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Development Phase Field Projects

DOE supports large­scale field projects in different geological storage classes to confirm that CO2 capture,

transportation, injection, and storage can be achieved safely, permanently, and economically at large

scales. Results from these projects will provide a more thorough understanding of migration and permanent

storage of CO2 within various reservoir classes of geologic storage formations, which will help support

regulatory development and industry in commercialization and deployment of CCS. The storage types and

formations being tested are considered regionally significant and are expected to have the potential to store

hundreds of years of CO2 from stationary source emissions. As of November 2014, over 7.2 million metric

tons of CO2 have been stored in various geologic formations via the large­scale field projects being

developed by the RCSPs. Read more about Development Phase field projects.

DOE'S REGIONAL CARBON SEQUESTRATION PARTNERSHIPS INITIATIVE

Large­Scale Development Phase Field Projects

CO2 Injected Volume to Date:

8,206,911 METRIC TONS

*As of July, 2015

Core Storage R&D

Storage Infrastructure

Strategic Program Support

NATCARB/Atlas

Program Plan

Project Portfolio

Publications

Carbon Storage Newsletter

FAQs

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RCSP DEVELOPMENT PHASE

Research Coal Carbon Storage Carbon Storage Infrastructure
Map depicting location of the RCSP Development Phase project.

Mouse over location numbers to get additional information.

# Project Name Project Type Geologic Basin

Expected Total

Injection of CO2

1

Big Sky Carbon Sequestration

Partnership – Kevin Dome

Project

Saline Storage Kevin Dome 1,000,000 metric tons

2

Midwest Geological

Sequestration Consortium –

Illinois Basin Decatur Project

Saline Storage Illinois Basin 1,000,000 metric tons

3

Midwest Regional Carbon

Sequestration Partnership –

Michigan Basin Project

Enhanced Oil

Recovery

Michigan Basin 1,000,000 metric tons

4

Plains CO2 Reduction

Partnership – Bell Creek Field

Project

Enhanced Oil

Recovery

Powder River Basin

1,000,000 metric tons

per year

5

Plains CO2 Reduction

Partnership – Ft. Nelson Field

Project

Saline Storage Alberta Basin 2,000,000 metric tons

6

Southeast Regional Carbon

Sequestration Partnership –

Citronelle Project

Saline Storage

Interior Salt Basin,

Gulf Coast Region

Up to 300,000 metric

tons

7

Southeast Regional Carbon

Sequestration Partnership –

Cranfield Project

Saline Storage

Interior Salt Basin,

Gulf Coast Region

Greater than

5,000,000 metric tons

8

Southwest Regional Carbon

Sequestration Partnership –

Farnsworth Unit – Ochiltree

Enhanced Oil

Recovery Anadarko Basin 1,000,000 metric
Project

Development Phase projects will result in a better understanding of technical and non­technical aspects for

commercial­scale CCS projects, including regulatory, liability, and ownership issues associated with these

projects, and will provide a firm foundation for commercialization of large­scale CCS. In addition, these

efforts have contributed to establishing common assumptions, data requirements, and methodologies for

determining geologic resource estimates for CO2 storage. Resulting resource estimates are presented in

Atlas IV. The data provided by the RCSPs are included in the National Carbon Sequestration Database and

Geographic Information System (NATCARB), a relational database and geographic information system (GIS)

that integrates CCS data from the RCSPs and other sources.

In addition, these collaborations provide a means to encourage the transfer of technical lessons learned

between industry and academia to facilitate the adoption of these technologies in the field. They will also

prepare personnel in the United States and abroad for future careers in the CCS industry.

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