Opportunity Information: Apply for DE FOA 0001037
Apply for DE FOA 0001037
- The National Energy Technology Laboratory in the energy sector is offering a public funding opportunity titled "Research for Safe and Permanent Geologic Storage of CO2" and is now available to receive applicants.
- Interested and eligible applicants and submit their applications by referencing the CFDA number(s): 81.089 Fossil Energy Research and Development.
- This funding opportunity was created on Feb 14, 2014 and posted on Jan 23, 2014.
- Applicants must submit their applications by Mar 24, 2014. (Agency may still review applications by suitable applicants for the remaining/unused allocated funding in 2026.)
- The funding agency has allocated a total of $6,000,000.00 to eligible and selected applicants.
- The number of recipients for this funding is limited to 6 candidate(s).
- Eligible applicants include: Unrestricted (i.e., open to any type of entity above), subject to any clarification in text field entitled Additional Information on Eligibility.
- See Section III, A. of the Funding Opportunity Announcement document for more information regarding eligibility.
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Opportunity Summary:
The Funding Opportunity Announcement (FOA) titled "Research for Safe and Permanent Geologic Storage of CO2" (Funding Opportunity Number DE-FOA-0001037) is a competitive U.S. Department of Energy effort administered through the National Energy Technology Laboratory (NETL). It focuses on advancing the science and engineering needed to store carbon dioxide (CO2) safely and permanently in underground geologic formations. The central goal is to reduce uncertainty and risk in geologic carbon storage by improving how storage sites are characterized, how injected CO2 moves through complex reservoirs, and how long-term containment is verified and maintained.
This opportunity seeks research projects that develop new or improved characterization tools, technologies, and methodologies that directly strengthen storage predictions and performance. A key technical target is the ability to predict geologic storage capacity with an accuracy within 30 percent, which signals a strong emphasis on better measurement, modeling, and interpretation of subsurface conditions. In practice, this means applicants are expected to propose approaches that can narrow the gap between estimated and actual storage capacity through improved data collection (for example, higher-quality subsurface imaging or sampling strategies), more reliable interpretation of reservoir properties (such as porosity, permeability, and heterogeneity), and better-integrated models that connect field observations to storage capacity estimates.
Another major emphasis is improving reservoir utilization by deepening the understanding of how faults and fractures influence CO2 flow. Faults and fractures can act as flow pathways that change plume movement, alter pressure behavior, and potentially affect containment if they provide connectivity to unintended zones. At the same time, these features can also compartmentalize a reservoir or influence injectivity and sweep efficiency. The FOA is therefore looking for work that clarifies these dynamics so that injection strategies and site management plans can make better use of available storage space while avoiding problematic pressure buildup or migration pathways. This could include methods to map and characterize fault and fracture networks, techniques to represent these features accurately in simulations, and monitoring or diagnostic approaches that help operators understand and respond to fracture-controlled flow during injection.
Ensuring storage permanence is the third core theme. Storage permanence generally means demonstrating that injected CO2 remains securely contained over long timeframes through a combination of physical trapping mechanisms and robust site monitoring and risk management. Projects under this FOA are expected to contribute to the ability to confirm containment, detect and interpret signs of unexpected migration, and strengthen confidence that storage will remain stable. This can involve improving monitoring technologies, advancing methodologies for verifying long-term trapping and seal integrity, and developing predictive tools that link geologic features and operational choices to long-term outcomes. Overall, the FOA is positioned around practical risk reduction: better up-front site characterization, better prediction of subsurface behavior during and after injection, and better evidence and tools for long-term assurance.
From an administrative and funding standpoint, the FOA is categorized as discretionary funding and uses a cooperative agreement as the funding instrument, meaning the government typically expects substantial involvement during the project period rather than a hands-off grant. The funding activity category is energy, and the CFDA number listed is 81.089 (Fossil Energy Research and Development). The FOA anticipated making about six awards, with an estimated total funding amount of $6,000,000. A cost sharing or matching requirement applies, so recipients would be expected to contribute a portion of the total project cost from non-federal sources as specified in the full announcement.
Eligibility is described as unrestricted, meaning it is broadly open to many entity types, although the FOA notes that applicants must follow the specific eligibility details in Section III, A of the full Funding Opportunity Announcement. Key dates provided indicate the FOA was posted January 23, 2014, with an original and final closing date of March 24, 2014, and an archive date of June 30, 2014. The point of contact listed for access issues is Jacqulyn M. Wilson, Contract Specialist, reachable at jacqulyn.wilson@netl.doe.gov, and additional materials were distributed via FedConnect.
In short, this NETL funding opportunity was designed to push geologic carbon storage toward more dependable, field-ready performance by tightening storage capacity estimates, improving understanding of CO2 flow in faulted and fractured reservoirs, and strengthening the technical basis for long-term containment and verification.
