Reviving Texture by Pilkington
The new line is dedicated to manufacturing the company’s “Texture by Pilkington” range, a curated collection of 21 patterned and decorative glass designs. Popular in interior architecture, this range balances privacy and aesthetic appeal, catering to designers, specifiers, and homeowners alike. By relocating this production from the nearby Watson Street Works, which ceased operations after two centuries, Pilkington UK centralizes its manufacturing processes at Greengate Works.

Sustainability at the Core
This move is more than a logistical upgrade, it’s a cornerstone of Pilkington UK’s sustainability strategy. Consolidating glass production to a single furnace cuts 15,000 tonnes of CO₂e annually, the equivalent of removing over 8,800 cars from the roads each year. It’s a tangible step toward the company’s ambitious climate targets: a 30% emissions reduction by 2030 and net zero by 2050.

Government-Backed Green Innovation
This transformation was supported by a £3.7 million grant from the UK government’s Industrial Energy Transformation Fund (IETF), which backs industrial decarbonisation initiatives. The funding affirms Pilkington UK’s role not just as a legacy manufacturer but as a pioneer in the future of low-carbon glassmaking.

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Pilkington UK’s commitment to sustainable and innovative glass production has reached new heights with the successful completion of a groundbreaking cullet recovery project at the Watson Street site. This noteworthy initiative, spearheaded by the Pilkington Botanical team, not only positions the company as a frontrunner in sustainable practices but also opens doors to recycling opportunities within the horticultural sector. The culmination of this project has recently earned the team a well-deserved spot as finalists in the prestigious ‘Fresh Awards,’ which celebrates excellence in fresh produce and related sectors.

The Watson Street site, home to this transformative cullet recovery project, has become a beacon of progress in the glass manufacturing industry. Pilkington UK’s Architectural team collaborated closely with greenhouse project companies, particularly CambridgeHOK, to gain insights into the unique requirements of the horticultural sector. This collaborative approach allowed the team to navigate the intricacies of the glass value chain within the UK greenhouse market.

In an environmentally conscious move, the R&D Incubator at Pilkington UK took the lead in orchestrating this initiative. The focus was not just on glass recycling but on repurposing old greenhouse structures for a sustainable future. CambridgeHOK, a key partner in this venture, contributed to the understanding of the value chain for glass in the UK greenhouse market. This collaborative effort led to an introduction to another sustainability-focused company eager to repurpose their old greenhouse structure.

The recycling journey took a unique turn as the old greenhouse structure, once dedicated to cultivating tomatoes and cucumbers, found a new lease on life. The vision was to recycle the structure to accommodate a newer, more advanced greenhouse system. This transition not only showcased the potential for glass recycling but also highlighted the adaptability of glass structures in the evolving landscape of horticulture.

The Pilkington Botanical team, recognized as finalists in the ‘Fresh Awards,’ played a pivotal role in aligning glass production practices with the sustainability goals of the horticultural sector. By understanding the specific requirements and challenges faced by growers and greenhouse project companies, Pilkington UK has positioned itself as a proactive contributor to the broader sustainability dialogue within the industry.

This cullet recovery project stands as a testament to Pilkington UK’s commitment to a circular economy and the responsible use of resources. By recycling glass structures, the company not only reduces its environmental footprint but also sets a precedent for sustainable practices in the glass manufacturing sector.

As the project reaches its successful conclusion, Pilkington UK emphasizes the importance of collaboration and forward-thinking in driving positive change. The company’s dedication to embracing recycling opportunities in horticulture underscores its role as a leader in sustainable glass production.

Source: GlassBalkan

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The upcoming Glass Trend Symposium, organized by the GMIC in Columbus, Ohio, USA, promises to be a groundbreaking event for the glass industry. Following the Conference on Glass Problems from November 6 to 8, where RATH will showcase its innovations, the symposium aims to address the pressing need for reducing the glass industry’s carbon footprint.

Embracing the Future: The Theme of Glass Trend Symposium

Under the theme “The Future of Glass Manufacturing,” industry leaders, glass manufacturers, refractory and equipment suppliers, design engineers, and process engineers will convene to share their experiences and insights. Together, they will explore innovative solutions to achieve sustainable glass production.

Manfred Salinger’s Expert Lecture: Pioneering Emission Control and Heat Recovery

In a pivotal session on Furnace and Refractory Design, Manfred Salinger, Head of Advanced Ceramic Filtration Solutions at RATH Group, will deliver an enlightening lecture from 9:45 to 10:15 am. His talk, titled “Holistic Approach to Emission Control and Heat Recovery,” will delve into the crucial role of high-temperature filters in emission control and carbon footprint reduction in glass melting.

