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The team also plans to build stakeholder support with theĮventual goal of creating a viable carbon market in South Louisiana. Logistical feasibility of a system that captures, transports and stores carbon dioxide,Īll in South Louisiana. The team is made up of a diverse group of economists, environmental scientists, petroleumĮngineers, lawyers and geologists who seek to determine the economic, technical and Louisiana is home to a large number of underground reservoirs that are suitable for Makes capturing those carbon dioxide emissions more cost effective. However, their emissions are often in a concentrated, high pressure exhaust gas. These industrial facilities emit large amounts of carbon dioxide, a greenhouse gas The Louisiana Chemical Corridor runs along the Mississippi River between Baton RougeĪnd New Orleans and is home to several large refineries and petrochemical facilities. Which seeks to develop an integrated CCS storage complex constructed and permittedįor operation in the 2025 timeframe in several phases. The award is part of NETL’s Carbon Storage Assurance Enterprise, or CarbonSAFE, program, Of industrial carbon capture and storage, or CCS, along the Louisiana Chemical Corridor. Department of Energy, to study the feasibility In 2017, LSU researchers received a $1.4 million grant from the National Energy Technology Integrated Carbon Capture and Storage in the Louisiana Chemical Corridor About the Project Research will concentrate on Jurassic and Lower Cretaceous source rocks and reservoirs. Will be directed at aiding future exploration efforts for petroleum buried below 15,000įeet, well below the depth of most ongoing operations today. Information from the research has provided an advanced approachįor targeting geologic 'traps' where oil and natural gas may have collected. To date, employing state-of-the-artĬomputing facilities, researchers have modeled and characterized the petroleum-richįormations in two of the most important provinces in North America for oil and gasĪccumulations: the North Louisiana Salt Basin (which covers portions of Louisiana,Īrkansas and Texas) and the Mississippi Interior Salt Basin in the northeastern Gulf Three years of this five year project have been completed.

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Models will be developed for each alternative to illustrate the decision and economicĬlick here to view or download complete publication.īasin Analysis and Petroleum System Characterization and Modeling, Interior Salt Basins,ĭon Goddard and Ron Zimmerman in conjunction with Ernest A. Review of offshore wind, mariculture, and geologic sequestration will be conductedĪnd synthesized, (4) the challenges, opportunities, and risks of deployment of eachĪlternative will be described and evaluated, and (5) business and general cost-benefit (2) the Louisiana and Texas Artificial Reef Programs will be reviewed, (3) a literature Governing the development and regulation of alternative OCS projects will be reviewed, More specifically, the study will include the following tasks: (1) the legal framework Political, technical, socioeconomic, and regulatory issues that frame each alternative. It will also consolidate, review, and synthesize the economic, environmental, Gulf of Mexico Region: artificial reefs, wind power, mariculture, and geologic sequestration/enhanced This project is to examine four (4) alternative uses of offshore structures in the Management Service, and the LSU Coastal Marine Institute. ProjectĬompleted Projects Assessment of Opportunities for Alternative Uses of Hydrocarbon Infrastructure in Department of the Interior, Bureau of Ocean Energy Management (BOEM). Southeast Regional Carbon Storage Partnership: Offshore Gulf of Mexicoĭavid Dismukes, Co-Principal Investigator. Offshore Oil and Gas Activity Impacts on Ecosystem Services in the Gulf of Mexicoīureau of Ocean Energy Management, Louisiana Coastal Marine Institute. Louisiana Board of Regents Support Fund: Industrial Ties Research Subprogram. Integrating Storage into Rooftop Solar: An Economics and Engineering Approach Project funding: $52,000Įmpirical Analysis of the OCS Pipeline Network in the Gulf of Mexicoīureau of Ocean Energy Management.

Project funding: $40,789.Įlectricity Market Restructuring in the United States Upton, Principal Investigators.Įnable Pipeline. Upton, Principal Investigators.Įconomic Impact Analysis for Enable Midstream Partners, L.P.ĭavid Dismukes and Greg B. Nehiba, Co-Principal Investigator.īureau of Ocean Energy Management.

Dismukes, Principal Investigatorĭescription of Helicopter Operations and Utilization in the U.S. Updated Louisiana Greenhouse Gas Inventory and Emissions Analysis for the Governor'sĭavid E.

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