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.
Establishes legal and regulatory framework for permitting of CO2 sequestration sites and empowers the Department of Environmental Protection to permit and monitor carbon sequestration sites.
This bill included $800 million for CCS technology for coal-fired plants, $1.52 billion for industrial CCS projects, and $1 billion for a stand-alone integrated power plant project incorporating CCS.
This paper aims to investigate the effects CCS has on the competitive situation in the European Union and propose solutions to some of the problems that will be identified.
This paper investigates the legal issues raised under selected international treaty instruments when the carbon dioxide being transported has a cross-border element.
This article identifies how the Clean Development Mechanism could provide financial incentives to enable the implementation of carbon capture and storage projects.
This paper reviews the current provincial and federal legislation and regulations in Canada to show that the existing legal and regulatory regime is reasonably sufficient, with some modifications, to accommodate the injection phase of carbon capture.
This paper offers a critique of Australian CCS legislation from a Canadian perspective and identifies what Canadian regulators and companies can learn from the Australian approach.
This paper presents an overview of Canada's experience with carbon capture & storage (CCS) initiatives and examines the success Canada has had with carbon capture and storage.
This paper provides an overview of the federal pipeline regulatory structure and the challenges associated with expanding the network to accommodate large‐scale deployment of CCS technologies.