Carbon capture and storage (CCS) is the technological process of capturing carbon dioxide from a power plant or industrial activity and the storage of that captured carbon dioxide in an underground basalt formation, saline aquifer, depleted oil and gas reservoir, or sub-sea geologic formation.
Melisa Pollak, Sarah Johnson Phillips, Shalini Vajjhala
This paper reviews geologic storage (GS) policy developments at both the U.S. federal and state levels, including some original research on state GS policy development.
Elizabeth A. Burton, Souheil Ezzedine, John Reed, John H. Beyer
This paper seeks to inform the development of any future legislation in California, should it be deemed necessary to employ CCS to meet the goals of Assembly Bill 1925 (2006).
This paper describes and analyzes Canadian legislation passed in 2010 that clarifies issues relating to pore space ownership, disposal rights, and a provision for the transfer to the state of liability for CCS projects post‐closure.
This paper discusses possible liability schemes, critically analyzes those state-level schemes currently in place, and proposes the best possible choice for long-term coverage of geological sequestration.
This article seeks to define and clarify property rights to subsurface pore space in Kentucky, particularly rights to the types of structures that are relevant to CCS.
This paper examines oil and gas unitization statues and statutes creating groundwater districts to find legislative regimes useful for achieving pore space ownership aggregation.
“Utility Generation and Clean Coal Technology” subsection of Utilities and Transportation Code that provides financial incentives for utilities building ‘new energy’ generators, including CCS coal plants.