Frequently Asked Questions (FAQs): Research for Safe and Permanent Geologic Storage of CO2 (DE-FOA-0001037)
1) What is the title and funding opportunity number for this grant?
The Funding Opportunity Announcement (FOA) is titled "Research for Safe and Permanent Geologic Storage of CO2" and the Funding Opportunity Number is DE-FOA-0001037.
2) Which federal agency is offering this opportunity?
This is a competitive funding opportunity from the U.S. Department of Energy (DOE), administered through the National Energy Technology Laboratory (NETL).
3) What is the main purpose of this FOA?
The central purpose is to advance the science and engineering needed to store carbon dioxide (CO2) safely and permanently in underground geologic formations, with a strong focus on reducing uncertainty and risk in geologic carbon storage.
4) What major technical themes does this FOA emphasize?
The FOA emphasizes three core themes:
- Improving storage site characterization and storage capacity prediction
- Improving reservoir utilization by understanding how faults and fractures influence CO2 flow
- Ensuring long-term storage permanence through verification, monitoring, and risk management tools
5) What kinds of projects is this FOA looking to fund?
The FOA seeks research projects that develop new or improved characterization tools, technologies, and methodologies that strengthen storage predictions and performance for geologic CO2 storage.
6) What is the key technical target related to storage capacity prediction?
A key technical target is the ability to predict geologic storage capacity with an accuracy within 30 percent, highlighting the FOA's emphasis on improving measurement, modeling, and interpretation of subsurface conditions.
7) How does the FOA suggest improving storage capacity estimates?
Based on the FOA description, approaches may focus on narrowing the gap between estimated and actual storage capacity through improved data collection, more reliable interpretation of reservoir properties (such as porosity, permeability, and heterogeneity), and better-integrated models that connect field observations to storage capacity estimates.
8) Why are faults and fractures specifically called out in this FOA?
Faults and fractures can strongly influence CO2 flow by acting as pathways that change plume movement, alter pressure behavior, and potentially affect containment if they connect to unintended zones. They can also compartmentalize a reservoir and influence injectivity and sweep efficiency. The FOA is looking for work that clarifies these dynamics to improve injection strategies and site management.
9) What types of fault and fracture-related work are relevant under this FOA?
The FOA description highlights examples such as methods to map and characterize fault and fracture networks, techniques to represent these features accurately in simulations, and monitoring or diagnostic approaches that help operators understand and respond to fracture-controlled flow during injection.
10) What does "storage permanence" mean in the context of this FOA?
Storage permanence refers to demonstrating that injected CO2 remains securely contained over long timeframes through physical trapping mechanisms supported by robust site monitoring and risk management.
11) What kinds of research activities support storage permanence under this FOA?
Projects are expected to contribute to confirming containment, detecting and interpreting unexpected migration, and improving confidence that storage will remain stable. This may involve improving monitoring technologies, advancing methods for verifying long-term trapping and seal integrity, and developing predictive tools that link geology and operational choices to long-term outcomes.
12) What is the overall approach or philosophy of the FOA?
The FOA is positioned around practical risk reduction: better up-front characterization, better prediction of subsurface behavior during and after injection, and better evidence and tools for long-term assurance of containment.
13) What type of funding is this categorized as?
The FOA is categorized as discretionary funding.
14) What funding instrument will be used?
The funding instrument is a cooperative agreement, which typically indicates substantial government involvement during the project period rather than a hands-off grant structure.
15) What is the funding activity category?
The funding activity category is energy.
16) What CFDA number is associated with this opportunity?
The CFDA number listed is 81.089 (Fossil Energy Research and Development).
17) How many awards were anticipated under this FOA?
The FOA anticipated making about six awards.
18) What was the estimated total funding amount?
The estimated total funding amount was $6,000,000.
19) Is cost sharing or matching required?
Yes. A cost sharing or matching requirement applies, meaning recipients are expected to contribute a portion of the total project cost from non-federal sources, as specified in the full announcement.
20) Who is eligible to apply?
Eligibility is described as unrestricted (broadly open to many entity types). However, applicants are expected to follow the specific eligibility details provided in Section III, A of the full Funding Opportunity Announcement.
21) When was the FOA posted?
The FOA was posted on January 23, 2014.
22) What were the closing dates for submission?
The original closing date and final closing date were both March 24, 2014.
23) When was the opportunity archived?
The archive date was June 30, 2014.
24) Where were additional materials distributed?
Additional materials were distributed via FedConnect.
25) Who is the listed point of contact for access issues?
The point of contact for access issues is Jacqulyn M. Wilson, Contract Specialist. The email address provided is jacqulyn.wilson@netl.doe.gov.
26) What is NETL trying to achieve by funding these projects?
NETL designed this opportunity to push geologic carbon storage toward more dependable, field-ready performance by tightening storage capacity estimates, improving understanding of CO2 flow in faulted and fractured reservoirs, and strengthening the technical basis for long-term containment and verification.
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