THE TRILLION-DOLLAR STAKE OF CARBON NEUTRALITY: ENERGY INFRASTRUCTURES IN HONG KONG AND THE GREATER BAY AREA PDF

The world has been witnessing an accelerating momentum toward carbon neutrality, with almost all major countries onboard. The stakes are extremely high with over US100 trillion in investments needed to achieve net zero emissions. This book delves into this intricate multi-trillion-dollar landscape of opportunities and challenges. The detailed, project-level examination in this book will provide direct insights for interested parties to position themselves.

Focusing on the Guangdong-Hong Kong-Macau Greater Bay Area (GBA), home to 86 million people and a 1.7 trillion economy, the narrative unfolds against the backdrop of China's commitment to carbon neutrality by 2060, as well as their respective positions next to the rest of the world in the race to carbon neutrality. For the GBA and Hong Kong, carbon neutrality corresponds to nearly a US1 trillion stake in energy infrastructures. This book meticulously dissects the trillion-dollar stake from the bottom-up.

The energy sector is destined to experience fundamental changes in the coming decades; demand for a vast number of new infrastructures will only grow, while many existing, fossil-fuel infrastructures may become obsolete. Jobs, money, and regions are expected to shift dramatically with winners and losers. This book documents and analyzes individual projects, covering fossil-fuel, electric, and CO₂ infrastructures. The impacts on existing infrastructures and the demand of future ones will be quantitatively examined to diagnose the stake in detail. Gaps will be evaluated and the necessary pace of changes in the next three decades will be sketched. The trillion-dollar stake will be discussed about its associated significant challenges and opportunities.

Tailored for policy-makers, businesses, and decision-makers navigating the carbon-neutral landscape, this book is an invaluable resource for professionals, industry players, and academic courses addressing energy resources, climate change and CO2 mitigation.

Author: Sam Liao, Cooke Yuan Xu