New DOE-Argonne Partnership Targets Faster Commercialization of US Manufacturing Technologies


  • DOE and ANL have launched the National Science-at-Scale Collaborative to help U.S. firms move critical materials and chemical manufacturing tech into domestic production faster
  • Participating companies will get access to Argonne’s Materials Engineering Research Facility
  • The effort grew out of a DOE roundtable where companies laid out barriers to manufacturing

The Department of Energy and Argonne National Laboratory, or ANL, have established a joint initiative aimed at shortening the time it takes American companies to bring critical materials and chemical manufacturing technologies into commercial production.

ANL said Wednesday the National Science-at-Scale Collaborative, backed by DOE’s Office of Critical Materials and Energy Innovation, or CMEI, will pair companies with Argonne researchers to address the technical hurdles that often stall promising technologies.

Audrey Robertson, assistant secretary of energy and head of CMEI, said the United States cannot compete globally unless new technologies reach domestic production lines faster — the gap the collaborative is built to close by tying together the department, its national laboratories and the private sector.

What ANL Resources Will Industry Partners Gain Access To?

Companies joining the initiative will tap Argonne’s Materials Engineering Research Facility, where project teams can run simulations, apply artificial intelligence, rapidly synthesize candidate materials and trial new production methods on pilot-line equipment.

“American manufacturing has an opportunity to lead the next generation of innovation in critical materials and chemical processing,” said Paul Kearns, director of Argonne.

​“The National Science-at-Scale Collaborative will help connect discovery, engineering and deployment in ways that strengthen U.S. competitiveness and advance our economic security,” he added.

What Prompted the ANL-DOE Initiative?

The collaborative emerged from a roundtable convened by CMEI, where executives from the chemical and critical materials industries discussed the obstacles they face in domestic manufacturing and explored how government partnerships could help. Companies at the table included Aclara, Albemarle, ATALCO, BASF North America, Chemours, Dow, Entegris, Exxon Mobil, Orbia and Standard Lithium.

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Argonne and the Department of Energy Launch New Partnership to Speed up U.S. Manufacturing Innovation | Press Releases


The U.S. Department of Energy’s (DOE) Argonne National Laboratory has launched a new effort to help American companies develop and scale new products and manufacturing technologies more quickly.

Called the “National Science-at-Scale Collaborative,” the effort is supported by DOE’s Office of Critical Materials and Energy Innovation (CMEI). The collaborative brings together industry, government and the national laboratories to address complex challenges in critical materials and chemical manufacturing in the United States.

Argonne will work with industry partners on projects designed to move promising technologies from research to commercial production faster. Researchers will use advanced computer modeling, artificial intelligence, rapid synthesis tools and pilot-scale manufacturing systems at Argonne’s Materials Engineering Research Facility to help companies test and scale new production processes.

“American manufacturing has an opportunity to lead the next generation of innovation in critical materials and chemical processing,” said Paul Kearns, director of Argonne. “The National Science-at-Scale Collaborative will help connect discovery, engineering and deployment in ways that strengthen U.S. competitiveness and advance our economic security.”

The announcement followed an industry roundtable chaired by CMEI. Leaders from the chemical and critical materials sectors met to discuss manufacturing challenges and opportunities for collaboration.

“To compete globally, the U.S. must bring new technologies into domestic production more quickly,” said Assistant Secretary of Energy Audrey Robertson. “This collaborative will help connect DOE, the national laboratories and private industry to speed up that process.”

The collaborative supports CMEI’s broader mission to strengthen America’s critical minerals supply chains and accelerate next-generation energy technologies.

Industry roundtable participants list:

  • DOE: Critical Minerals and Energy Innovation Office.
  • National Laboratory System: Argonne National Laboratory.
  • Manufacturers: Aclara, Albemarle, ATALCO, BASF North America, Chemours, Dow, Entegris, Exxon Mobil, Orbia and Standard Lithium.

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Nvidia CEO says AI partnership with Corning will ‘revitalize American manufacturing’


Nvidia CEO Jensen Huang announced a partnership with Corning aimed at revitalizing American manufacturing by expanding domestic optical connectivity manufacturing. The collaboration will create over 3,000 jobs with new facilities in Texas and North Carolina. Huang emphasized the opportunity to rebuild the technology supply chain in the U.S. amid a significant AI infrastructure buildout, highlighting the increasing demand for skilled workers in various sectors. The partnership focuses on enhancing optical technologies essential for AI data centers, marking a pivotal moment for U.S. manufacturing.

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Japan, US Consider $13B Display Manufacturing Plant Partnership


The United States and Japan are exploring a partnership to construct a display manufacturing facility on American soil as part of Japan’s $550 billion investment commitment. The collaboration with Japan Display aims to reduce U.S. dependence on Chinese display technology for military applications.

Government officials from the United States and Japan are exploring the possibility of establishing a display manufacturing facility on American soil through a collaboration with Japan Display, according to two informed sources who spoke Monday.

This potential partnership would fall under Japan’s comprehensive $550 billion investment commitment and represents an effort to reduce America’s dependence on Chinese-made display technology, particularly for defense applications. The move comes as intense pricing pressures have forced most Japanese display manufacturers to exit the global market.

Japan Display has chosen not to provide any statement regarding these discussions. However, the company’s stock price jumped dramatically by 80% on Monday, bringing the financially troubled firm’s market value to 190 billion yen, equivalent to approximately $1.2 billion.

