The goal of the Program is to provide potential applicants with flexible and comprehensive pathways to spur the development of commercial DAC facilities, including DAC facilities at mid- to large-scale along with supporting infrastructure, and expand to Regional DAC Hubs. The Program seeks to realize the potential of the diverse DAC technologies that have achieved or are approaching commercial readiness, while addressing the most critical obstacles to their adoption and scaling.

DOE’s Office of Clean Energy Demonstrations (OCED) is issuing this Notice of Funding Opportunity (NOFO), in collaboration with the Office of Fossil Energy and Carbon Management (FECM) and National Energy Technology Laboratory (NETL), for integrated carbon capture, utilization, and storage (CCUS) projects that demonstrate substantial improvements in the efficiency, effectiveness, cost, and environmental performance of carbon capture technologies for power, industrial, and other commercial applications. The overarching goal of this NOFO is to unlock a wave of follow-on investment in low-carbon power and low-carbon industrial products by increasing the capital flow to sectors where it is already occurring and by expanding the CCUS market to additional power, industrial, and commercial applications.

The objective of this NOFO is to enhance grid reliability and resilience in the face of growing uncertainties and in the age of digital information systems and networks. It is critical to quantify and clearly communicate risk and uncertainties to decision-makers and human operators. This NOFO would seek applications to conduct Research and Development and Demonstration (RD&D) activities that advance the state of the art for power system uncertainty and risk metrics to help human operators receive actionable information to better understand, predict, prevent, and mitigate cascading failures in power grids. This is a newly developing field for the power sector with few, if any, commercial tools. It is therefore assumed this topic area will require an academic or research institution to be heavily involved in the project to achieve program objectives. Therefore, DOE is restricting eligibility to universities, colleges, DOE FFRDCs and non-profit research institutions or think-tanks to serve as the prime applicant. Prime applicants are encouraged to apply in partnerships with electric sector partners and technology providers to ensure the research remains relevant to industry.

The Wind Turbine Technology Recycling NOFO is a $20M program intended to address various barriers to widespread adoption of recycling for two major materials found in wind energy systems, fiber reinforced composites and rare earth elements. The overall goals are as follows:

• Accelerate development of designs that are more easily recyclable and reusable
• Accelerate development of end-of-life processing technologies to cost effectively, sustainably, and efficiently recycle and recover materials from wind turbines, including manufacturing waste
• Address technological and supply chain challenges limiting recycling of fiber reinforced composites and rare earth element magnets in wind turbines

The FY25 CLIMR Lab Call allocates part of the DOE’s Technology Commercialization Fund (TCF), whose mission is to support technologies with commercial potential that originate at DOE national laboratories by attracting partners who will develop products and sell them into viable markets. This process fills a key need for many labs as they assess their own portfolios, identify the highest-quality prospective partners, and assist those industry partners in evaluating technologies for their business models. While only DOE national laboratories are eligible for funding from this lab call, every funded project must include at least one private sector partner. Incubators, accelerators, manufacturers, and trade associations are among the range of partner types encouraged to partner with national labs through the CLIMR lab call, as they are well positioned to help energy-related national lab-developed technology advance toward commercialization.

The U.S. Department of Energy (DOE) seeks to accelerate innovative solutions to address new load growth from computing, manufacturing, buildings, and transportation through use of a Partnership Intermediary Agreement (PIA). This PIA complements the Connected Communities 2.0 funding opportunity, launched in July, which is designed to validate technology innovations at the grid edge—where electricity distribution transitions between utilities and end users—in real-world situations to help ensure grid readiness for load growth. Here, the PIA will accelerate collection and reporting of performance data at the grid edge, especially from electric and gas distribution systems working with utilities, and associated analysis to increase acceptance of new technologies and planning strategies as viable approaches for efficient infrastructure investment.

FLIPspace: Advanced Mobility Arkansas offers a unique opportunity to transform transportation across the state by tapping into the power of federal intellectual property (IP). With exclusive access to innovative technologies and patents sourced from federal research labs across the U.S., you’ll work alongside other passionate innovators to solve real transportation challenges—whether that is designing reliable options for rural communities, creating eco-friendly solutions to cut emissions, or reimagining how people and goods move across urban and remote areas. FLIPspace is a seven-month program tailored for Arkansas-based postgraduates, faculty, university staff, and administrators who are driven to make an impact. You don’t need a technical background in advanced mobility—just curiosity and a willingness to tackle real-world problems. Apply solo or with colleagues, and you’ll be matched with other dedicated participants to form a three-person team.

In the NAIRR Pilot, the US National Science Foundation (NSF), the US Department of Energy (DOE), and numerous private and non-profit sector partners are providing an opportunity for the research community to request access to a set of computing, model, platform and educational resources for projects related to advancing AI research. This call for proposals will be open from May 6, 2024, until the end of the NAIRR Pilot program or until all resources have been committed to projects. Projects will be awarded for twelve (12) months duration.

The IGF builds on decades of technical expertise and market analysis accumulated at the National Renewable Energy Laboratory (NREL), the nation’s only federal lab dedicated to renewable energy and energy efficiency research. We are strongly committed to our mission of connecting cutting-edge startups with motivated investors. Presenting companies are chosen from applicants vetted by a selection committee of more than 150 climate tech and cleantech investors and industry experts. This rigorous screening process provides beneficial feedback to startups that apply. The top 40 companies are invited to present.

Are you an innovator? Do you have an emerging business or solution related to energy, climate, sustainability, or cleantech? Are you ready to take your innovation or business to the next level? The PowerNorth Virtual Incubator is a 10-week program tailored for early-stage energy and cleantech entrepreneurs in Minnesota.

This opportunity is designed to reduce risks for deployments, increase the potential for commercial adoption through longer-duration demonstrations (expected to last six months to two years), and offer additional benefits to help quickly advance WECs. This includes the ability to identify and mature high-potential WEC technologies, reduce financial risks for developers and incentivize investors, progress technologies at smaller scales while developing toward utility scale, and increase learning for installation, operations, and maintenance.