Advanced Gasification Improvements in Existing Systems Availability, Novel CO2 Utilization Systems, and Low Rank Coal IGCC Optimization | Apply Online

Opportunity Summary:

The funding opportunity DE-FOA-0000496, titled "Advanced Gasification Improvements in Existing Systems Availability, Novel CO2 Utilization Systems, and Low Rank Coal IGCC Optimization," was a U.S. Department of Energy effort administered through the National Energy Technology Laboratory (NETL) to push Integrated Gasification Combined Cycle (IGCC) power generation toward lower cost operation while still meeting strict environmental expectations. The core purpose was to accelerate technical advances that make coal-based power cleaner and more economically competitive when paired with carbon capture and storage. In practical terms, the opportunity focused on helping IGCC plants capture roughly 90 percent of their CO2 while ensuring that adding CCS does not drive the cost of electricity up by more than about 10 percent, which reflects an explicit cost-control target rather than an open-ended research goal.

The announcement grouped projects into three connected technical areas: improving availability and performance of gasification technologies already operating in real systems, developing novel approaches for CO2 utilization, and optimizing IGCC configurations for low-rank coals. Taken together, these areas were meant to address both near-term and longer-term barriers to deployment. Availability and reliability upgrades aim at the real-world issues that raise operating costs and reduce plant output, such as downtime, component durability, operational stability, and system integration challenges. CO2 utilization concepts point to approaches that could convert or use captured CO2 in ways that potentially reduce overall CCS costs or create additional value streams. Low-rank coal IGCC optimization targets the special technical hurdles associated with fuels like lignite and sub-bituminous coal, which can behave differently in gasification (for example, due to higher moisture content and different ash characteristics), and therefore often require tailored process designs and operating strategies to achieve high efficiency and stable operation.

From an administrative standpoint, this was a discretionary funding opportunity using cooperative agreements, which typically means DOE expected to have substantial involvement during project execution (for example, via technical oversight, milestones, and collaboration) rather than acting only as a pass-through funder. The program anticipated making around 10 awards, with an estimated total federal funding level of about $13,000,000. The listing indicated cost sharing was required, signaling that recipients would need to contribute a portion of total project costs from non-federal sources, a common structure for applied energy technology demonstrations and development work where industry commitment and commercial relevance are being tested.

Eligibility was listed as unrestricted, meaning the opportunity was broadly open to different applicant types, subject to any specific limitations in the full announcement text. The funding activity category was energy, and it was associated with CFDA number 81.089 (Fossil Energy Research and Development), aligning the work clearly within DOE Fossil Energy priorities at the time. Key timeline details included a posted and created date of March 17, 2011, with an application closing date of May 20, 2011, and an archive date of August 20, 2011, indicating the solicitation is long closed but still useful as a reference for DOE priorities and program design in that period.

For applicants needing assistance accessing the full announcement, the point of contact was Janet M. Spaulding, Contract Specialist at NETL, reachable by phone at 412-386-5532 or by email at janet.spaulding@netl.doe.gov. Overall, the opportunity was positioned as a targeted, cost-driven push to make IGCC with high-rate carbon capture more practical by improving plant availability, exploring value-enhancing CO2 pathways, and tailoring IGCC performance to challenging low-rank coal feeds, all in service of providing cleaner, stable, secure, and affordable electricity.

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