Salinger, a renowned hot gas filtration expert, will share valuable insights on the enhanced emission control system, comparing it with conventional solutions. He will introduce the range of available filter element lengths, emphasizing lessons learned and the keys to reliable operation and extended service life of filter elements.

Innovating Emission Control: The Power of Hot Gas Filters

Traditionally, exhaust gases are cooled to insufficient temperatures for re-use, limiting their potential applications. However, advancements in hot gas filters, equipped with ceramic filter elements up to 6 meters long, have transformed emission control. These filters enable cleaning of exhaust gases at elevated temperatures, allowing for re-use in thermal processes or power generation. The new generation of longer filter elements not only reduces capital investment costs but also maintains essential functions such as particulate removal and selective catalytic reduction of nitrogen oxides.

Stay tuned for more updates from the Glass Trend Symposium, where industry pioneers like RATH are shaping the future of sustainable glass manufacturing.

Source: Glass Trend Symposium with additional information added by GlassBalkan

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The Guardian Glass Bascharage plant in Luxembourg is on the cusp of a groundbreaking moment as it gears up to relaunch its new furnace in Q4 2023. This state-of-the-art furnace heralds a remarkable era as it stands poised to become Guardian Glass’s most energy-efficient furnace yet.

Advancements at Bascharage Plant

In anticipation of this exciting development, let’s delve into the enhancements taking shape at the Bascharage plant:

1. Unprecedented Energy Efficiency: Upon activation, the furnace is expected to demonstrate a staggering 25% improvement in energy efficiency, underscoring Guardian Glass’s commitment to sustainable manufacturing.

2. Expanded Production Capacity: The new furnace is set to boost production capacity, enabling the plant to manufacture both Guardian ExtraClear float glass and Guardian UltraClear low-iron float glass, meeting diverse market demands.

3. Laminated Glass Line: In parallel with the furnace restart, the installation of a state-of-the-art laminated glass line is projected to reach completion by Q4 2023, further enhancing the plant’s capabilities.

A Vision of Progress

Guus Boekhoudt, Executive Vice President of Guardian Glass, expresses the company’s forward-looking vision: “We invested in the latest melting technology to provide our customers with the most advanced glass products while using fewer resources.” This commitment to innovation and sustainability underscores Guardian Glass’s dedication to excellence.

Synergy in Luxembourg

The Bascharage plant already boasts a coater, producing Guardian ClimaGuard low-emissivity (low-E) and Guardian SunGuard high-performance coated solar control glass, catering to residential and commercial applications. Guus Boekhoudt emphasizes the strategic location of these assets in Luxembourg, near key customers, which enhances service offerings and underscores their long-term commitment to both clients and the glass industry.

Team Effort and Gratitude

Bernard Gheysen, Plant Manager at Guardian Glass Bascharage, expresses his pride and gratitude: “I am very proud of the team here – everyone has gone the extra mile on this project. We are excited about the new opportunities it opens, as well as grateful for the strong support we have received from the Luxembourg authorities.”

In conclusion, Guardian Glass remains steadfast in its mission to improve lives by delivering valuable glass products and services, all while upholding responsible, resource-efficient practices. With an unwavering commitment to innovation, sustainability, and customer satisfaction, Guardian Glass stands at the forefront of the glass industry, poised for a future of excellence.

Source: Guardian Glass Europe with additional information added by GlassBalkan

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In a remarkable stride towards innovation and sustainability, Steklarna Hrastnik has partnered with the esteemed SORG Group to revamp Furnace B. This furnace, initially constructed by SORG in 2014, is now being transformed into a cutting-edge melting furnace dedicated to crafting premium flint glass.

Holistic Engineering Excellence:

Under the visionary guidance of Nikolaus SORG, a comprehensive engineering marvel unfolded. The endeavor encompassed a meticulous engineering package, encompassing refractory materials, steel construction, and essential components for the rejuvenation of the melting tank, distribution channel, and four forehearths. The project’s scope extended to embracing advanced heating and cooling systems, SCADA integration, and various furnace and glass conditioning essentials.

Elevating Sustainability with EME:

EME, in conjunction with their meticulous audit and conceptual engineering, played a pivotal role. The upgrade of dosing units within the batch plants, coupled with the modernization of the cullet return system, took center stage. This transformative journey also involved the installation of a cutting-edge single fork linked scraper and a dynamic system for incorporating external PCR (post-consumer recycled) cullet.

Transformation by SKS:

SKS, entrusted with the transformational task, gracefully handled the intricate dance of dismantling the old furnace, paving the way for a rejuvenated vision. The installation of new refractory material and the careful modification of the existing steel structure illuminated their expertise. A crowning achievement was the feat of raising the furnace and forehearth steel structure by a remarkable 400 millimeters.

