Advancing Fusion Technology: SCHOTT’s Role in the Future of Energy

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Governments worldwide are increasingly recognizing the potential of fusion technology as a limitless energy source for the future and are making substantial investments in this promising field.

One such example is the German Federal Ministry of Education and Research (BMBF), which has allocated EUR 18 million to fund the PriFUSIO research project. This project, led by a consortium of 10 companies, is dedicated to researching laser fusion, with a significant portion of the investment, more than EUR 1.3 million, being awarded to SCHOTT, the renowned international technology group, to drive advancements in this ground-breaking area.

The concept of fusion, where isotopes of hydrogen atoms merge to form helium atoms, mirrors the energy-producing process of the sun, which occurs at staggering temperatures of 15,000,000 degrees Celsius and under pressures of 100 billion bars. Laser fusion seeks to replicate this phenomenon on Earth, offering the promise of nearly limitless and environmentally friendly energy production. Unlike traditional nuclear power, fusion technology generates no long-term radioactive waste and is inherently safe from nuclear chain reactions. Central to the success of laser fusion is high-tech laser glass, which plays a crucial role in amplifying the energy and performance of laser light.

SCHOTT has been a pioneer in fusion technology for many years, with its laser glass, manufactured in Duryea, Pennsylvania, USA, playing a pivotal role in enabling the first fusion ignition at the National Ignition Facility (NIF) in California. Building on this success, SCHOTT’s receipt of over EUR 1.3 million in new funding underscores its commitment to driving innovation in the field of fusion technology. The company aims to develop cutting-edge glass technologies that will further advance nuclear fusion capabilities and contribute to a sustainable future.

Bill James, Head of Research and Development at SCHOTT North America, emphasized the significance of private-public partnerships in advancing fusion technology, citing the milestone achievement of achieving fusion ignition at NIF in collaboration with the U.S. Department of Energy. James highlighted the collaborative efforts of SCHOTT’s R&D teams globally, with the new funding enabling SCHOTT to intensify its research efforts and collaborate with other industry partners to innovate new laser glass components and optical materials crucial for the development of this transformative form of energy.

As part of its extensive funding for fusion research, the BMBF has launched two joint projects in March 2024 aimed at realizing one of the world’s first fusion power plants, with Germany set to host the pioneering facility. SCHOTT is a key member of the Laser Fusion Consortium (PriFUSIO), comprising 10 leading organizations focused on laser fusion and the advancement of high-power lasers for future power plants.

In conclusion, SCHOTT’s ongoing commitment to fusion technology exemplifies the company’s dedication to driving innovation and sustainability in the energy sector. With significant investments and collaborative partnerships, the fusion research community is poised to unlock the vast potential of fusion technology and pave the way for a cleaner, more sustainable energy future.


Source: SCHOTT with additional information added by GlassBalkan

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