The National Science Foundation (NSF) seeks to increase the scale and pace of advancing discoveries made while conducting academic research into tangible solutions that benefit the public. This is the primary aim of the “Accelerating Research Translation” (ART) program. Specifically, the primary goals of this program are to build capacity and infrastructure for translational research at U.S. Institutions of Higher Education (IHEs) and to enhance their role in regional innovation ecosystems. In addition, this program seeks to effectively train graduate students and postdoctoral researchers in translational research, benefiting them across a range of career options.

The purpose of the Pollution Prevention Grant: Environmental Justice Through Safer/Sustainable Products is for state and tribal programs to provide pollution prevention (P2) technical assistance to businesses (e.g., information, training, expert advice) in order to improve human health and the environment in disadvantaged communities by increasing the supply, demand and use of safer and more sustainable products, such as those that are certified by EPA’s Safer Choice program, or those that conform to EPA’s Recommendations for Specifications, Standards and Ecolabels for Federal Purchasing (Recommendations).

The purpose of the Pollution Prevention Grant: Environmental Justice in Communities is for state and tribal programs to provide P2 technical assistance to businesses (e.g., information, training, expert advice) on source reduction, also known as pollution prevention (P2). Grantees must demonstrate that the project will improve human health and the environment in disadvantaged communities by implementing P2 approaches. P2 approaches can help businesses reduce the use and release of hazardous substances that can harm human health and the environment while also saving money by reducing their resource use, expenditures, waste and liability costs.

The Charging and Fueling Infrastructure Discretionary Grant Program (CFI Program) is a new competitive grant program created by the Bipartisan Infrastructure Law to strategically deploy publicly accessible electric vehicle charging and alternative fueling infrastructure in the places people live and work – urban and rural areas alike – in addition to along designated Alternative Fuel Corridors (AFCs). CFI Program investments will make modern and sustainable infrastructure accessible to all drivers of electric, hydrogen, propane, and natural gas vehicles. This program provides two funding categories of grants: (1) Community Charging and Fueling Grants (Community Program); and (2) Alternative Fuel Corridor Grants (Corridor Program).

Given the pressing need for technologies that are critical for furthering several fields within FECM’s strategic vision (specifically, carbon dioxide removal, hydrogen production with carbon management, mineral sustainability, and methane mitigation), FECM has elected to fund this lab call and associated program. This solicitation offers an opportunity for private industry to partner with DOE’s National Labs to advance energy-related technologies and Lab intellectual property (IP) toward commercialization.

SPE Data Science and Engineering Analytics Technical Section (DSEATS) is organizing a datathon focused on geothermal energy, in collaboration with SPE Gulf Coast Section, US Department of Energy, Utah Forge, and Project InnerSpace. The SPE Geothermal Datathon 2023 is going to challenge participants to solve a geothermal engineering problem using real field data from the Utah FORGE Project. Participants are going to use modern machine learning methods to create predictive models to aid future geothermal energy production. The competition will kick-off on April 3rd, 2023.

Through the U.S. Department of Energy (DOE) Clean Energy to Communities (C2C) program, NREL offers in-depth technical partnerships that support communities in developing secure, reliable, resilient, and affordable clean energy systems. These partnerships offer teams—composed of local government, community-based organizations, and electric utilities and other key organizations that can represent the community—the chance to work alongside national laboratory staff as they apply robust modeling and analysis tools and conduct hardware-in-the-loop testing of solutions adapted to the community’s unique conditions and contexts. Two to three C2C in-depth partnerships will focus on clean energy topics. There will also be two Energyshed in-depth partnerships: one focused on a rural community and one focused on a metropolitan community.

The Office of Technology Transitions (OTT) is accepting proposals for the Energy I-Corps (EIC) program. The goal of EIC is to train National Laboratories and Federally Funded Research and Development Centers (FFRDCs) on the pursuit of energy-related technology commercialization. This call solicits proposals from national laboratory and FFRDC technology transfer offices to participate in EIC, for researchers to develop skills in commercialization, and to investigate the market potential for DOE-funded technologies at a critical juncture on the path toward commercialization.

OTT expects to award at least $500k across the three topics included in this lab call. However, additional funding may be available based on proposals alignment with OTT and partner office goals. The topics: EIC Pipeline Development, EIC Training Cohort, and Post EIC.

The U.S. Department of Energy’s (DOE’s) Office of Electricity launched the High-Voltage Direct Current (HVDC) Prize to incentivize new technology solutions to improve the performance and resilience of the U.S. energy grid.

The HVDC Prize invites electrical and industrial engineers, computer scientists, and power electronics researchers to develop new power and energy system solutions to improve renewable distributed generation, transmission to population centers, and integration with the U.S. energy grid.

Up to four winning teams will receive $50,000 each for proposing new HVDC technology solutions to strengthen the U.S. energy grid. An informational webinar will be held April 6. Apply by June 7.

The Industrial Demonstrations Program will fund projects that focus on the highest emitting and hardest to abate industries where decarbonization technologies can have the greatest impact: iron and steel, cement and concrete, chemicals and refining, food and beverage, paper and forest products, aluminum, other energy-intensive manufacturing industries and cross-cutting technologies. Widespread demonstration and deployment of projects within these industries will support President Biden’s initiative to rebuild U.S. leadership in manufacturing as countries, companies, and consumers around the world shift to low- to no-carbon commodities to meet their own decarbonization goals.

Through this FOA, DOE makes available up to $820 million of federal funding at a maximum of 70% federal cost share for up to ten (10) carbon capture large-scale pilot projects designed to further the development of transformational technologies that capture carbon emissions from existing coal or natural gas electric generation facilities and existing industrial facilities not purposed for electric generation. These carbon capture large-scale pilot projects must be integrated with commercial plant operations and conducted in the United States. DOE may issue additional carbon capture large-scale pilot FOAs in the future. Using multiple FOAs can help enable the validation of transformational carbon capture technologies with different maturation timelines in a large-scale pilot project once they reach the appropriate technology readiness level.

This FOA makes available up to $1,700,000,000 for approximately 6 projects at up to a 50% federal cost share. Proposed projects must demonstrate as part of the application and during the award at least 90% CO₂ capture efficiency over baseline emissions and a path to achieve even greater CO₂ capture efficiencies for power and industrial operations. Note that if the carbon capture project includes a new, on-site auxiliary system to generate power or steam for its operation, it may need to include CO₂ capture, compression, and storage from the auxiliary system if needed to achieve the minimum unit-wide 90% CO₂ capture inclusive of the power industrial facility all new systems or processes associated with the CCS project.