Mission Possible
Understanding the challenge and the opportunity of building a more efficient energy future.
Mission Impossible explores the ideas, constraints, and engineering realities behind one of the world’s most complex challenges: how energy is generated, used, and wasted, and what it will take to do better.
The book provides context for the technology behind SECCO2, while stepping back to examine the broader systems that shape global energy infrastructure today.
Energy conversations are often framed around ambition rather than practicality. New fuels, new promises, and sweeping visions can overshadow the fundamental constraints that define what actually works.
Mission Impossible takes a different approach.
It focuses on efficiency, thermodynamics, and real-world conditions, examining why so much energy is lost, why water has become a limiting factor, and why scalable solutions must be grounded in engineering reality.
This book was written to make those ideas accessible.
Why this book exists
What the book covers
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How modern energy systems evolved and where they fall short
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Why efficiency is central to cost, reliability, and sustainability
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The role of heat, waste energy, and overlooked resources
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The constraints imposed by water, infrastructure, and geography
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How engineering-led solutions can reshape what’s possible
Mission Impossible is written for
readers who want to understand
energy beyond headlines.
It is intended for:
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Investors and policymakers seeking deeper context
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Engineers and technologists interested in system-level thinking
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Industry leaders navigating energy-intensive operations
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Readers curious about how infrastructure decisions shape the future
No specialized background is required.
How it connects to SECCO2
The ideas explored in Mission Impossible inform the development of the SECCO2 engine, but the book stands on its own.
It explains why technologies like SECCO2 are necessary and why efficiency, adaptability, and water independence matter at scale.
For readers interested in the technical implementation of these ideas, the Technology page provides a closer look at the SECCO2 system.
Mission Possible
Mission Impossible is part of a broader effort to foster informed discussion around energy systems, engineering, and long-term infrastructure.