Pioneering Excellence for a Greener Future:

This monumental endeavor breathes life into Steklarna Hrastnik’s journey of progress. The renewed Furnace B stands as a testament to environmental consciousness and energy efficiency. As a commitment to a sustainable future, the furnace system is poised for an eventual conversion to hydrogen operation, further aligning with a reduced CO2 footprint.

A Symphony of Synergy:

The Steklarna Hrastnik and SORG Group collaboration epitomizes the ‘Power of Three,’ showcasing the harmonious collaboration between visionary engineering, sustainable advancements, and unyielding dedication to excellence.

Source: Steklarna Hrastnik with additional information added by GlassBalkan

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Saint-Gobain, a global leader committed to achieving Net Zero Carbon by 2050, is spearheading a transformative journey to reduce the carbon footprint of its flat glass production. Embracing innovative approaches, the company is exploring the substitution of natural gas with direct electrical heating and hydrogen combustion.

Successful Hydrogen Trial

In March 2023, a significant milestone was achieved at the flat glass production plant in Herzogenrath, Germany. In collaboration with Air Products, Saint-Gobain conducted a five-day trial injecting 30 percent hydrogen into the energy mix of its float furnace. This large-scale endeavor effectively replaced thirty percent of the furnace’s energy consumption with pure hydrogen/air combustion. Air Products played a vital role by supplying the necessary hydrogen and ensuring seamless gas supply from the trailer to the plant.

A Promising Path to Decarbonization

Ariane Weissler, Senior Project Leader of the Herzogenrath site’s Decarbonization Project (COSIMA Project) at Saint-Gobain, expressed enthusiasm about the furnace’s renewal scheduled for the end of 2027. This timeline aligns perfectly with the decarbonization objectives of Saint-Gobain, Germany, and the European Union. The COSIMA Project encompasses the entire Herzogenrath site, including the Sekurit plant and the Research and Development center. These interconnected entities collaborate synergistically, focusing on decarbonizing the production of flat glass and transforming glass products into cutting-edge glazings for the automotive industry.

Driving Sustainability at Every Step

Saint-Gobain’s ambitious commitment to decarbonization reflects its unwavering dedication to sustainable practices. By leveraging advanced technologies and embracing hydrogen combustion, the company takes a giant leap towards achieving a greener and more environmentally responsible future.

Stay tuned for further updates on Saint-Gobain’s remarkable journey towards a Net Zero Carbon future and its pivotal role in revolutionizing glass production.

Source: Saint-Gobain with additional information added by GlassBalkan

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Worldwide, glass manufacturing is responsible for emitting a staggering 86 million tons of carbon dioxide annually. However, a breakthrough invention called LionGlass, engineered by researchers at Penn State, promises to drastically reduce this carbon footprint. LionGlass not only requires significantly less energy to produce but also possesses remarkable durability, making it ten times stronger than standard soda lime silicate glass. With a recent patent application filed, LionGlass is poised to revolutionize the glass industry and contribute to a more sustainable future.

Reducing Carbon Footprint with LionGlass

The goal of the LionGlass project, led by John Mauro, Dorothy Pate Enright Professor of Materials Science and Engineering at Penn State, is to make glass manufacturing sustainable in the long term. Unlike conventional soda lime silicate glass, LionGlass eliminates the use of carbon-containing batch materials and reduces the melting temperature of glass. The production of soda lime silicate glass involves melting quartz sand, soda ash, and limestone, which release carbon dioxide (CO2) during the process. By lowering the melting temperatures by approximately 300 to 400 degrees Celsius, LionGlass significantly reduces energy consumption by about 30% compared to traditional glass production methods.

Unmatched Durability of LionGlass

In addition to its eco-friendly advantages, LionGlass offers exceptional durability. The research team was pleasantly surprised to discover that LionGlass exhibits significantly higher crack resistance than conventional glass. In fact, certain compositions of LionGlass demonstrated such remarkable crack resistance that they remained intact even under a one kilogram-force load from a Vickers diamond indenter. Compared to standard soda lime glass, which forms cracks under a load of about 0.1 kilograms force, LionGlass proves to be at least ten times more crack-resistant. This outstanding durability is a crucial quality for glass, as microcracks can develop over time, leading to weaknesses and eventual failure. LionGlass’s resistance to microcrack formation ensures its longevity and reliability in various applications.

Potential Benefits and Future Applications

The strength and durability of LionGlass present exciting possibilities for a range of industries. Its improved strength-to-weight ratio opens doors for lighter-weight glass products without compromising performance. By utilizing LionGlass, manufacturers can reduce the thickness of glass components while maintaining the same level of damage resistance. This reduction in weight not only conserves raw materials but also decreases the energy required for transportation. LionGlass has the potential to transform industries such as automotive, electronics, architecture, communication technology, and healthcare, where strength, chemical resistance, and durability are critical.

