Can carbon capture and nuclear energy compete with the falling costs of renewables?
In short: Professor David Hsu examines the economic viability of carbon capture, utilization, and storage (CCUS) alongside the shifting cost landscape of nuclear power and fossil fuels within urban energy systems.
This lecture from the Fall 2022 MIT course 'Urban Energy Systems and Policy' explores the complex financial and technical hurdles facing modern energy transitions. Professor Hsu evaluates whether carbon capture technologies can become economically sustainable and how these methods compare to the rapidly evolving price points of renewable energy sources versus traditional fossil-fuel-derived power.
The discussion highlights the critical trade-offs involved in urban energy planning, specifically focusing on the relative costs that dictate which technologies are prioritized for future infrastructure. By analyzing the intersection of policy and energy systems, the lecture provides a framework for understanding the economic feasibility of decarbonization strategies in an urban context.
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Sources
- Summary by Intellect · source: Lecture 12: Cities, Future Fossil Fuel Use, CCUS, and Nuclear Energy
- Also: Lecture 12: Cities, Future Fossil Fuel Use, CCUS, and Nuclear Energy | Urban Energy Systems and Policy | Urban Studies and Planning | MIT OpenCourseWare
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