Carbon Capture, Utilization and Storage (CCUS) technologies involve the capture of carbon dioxide (CO₂) from fuel combustion or industrial processes, the transport of this CO₂ via ship or pipeline, and either its use as a resource to create valuable products or services or its permanent storage underground.
This article offers a survey of CCS projects in the South China Sea region and discusses the legal challenges associated with CCS activities in state practice.
This report aims to illustrate and explain how the various UNFCCC 'vehicles' are linked and how they individually and collectively can be used to support CCS while simultaneously enhancing climate mitigation outcomes.
This article argues that the challenge of subsurface trespass associated with CCS can be overcome by conceptualizing pore space rights in the storage complex as limited common property with rights of proportionate use.
Ken Allinson, Dan Burt, Lisa Campbell, Lisa Constable, Mark Crombie, Arthur Lee, Vinicius Lima, Tim Lloyd, Lee Solsbey
This paper identifies the legal, regulatory and economic challenges in the USA, Canada, EU, Australia, and Brazil that must be addressed if an enhanced oil recovery (EOR) project is to serve as a CCS project.
Allows power plants to recover costs of constructing and maintaining “advanced cleaner energy systems,” which include, in coal-fired plants, carbon capture and geologic sequestration of 85% or more CO2 emissions.
This amendment to the Energy Policy and Modernization Act names net-negative carbon dioxide emissions projects as a programmatic priority for DOE FE, and authorizes $22 million per year over five years to fund net-negative demonstration projects.
The goal of this article is to sketch how CCS liability rules could be developed, and to present a compensation mechanism that takes into account the particular difficulties arising with CCS, especially the long-tail risk of a potential CO2 release.