This double-digit million euro investment will generate approximately 180 jobs by the end of 2025, contributing to the local economy and solidifying Schott Pharma’s commitment to long-term growth in Europe.

The impressive speed of the project, with groundbreaking occurring in December 2023 and completion within just 1.5 years, underscores Schott Pharma’s efficiency and strategic focus. The facility will specialize in the production of glass ampoules, crucial containers for injectable medications such as analgesics, anti-inflammatories, and anaesthetics, further securing the supply chain for these essential pharmaceuticals.

This strategic expansion comes at a critical time for the pharmaceutical industry. As Schott Pharma CEO Andreas Reisse stated, “At a time when global tariffs and duties are rising and other European-based glass ampoule manufacturers are closing their doors, we can offer our regional customers a clear long-term perspective on how to secure their local supply chain.” This highlights the company’s commitment to providing reliable and locally sourced solutions for its European clientele.

Given that over 40% of the world’s commercial injectable drugs are stored in glass ampoules, the new facility plays a vital role in ensuring the safe and efficient delivery of medications to patients. Schott Pharma’s ampoules, manufactured from Type I borosilicate glass, are available in a wide range of options, including clear and amber glass, various shapes (B, C, D), and different breakage systems (one point cut, scoring, colour break). The portfolio encompasses over a thousand different articles, all manufactured under current Good Manufacturing Practices (cGMP).

Beyond the breadth of its product offerings, Schott Pharma emphasizes the quality and consistency of its ampoules. The facility is equipped with modern manufacturing technology and stringent inspection systems to guarantee the highest quality standards. This focus on uniform dimensions and high cosmetic quality ensures seamless compatibility with automated filling lines, minimizing downtime and reducing waste for pharmaceutical manufacturers. This commitment to precision and reliability helps pharmaceutical companies optimize efficiency, achieve product integrity, and ultimately, realize long-term cost savings.

The opening of the Jagodina facility signifies a strategic move by Schott Pharma to strengthen its position as a leading supplier of drug containment solutions in Europe. By investing in local production and focusing on quality and innovation, Schott Pharma is well-positioned to meet the evolving needs of the pharmaceutical industry and contribute to the safe and effective delivery of medications to patients worldwide.

Source: Schott Pharma with additional information added by GlassBalkan

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The world’s leading specialty glass-maker will use the green electricity at its headquarters in Mainz, as well as plants in Grünenplan, Mitterteich and Landshut. The CPPA covers around five percent of the company’s annual electricity needs in Germany. The contract was initially concluded for a term of two years.

As per the delivery agreement, the company receives green electricity directly from the solar park, along with “as produced” guarantees of origin from ane.energy. The quality is further certified by EKOenergy.

SCHOTT faces the challenge of achieving climate-neutral, energy-intensive production. SCHOTT aims to meet this goal by 2030 and is pursuing much more ambitious goals than its international competitors. A key step is transitioning production from gas to electricity sourced from renewables such as photovoltaics.

To power a single melting tank with electricity, the company requires energy equivalent to the annual consumption of up to 10,000 single-family homes. “We are pleased that, together with ane.energy, we are getting a lot closer to our decarbonization goal,” said Thomas Hahn, Global Category Manager Energy at SCHOTT.

Like it has with many industrial companies already, ane.energy is helping SCHOTT in achieving its ambitious climate targets. With its extensive portfolio, the green energy specialist tailored a contract by strategically selecting suitable plants.

“This CPPA shows that renewables are capable of reliably supplying industrial companies,” said Ralf Höper, Managing Director of ane.energy.

The company currently manages several thousand megawatts of power through its virtual power plant.

Source:  SCHOTT with additional information added by GlassBalkan

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SCHOTT Termofrost® Inmotion has significantly smaller gaps than previous solutions, resulting in wider doors and a larger insulation area. It also offers an improved gasket design. Together, these features provide up to 35 percent better energy efficiency compared to conventional chiller door solutions. But that’s not all: With three-axis adjustability, the hinge simplifies installation and customization while also providing greater safety preventing collisions.

The new product will be on display for the first time at Chillventa, the world’s leading trade show for refrigeration technology, from October 8 to 10, in Nuremberg, Hall 9, Stand 308.

As the name suggests, the new hinge for the SCHOTT Termofrost® Inmotion door solution brings movement and performance to glass door systems for chiller cabinets. The mechanism developed by SCHOTT ensures that the doors close gently and automatically, with self-regulating closing force and door stops – and that the gaps between the doors on both the hinge and handle sides are significantly reduced. The technology allows the use of better sealing solutions and wider glass doors, resulting in a clearer view of the stored goods.

Narrow gaps and a new sealing concept improve the energy performance of chiller cabinets – Image: SCHOTT

Specially designed for best performance
The main benefit of the SCHOTT hinge and door system is a significantly improved energy performance. Chiller cabinets equipped with SCHOTT Termofrost® Inmotion consume 10 percent less electricity than conventional solutions with sealing lips and around 35 percent less than doors without sealing lips. In a comparative test with a four-door refrigerator, the innovation from SCHOTT consumed 10.26 kilowatt hours per day, compared to the 11.3 kWh of a typical door system with conventional sealing lips.

