ARPA-E

Tomorrow at 1:00 PM UTC, join ARPA-E Program Director Dr. Jungho Kim for the “ARPA-E Webinar: Challenges with High Performance Windows” to learn about the agency’s interest in developing low-cost, highly insulating windows to reduce energy losses in buildings. Register now: https://lnkd.in/eKiP8Vq8.

Meet Sahand Adibnia, an ARPA-E NTEREST intern who is diving into the future of hydrogen at Columbia University. This summer, Sahand is supporting Columbia's OPEN 2021 project, which is advancing a low-temperature water electrolyzer for hydrogen production using ultrathin proton-conducting oxide membranes.  Through his work characterizing proton transport mechanisms and optimizing conductivity with advanced electrochemical techniques, he has discovered the critical role of precise error analysis in pushing the boundaries of experimental research. Stay tuned to learn how this experience has transformed his understanding of hydrogen’s potential as a key energy source for the future.   Sign up to receive updates on the #ARPAEINTEREST program here: https://lnkd.in/e5yCGivg.

Did you know poorly insulating windows account for a significant portion of energy use in our buildings? ARPA-E is exploring low-cost, highly insulating windows to tackle this issue, and we want your input. On Tuesday, August 27, at 1:00 PM UTC, ARPA-E Program Director Dr. Jungho Kim will host a webinar titled "Challenges with High Performance Windows," where he'll discuss the agency's interest in this topic and answer your burning questions. Join us for this informative session—register here: https://lnkd.in/eKiP8Vq8

Exciting news: ARPA-E just announced $9.9M for projects to develop innovative methods to extract nickel from soil using plants—a process known as phytomining 🌱.   “Our vision for a clean energy future requires sustainable, domestic supply lines for critical materials,” said ARPA-E Director Dr. Evelyn Wang. “Phytomining could open an entirely new way to sustainably extract minerals from soil and support a net-zero economy.”     Learn more about these groundbreaking projects: https://lnkd.in/ehcpMJqY #ARPAEPhytomining  

ARPA-E Program Director Dr. Douglas Wicks visited Form Energy and Phoenix Tailings as they work on pioneering technologies to decarbonize domestic iron and steel production through ARPA-E's ROSIE program. These projects aim to achieve zero-process emission ironmaking and ultra-low life cycle emissions steelmaking. Are you interested in key updates on industrial decarbonization funding announcements, engagement opportunities, and relevant topical news from ARPA-E? Sign-up for our new newsletter focused on the iron and steel sectors: https://lnkd.in/egXtg-Vf. #ARPAEontheRoad

ARPA-E is on the lookout for a dynamic Attorney Advisor who is eager to tackle legal challenges in the rapidly evolving energy landscape. If you’re excited about working at the intersection of law and cutting-edge energy innovation, we want you on our team. Learn more about this position and how to apply here: https://lnkd.in/eh9CzwPy. 

📢 ICYMI: ARPA-E announced $41M for 14 projects under the GREENWELLS program to develop renewables-to-liquids technologies capable of producing storable and transportable liquid fuels from intermittent renewable power.  These projects are crucial for accelerating off-grid renewable energy deployment and ensuring U.S. energy independence. Discover more: https://lnkd.in/dZjsw2rJ. #ARPAEGREENWELLS  

ARPA-E supports innovative R&D across the energy landscape, but what does that look like in action? In our latest blog, we’re taking you behind the scenes of our Algal Mining project at the University of Alaska Fairbanks, where researchers are braving the waves along the shores of Alaska to study how native seaweeds surrounding the Bokan Mountains accumulate rare earth elements—a critical resource for clean energy.  The photos are stunning, and the science is even more exciting. Check it out here: https://lnkd.in/ewETgkcq.   #ARPAEAlgalMining 

Meet Joey Jacobs, one of ARPA-E's INTEREST interns. This summer, Joey is supporting the MINER project at Pacific Northwest National Laboratory (PNNL), focused on injecting supercritical CO2 into geologic formations to sequester carbon and mobilize critical minerals like nickel and cobalt—essential for clean energy technologies. Joey has been preparing and analyzing rock samples using advanced equipment, such as X-ray diffraction machines, to evaluate the carbon sequestration process. His research at PNNL has exposed him to a variety of new and exciting disciplines and has even given him the opportunity to submit a first-author peer-reviewed journal article to publish his findings. Stay tuned to learn more about his 'once in a lifetime summer' at PNNL! Sign up to receive updates on the #ARPAEINTEREST program here: https://lnkd.in/e5yCGivg.

ARPA-E Program Director Dr. Peter De Bock hosted a special panel at this year's AIAA/IEEE Electric Aircraft Technologies Symposium in Las Vegas, Nevada, titled "ARPA-E Sustainable Aerospace Programs: Impact, Challenges, and Opportunities."     Aerospace leaders from Georgia Institute of Technology, magniX, RTX, Texas A&M University, University of Illinois Urbana-Champaign, and Wright Electric joined Dr. de Bock for a discussion on ARPA-E's ASCEND and PROPEL-1K programs, which are developing powerful integrated powertrains and energy-dense batteries to enable electrified flight. The panel engaged in a dynamic conversation about the transformative potential and future impact of these technologies on aerospace platforms.     Subscribe to our newsletter to stay up to date on our sustainable aerospace programs: https://lnkd.in/eyZySP8E. #ARPAEontheRoad