of the Adams Mine prompted five separate civil resistance campaigns by a rural region of 35,000 in Northern Ontario. Unlikely Radicals traces the compelling history of the First Nations people and farmers, environmentalists and miners, retirees and volunteers, Anglophones and Francophones who stood side by side to defend their community with mass demonstrations, blockades, and non-violent resistance.

Show book

Summary of Kate Crawford’s Atlas...

Falcon Press

Buy now to get the main key ideas from Kate Crawford’s Atlas of AI 
  
In Atlas of AI (2021), Kate Crawford explores the twisted, complex world of artificial intelligence. She argues that AI is neither artificial nor intelligent, but rather a material system built from Earth’s rare resources and cheap labor, with severe environmental and human costs. Crawford explores the origins of AI and examines the processes that turn it into a double-edged sword, capable of harming as well as helping humanity. Governments and corporations are using AI to reinforce their power and control, and we must be aware of the pitfalls.

Show book

On Privacy and Technology

Daniel J. Solove

Succinct and eloquent, On Privacy and Technology is an essential primer on how to face the threats to privacy in today's age of digital technologies and AI. 
  
With the rapid rise of new digital technologies and artificial intelligence, is privacy dead? Can anything be done to save us from a dystopian world without privacy? 
  
In this short and accessible book, internationally renowned privacy expert Daniel J. Solove draws from a range of fields, from law to philosophy to the humanities, to illustrate the profound changes technology is wreaking upon our privacy, why they matter, and what can be done about them. Solove provides incisive examinations of key concepts in the digital sphere, including control, manipulation, harm, automation, reputation, consent, prediction, inference, and many others. 
  
Compelling and passionate, On Privacy and Technology teems with powerful insights that will transform the way you think about privacy and technology. 
  
"A deeply insightful look at myriad dimensions of information privacy. Paths a constructive way forward for effective privacy regulation of tech in our digital age."—Paul M. Schwartz, Jefferson E. Peyser Professor of Law, Berkeley Law School

Show book

A Pagan Polemic - Reflections on...

Jack Loeffler

A Pagan Polemic curates the evolving perspective of Jack Loeffler—itinerant wanderer, environmental warrior, storyteller, and story collector—whose true education began when he was marched into the Nevada desert one day at dawn to play "The Stars and Stripes Forever" during an atomic bomb test a scant few miles away. Since that day in 1957, Jack's mission in life has been to record peoples of the borderlands and to bring "indigenous mindedness" to the forefront of the conversation about our precarious environments and our decaying planet. A Pagan Polemic is a sweeping manifesto of Jack's core beliefs and long experience as a fierce (and funny) advocate for Nature and Nature-mindedness and against poisonous politics and policies.

Show book

Stars in the Dark - The...

Dirk Fallon

For centuries, humans have gazed into the night sky, believing that what they saw—stars, planets, glowing nebulae—was all there was. But as our tools for exploring the universe improved, scientists began to notice something strange. The visible matter in galaxies simply wasn’t enough to explain how those galaxies moved and behaved. Something unseen, something invisible, seemed to be exerting a powerful influence on everything.
In the 1930s, astronomer Fritz Zwicky was studying a group of galaxies known as the Coma Cluster. When he measured how fast the galaxies within the cluster were moving, he realized they were traveling far too quickly to be held together by the visible matter alone. According to the laws of gravity, the cluster should have torn itself apart. Zwicky proposed that some kind of “missing mass” must be present, something that added gravitational force without emitting light. He called it “dark matter.” At the time, his idea was mostly ignored.
Decades later, in the 1970s, American astronomer Vera Rubin provided even more compelling evidence. She was studying the rotation of spiral galaxies, expecting that stars farther from the center would orbit more slowly, just as planets farther from the sun move more slowly in our solar system. But that wasn’t what she found. The outer stars were moving just as fast as those closer in, a finding that didn’t make sense if only visible matter was involved. Her work suggested that some unseen material—something with mass—was surrounding the galaxies in large halos, exerting gravitational pull and affecting their motion. This was dark matter at work.

Show book