Additional features show that the desired that the improvements are not limited to energy efficiency. For example, the glass door can be adjusted along three axes to ensure it is always perfectly aligned with the cabinet, and to compensate for unfavourable geometric conditions. Termofrost Inmotion will be available in various designs and for heavy duty or high humidity environments.

Source:SCHOTT Termofrost® Inmotion  with additional information added by GlassBalkan

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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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This milestone marks a pivotal moment in the quest for climate-neutral production methods, showcasing the potential of hydrogen as a clean energy source in the glass industry.

Following the successful testing of glass production with 100% hydrogen on a laboratory scale last spring, SCHOTT has now realized the much-anticipated transition to industrial-scale application. Over three days, the Mainz-based specialty glass expert conducted trials, melting optical glass in a furnace solely powered by hydrogen, eliminating the use of natural gas entirely.

While SCHOTT’s initial experiments utilized grey hydrogen due to the limited availability of green hydrogen, produced from renewable sources, this recent large-scale test has opened new avenues for sustainable glass production. The evaluation of the glass quality post-production is currently underway, with early indications pointing towards promising results.

Dr. Lenka Deneke, the project manager at SCHOTT, emphasized the significance of this achievement, stating, “The test with 100% hydrogen is pioneering work for the specialty glass industry. If the quality assessments confirm the integrity of the glass properties, hydrogen could emerge as a viable and eco-friendly technology option for our production processes.”

Key Highlights of SCHOTT’s Breakthrough:
1. Advancing Climate-Friendly Production: This development represents a significant leap towards climate-friendly specialty glass production, aligning with global efforts to reduce carbon emissions and embrace sustainable practices in industrial operations.

2. Innovative Technology Implementation: SCHOTT’s successful production of the first optical glass using a hydrogen-heated furnace demonstrates a commitment to innovation and environmental stewardship within the glass manufacturing sector.

3. Challenges and Opportunities: While the lack of infrastructure for green hydrogen poses challenges to widespread industrial adoption, SCHOTT’s pioneering efforts underscore the potential for a transition to cleaner energy sources in the future.

The successful application of 100% hydrogen in glass production not only highlights SCHOTT’s commitment to sustainability but also sets a precedent for the industry at large. As the quality analysis progresses, the findings from this groundbreaking test will likely influence the future trajectory of specialty glass manufacturing, paving the way for more environmentally conscious practices and technological advancements.

In conclusion, SCHOTT’s achievement in producing optical glass with 100% hydrogen heralds a new era of sustainable manufacturing, emphasizing the importance of innovation and collaboration in driving positive change within the industry. By embracing clean energy solutions and pushing the boundaries of traditional production methods, companies like SCHOTT are leading the charge towards a greener, more sustainable future for glass manufacturing and beyond.

Source: SCHOTT with additional information added by GlassBalkan

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In a remarkable display of resilience, Schott, a leading speciality glass manufacturer, has announced robust financial results for the fiscal year 2022/23 despite encountering significant economic challenges. The company faced hurdles such as soaring energy costs, customer hesitancy, and intense global competitive pressures. Despite these obstacles, Schott reported a noteworthy 4% increase in global sales, reaching €2.9 billion, accompanied by an EBIT of €413 million.

Dr Frank Heinricht, Chairman of the Board of Management at Schott, expressed optimism, stating, “We are continuing to focus on innovation and sustainable growth. Our financial strength, coupled with strategic investments, allows us to confront challenges in the international market with confidence.”

Schott’s success was propelled by a net income of €277 million, driven in part by products and solutions tailored for the pharmaceutical industry and high-end optics. Looking forward, the company has plans for sustained investment in sustainability and growth across key regions, including Europe, the US, and China.

During the fiscal year 2022/23, Schott expanded its international production network with approximately €450 million in investments. Notable achievements included the groundbreaking ceremony for a new pharmaceutical production facility in Hungary and the inauguration of an advanced diagnostics facility in the US. This year, the company is set to break its own record, planning investments exceeding €500 million.

Specific projects in the pipeline include expanding the production area of its optics competence centre in Malaysia and the construction of a climate-neutral administration and production building in Landshut, Bavaria. Schott’s subsidiary, Schott Pharma, aims to boost manufacturing capacities, including a new production line for polymer syringes in Müllheim, Germany, a glass syringe plant in Hungary, and a new production site in Serbia. Additionally, the company is gearing up to strengthen its presence in the semiconductor industry.

Schott achieved several sustainability milestones in the past fiscal year, including successful laboratory tests with hydrogen. This technology will undergo further large-scale production testing this year. Furthermore, the company plans to build its first electric melting tank for pharmaceutical tubing in Mitterteich, Bavaria, by 2026.

Source: GlassBalkan

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