Exploring LionGlass’s Potential

The research team at Penn State is actively exploring the full potential of LionGlass. A patent application has been filed for the entire LionGlass family, comprising various compositions with distinct properties and potential applications. These compositions are being subjected to different chemical environments to study their reactions and determine their suitability for specific use cases. By continuously evaluating LionGlass’s performance and versatility, the team aims to unleash its full potential and address global challenges related to renewable energy, energy efficiency, healthcare, and urban development.

Glass has played a vital role in human civilization for over 5,000 years, and now LionGlass stands at the forefront of shaping the future. With its ability to reduce carbon emissions by half and offer unparalleled strength, LionGlass is poised to transform the glass industry. The breakthrough innovation represents a significant step toward achieving sustainability and meeting the challenges of environmental issues, renewable energy, energy efficiency, healthcare, and urban development. LionGlass is ready to contribute to a brighter and more sustainable future for all.

Source: By Adrienne Berard | www.psu.edu with additional information added by GlassBalkan

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Glass Futures, the pioneering organization at the forefront of glass industry advancements, is thrilled to announce the official opening of the Global Centre of Excellence. This cutting-edge facility, located in St. Helens, UK, marks a significant milestone in the journey towards revolutionizing the glass industry.

Paving the Path to Carbon Neutrality

The Global Centre of Excellence will serve as a hub for research and development, innovation, and training in the field of glass production. At its core, the facility will house an extraordinary experimental 30-tonne per day glass melting furnace. Equipped with state-of-the-art technology, this furnace will spearhead groundbreaking methods to create carbon-neutral glass, a vital step towards a sustainable future.

Uniting Visionaries from Around the World

To commemorate this momentous occasion, Glass Futures brought together an esteemed gathering of over 100 guests. Among them were Glass Futures members, including renowned glass manufacturers and esteemed university academics, alongside esteemed funders and influential local politicians. This collaborative effort exemplifies the global commitment to driving positive change in the glass industry.

Celebrating Local Talent and Tradition

Glass Futures proudly collaborated with local talent during the opening ceremony. The apprentices from St. Helens College showcased their culinary skills, catering to the event’s attendees. Following the ceremony, all guests were invited to the World of Glass Museum for a captivating drinks reception, where the age-old art of glass blowing took center stage, captivating everyone in attendance.

At Glass Futures’ Global Centre of Excellence, the future of glass production is being forged through innovation, collaboration, and sustainability. This remarkable endeavor sets a new standard for the industry, as we strive to create a greener and more prosperous tomorrow.

Source: Glass Futures with additional information added by GlassBalkan

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Steklarna Hrastnik, a leading glass manufacturer, is approaching the final stages of construction for its cutting-edge hybrid glass furnace in Hrastnik, Slovenia. This state-of-the-art facility marks a significant milestone in the company’s commitment to sustainable and efficient glass production.

Introducing the BEAR Project: Pioneering Hybrid Glass Furnace

Through its pioneering project, the BEAR (Hybrid Regenerative Glass Furnace), Steklarna Hrastnik is set to unveil a one-of-a-kind hybrid end-fired regenerative furnace. The construction of this ground-breaking furnace commenced in September 2022, with a projected operational launch in the first quarter of 2025.

A Leap Towards Sustainability: Achieving Unparalleled Efficiency

The new hybrid furnace will replace the existing end-fired regenerative furnace specifically designed for extra-white flint glass production. This upgrade is expected to yield exceptional results, with a remarkable reduction of over 50% in natural gas consumption and a significant 33% decrease in greenhouse gas emissions over the furnace’s initial decade of operation.

Exceptional Features and Capacity

Featuring an impressive electrical melting share surpassing 40%, the hybrid furnace boasts a substantial throughput capacity of 170 tons per day (tpd). These advanced capabilities will empower Steklarna Hrastnik to elevate its glass production efficiency to unprecedented levels.

Driving Economic Growth and Inspiring Industry Transformation

Beyond its environmental benefits, this substantial investment in sustainable production technologies will have a profound impact on the local economy. By preserving existing jobs and creating new employment opportunities, Steklarna Hrastnik aims to foster growth and prosperity within the region.

A Beacon of Decarbonization: Leading the Way for Energy-Intensive Industries

Steklarna Hrastnik’s hybrid glass furnace is not only an industry game-changer but also serves as a guiding light for decarbonization efforts in energy-intensive sectors. By integrating innovative technologies with locally sourced renewable energy, this pioneering project paves the way for the sustainable transformation of other industries in the region.

Source: Steklarna Hrastnik with additional information added by GlassBalkan

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