This policy lab project builds on Stanford Steyer-Taylor Center (STC) and Sustainable Finance Initiative (SFI) research and analysis on structuring effective carbon markets. It leverages related work and resources on campus, and engages with clients in the US government working to design effective US and International carbon markets. Steyer-Taylor Center and Sustainable Finance Initiative researchers have identified five key pieces to structuring effective carbon markets: (1) Carbon accounting for liabilities and assets in compliance and non-compliance markets; (2) scientific measurement issues covering quantity, duration and budgets; (3) property rights, mineral rights and legal issues underlying transactions; (4) market structure, securities, capital structures and trading infrastructure; and (5) regulation and the role of government actors. Students will work in small teams to help develop this vision for coordinated carbon markets by researching and writing (1) a series of position papers covering the five topics listed above (a top-down approach); and (2) case studies of specific transactions (a bottom-up approach). Policy lab students may contribute generally to papers on the five topics or they may develop a case study on a specific transaction. The project seeks graduate and upper-division students from law, public policy, economics, finance, environmental science, and the Graduate School of Business. Please email your questions to instructor Alicia Seiger (aseiger@stanford.edu). Elements used in grading: Attendance, Performance, Class Participation, Written Assignments, Final Paper. Apply by March 20 through the Policy Lab Consent of Instructor form. To access the consent application for this course, go to link SLS Registrar https://registrar.law.stanford.edu/ and then click SUNetID Login in the top right corner of the page.

Instructors: Heller, T. (PI) ; Seiger, A. (PI)
Instructors: Heller, T. (PI) ; Seiger, A. (PI)
Faculty Principal Investigator (PI) Required?: N/A

More Ecopreneurship Resources

Browse and filter all resources on the Resource Landscape page »

"XEIET120: The Role of Water and Energy for Circular Economies"" dives into sustainable water management within circular economies, stressing the importance of water in sustaining various industries. It addresses how water scarcity impacts economic growth and explores innovative strategies for managing water resources sustainably. The course covers the basics of water management, its integration into circular economies, and advanced topics like wastewater refining and the use of AI and IoT for water treatment...
"XEIET237: Transforming the Grid: AI, Renewables, Storage, EVs, and Prosumers" is a course that educates on the evolving electric grid's landscape, driven by the integration of AI, renewable energy, and emerging technologies. The curriculum covers the fundamentals of electricity generation, transmission, and distribution, and the role of AI and ML in optimizing grid operations and demand response...
"XEIET201: Economics of the Clean Energy Transition" provides an analysis of the energy sector's shift towards sustainable solutions from an economic standpoint. It addresses the cost-effectiveness of renewable energy and the influence of public policy on decarbonization, utilizing case studies and cost-calculation tools like LCOE and LCOMD. This course is tailored for those assessing the economic feasibility of energy projects and the evolving utility business models in light of clean energy advancements...