The U.S. Department of Energy (DOE) today announced $17.3 million for college internships, research opportunities, and research projects that connect talented science, technology, engineering, and math (STEM) students and faculty with the world-class resources at DOE’s National Laboratories. Awardees represent academic institutions from all across America—including Historically Black Colleges and Universities (HBCUs) and other Minority Serving Institutions (MSIs)—highlighting DOE’s commitment to supporting a highly-skilled, diverse workforce that is equipped to tackle the science, energy, environmental, and national security challenges of today and tomorrow. “By investing in STEM students and faculty from diverse backgrounds, we can ignite the most creative and innovative ideas to solve our biggest problems and maximize our competitiveness,” said Secretary of Energy Jennifer M. Granholm. “DOE and the Biden Administration are committed to nurturing a skilled workforce that looks like America, and these awards will help us prepare rising stars everywhere to dream up the very best solutions for our nation and our people.”

NETL presents the latest edition of its publication that showcases research on emerging energy technologies. NETL Edge shares the latest developments the Lab’s mission to drive innovation and deliver solutions for an environmentally sustainable and prosperous energy future. In this issue, we feature key research and technology development in integrated energy systems for net-zero carbon electricity. Check out the newly released edition of NETL Edge to learn more about combining technology and versatility to optimize energy production and lower emissions, finding answers to carbon storage in by using advanced technologies to examine rock cores, building a strong foundation for integrated energy systems through energy conversion research and more. https://go.usa.gov/xHnJD

NETL amplifies the impacts of its nationally recognized technical competencies through collaboration with a variety of organizations, including university partnerships crucial to early-stage development of energy technologies that will lead the nation to a net-zero carbon emissions economy by 2050. One prime example of these valuable partnership efforts is the work of an ongoing collaborative research team comprising NETL and University of Pittsburgh (Pitt) researchers who have developed and commercialized sensor technologies, won multiple Carnegie Science Awards, produced more than a dozen patents and pending patents, advanced the understanding of energy production through high-impact research papers, and most recently, applied a first-of-its-kind distributive sensing method to solid oxide fuel cells (SOFCs) — a promising clean energy technology.

NETL highlighted its expertise in data management and curation at the virtual U.S. Department of Energy’s (DOE) Data days Conference (D3), which recently released its final report on conference proceedings. Researchers from the Lab were integral in the organization of the conference and had many opportunities to share how NETL is ensuring enduring and efficient access to data resources and exploring novel solutions to a number of challenges, from improving data accessibility to developing novel data-science tools and more. The Lab’s significant developments in data management are addressing critical needs in the areas of data access, data sharing and cloud computing to support DOE research and enhance the nation’s energy infrastructure.

Solid oxide fuel cells (SOFCs) hold great promise for providing highly efficient, clean energy for a low-carbon economy. However, adoption of these next-generation technologies hinges on reducing component degradation and improving longevity. The ability to make numerous, real-time, highly accurate temperature measurements across an SOFC could better inform SOFC modeling efforts aimed at designing more resilient fuel cells. To this end, NETL researchers, in collaboration with the University of Pittsburgh, have successfully embedded multiple distributed fiber optic sensors into an SOFC multi-cell test to achieve a previously unattainable degree of spatial resolution in temperature measurement. The work was recently featured in an article in the prestigious journal Applied Energy.

On Monday, March 22, 2021, NETL will join with the global community to observe World Water Day, a time designated by the United Nations to draw attention to the fact that 2.2 billion people live without access to safe water. “As the demand for clean, fresh water increases both nationally and globally, NETL continues to expand its research portfolio to ensure that water is used in the most efficient and environmentally sound manner possible while producing clean and reliable energy. Energy production accounts for about 40% of water withdrawals and about 10% of consumption in the U.S.; therefore, the work we do at NETL is critically important to environmental sustainability,” said NETL Director Brian Anderson, Ph.D.

The work of NETL-funded research and development efforts conducted by the Electrical Power Research Institute (EPRI) has seen cyber security improvements adopted at major energy facilities across the United States. Changing market conditions are forcing power generation facility owners and operators to adopt new advanced digital technologies to generate operational flexibility, maintenance efficiencies and meet the needs of a transitioning workforce. However, such technologies can increase the potential for a cyber security attack by using more software and interconnected assets. That’s why NETL and EPRI, along with Idaho National Laboratory and Southern Engineering Services, collaborated with industry to develop a holistic cyber security risk reduction framework for power generation facilities. The Lifecycle Risk Reduction Framework (LRRF) provides a scalable, three step process for implementing a right-sized cyber strategy to protect industrial control systems.

Team 1 from North Allegheny Cyber Academy, located in Wexford, Pennsylvania, claimed victory at the 30th annual Western Pennsylvania Regional Science Bowl (WPASB) middle school competition, organized and sponsored by NETL. The event was held March 6, 2021, in a virtual format. Twenty-two teams from 13 school districts from across the state participated in the competition. The WPASB tested students’ knowledge of math and science with preliminary and elimination competition rounds. High school teams competed Saturday, Feb. 27. Coming in at second, third and fourth place in the middle school competition were Jefferson Middle School (Mt. Lebanon), North Allegheny Cyber Academy Team 2 (Wexford) and Marshall Middle School (Wexford), respectively.

Two new features — Research Associate Spotlight and Mentor Profiles — will be published quarterly to showcase the valuable contributions made by interns at NETL and the important role the Lab’s researchers play in guiding them toward success. In this quarter’s Research Associate Spotlight, Kristyn Johnson, a graduate intern, explains how her NETL internship has offered “every imaginable opportunity and advantage” to prepare for a rewarding career. Johnson also discusses how she has enjoyed collaborating with world-renowned researchers, including her mentor Don Ferguson, developing new skills and accessing powerful tools such as the Lab’s supercomputer Joule 2.0 to complete projects.

Franklin Regional High School, located in Murrysville, Pennsylvania, claimed victory at the 30th annual Western Pennsylvania Regional Science Bowl (WPASB) high school competition, organized and sponsored by NETL. The event was held Feb. 27, 2021, in a virtual format. Thirty-seven teams from 23 school districts throughout the state participated in the competition. The WPASB tested students’ knowledge of math and science with preliminary and elimination competition rounds. The middle school competition will be held Saturday, March 6. Coming in at second, third and fourth place were North Allegheny Cyber Academy (Wexford), Sewickley Academy (Sewickley) and Winchester Thurston School (Pittsburgh), respectively. This year, teams did not play head-to-head matches and instead competed against all other teams in the virtual competition. Each regional competition had at least two preliminary rounds, in which each individual team was read the same sets of questions during each round. The teams with the highest combined point totals from all preliminary rounds advanced to the Elimination Tournament.