According to initial reporting by Nikkei Asia, the proposed manufacturing project carries an estimated price tag of around $13 billion.

Sources familiar with the negotiations indicate this display facility represents just one element of multiple agreements currently being discussed between Washington and Tokyo. One source, speaking on condition of anonymity, confirmed the broader scope of these talks.

Previous reporting has revealed that both nations are also working to incorporate a nuclear energy initiative featuring Westinghouse into a second phase of agreements, all stemming from investment pledges Japan made as part of its trade tariff arrangement with the United States.

Japan Display originated in 2012 through a government-supported consolidation that combined the display manufacturing divisions of major corporations Sony Group, Toshiba, and Hitachi. The company previously held a position among the world’s leading liquid crystal display panel producers and served as the main screen supplier for Apple’s iPhone products.

However, Apple’s transition to organic light-emitting display technology, coupled with aggressive pricing from Chinese competitors, has resulted in Japan Display experiencing financial losses for over ten years.

Currently, the company is streamlining its Japanese manufacturing operations to concentrate resources on automotive display markets while simultaneously discontinuing OLED panel manufacturing for Apple Watch devices.

The Japanese government previously invested more than 460 billion yen in Japan Display before divesting its stake last year, ultimately losing approximately one-third of its total investment.

Industry analysis firm Counterpoint projects that China will maintain its dominance in worldwide display manufacturing capacity, with its market share expected to grow from 68% in 2023 to 75% by 2028.

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NexWafe and Talon PV Announce a Strategic Partnership and Wafer Supply Agreement to Advance Next-Generation TOPCon Solar Manufacturing in the United States


FREIBURG, Germany and HOUSTON, Feb. 19, 2026 /PRNewswire/ — NexWafe GmbH (“NexWafe”), a German solar technology company pioneering a proprietary direct gas-to-wafer manufacturing method to produce high-efficiency, low-oxygen monocrystalline silicon wafers fully compatible with existing high-volume cell production lines, and Talon PV, a U.S.-based manufacturer of high-performance N-type solar cells, today announced the signing of a supply agreement establishing a strategic partnership for the supply of NexWafe’s EpiNex® silicon wafers to support Talon’s U.S. TOPCon solar cell manufacturing operations.


Talon PV CEO, Adam Tesanovich, and NexWafe VP Business Development USA, Jonathan Pickering, signing wafer supply agreementTalon PV CEO, Adam Tesanovich, and NexWafe VP Business Development USA, Jonathan Pickering, signing wafer supply agreement

Under the agreement, NexWafe and Talon anticipate wafer supply volumes initially through 2032, representing a cumulative total of approximately 7 gigawatts of advanced silicon wafers to support Talon’s planned U.S. cell production. The partnership is subject to the execution of definitive long-term supply documentation and the completion of customary technical qualification and investment conditions.

The partnership aligns Talon’s planned 4.8 GW TOPCon cell manufacturing facility in Baytown, Texas with NexWafe’s EpiNex® wafer platform, initially produced from NexWafe’s pilot-scale operations in Bitterfeld, Germany. Over time, the collaboration supports a pathway toward future multi-gigawatt manufacturing expansion in the United States through NexWafe-led partnerships with established industry players. Together, the companies aim to strengthen domestic content in solar products, reduce reliance on imported silicon-based components, and advance a resilient Western-aligned supply chain for next-generation photovoltaics.

“We are pleased to establish this partnership with NexWafe as we advance Talon’s U.S. manufacturing roadmap,” said Adam Tesanovich, CEO and Co-Founder of Talon PV. “NexWafe’s innovative EpiNex wafer technology offers an exciting opportunity to further enhance TOPCon performance while building a strong domestic and Western-aligned supply chain.”

Talon PV is establishing a TOPCon pilot line at Fraunhofer ISE, and the initial EpiNex wafer qualification work will be conducted at Fraunhofer ISE in Freiburg, Germany.

Beyond supply, NexWafe and Talon plan to collaborate closely on technical development and qualification efforts to further improve TOPCon cell performance using NexWafe’s EpiNex® substrates. The partnership will focus on advanced wafer material quality, ultra-low oxygen content, and next-generation junction engineering approaches to enable higher efficiency and long-term reliability in N-type solar cells.

“This agreement with Talon PV represents an important step toward building a next-generation wafer-to-cell ecosystem spanning Germany and the United States,” said Davor Sutija, PhD, CEO of NexWafe. “NexWafe is committed to enabling high-efficiency solar manufacturing through advanced substrates, and we look forward to working with Talon to qualify EpiNex wafers and further push the performance frontier for TOPCon solar cells.”

About NexWafe

NexWafe is a German deep-tech company developing advanced direct gas-to-wafer solar wafer manufacturing technology, with a strong focus on space applications alongside high-performance terrestrial use cases. Founded in 2015, NexWafe enables next-generation solar manufacturing with high material efficiency, low energy consumption, and performance characteristics suited for demanding environments.

About Talon PV

Founded in 2013, Talon PV is a U.S.-based high-tech manufacturer specializing in N-type photovoltaic (PV) cell production, dedicated to advancing high-efficiency cell technology. Talon places a strong emphasis on research and development, intellectual property innovation, and the deployment of state-of-the-art American and Western equipment to achieve industry-leading cell performance.


(PRNewsfoto/Talon PV)(PRNewsfoto/Talon PV)

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