As the glass industry propels towards a NetZero future, the upcoming Furnace Solutions 2024 conference stands as a pivotal platform to address the challenges and opportunities in this transformative journey. Scheduled for June 5 and 6 at the iconic Totally Wicked Stadium, the two-day event will bring together glass producers and suppliers, delving into discussions that aim to shape a more efficient and sustainable future for the industry.

Hosted by the St Helens Rugby League Club in the UK, the conference will feature presentations covering a spectrum of topics crucial to the industry’s evolution. Both glass producers and suppliers will share insights, innovations, and strategies aimed at fostering a more sustainable and resource-efficient glass sector. The conference website will soon provide a comprehensive list of papers, complete with abstracts, offering a sneak peek into the depth and breadth of discussions awaiting attendees.

A unique feature of this year’s Furnace Solutions is an exclusive tour of the nearing-completion Glass Futures building and facilities, providing participants with a firsthand look at cutting-edge advancements in glass technology. Additionally, the Wednesday evening will witness the prestigious Geoff Evans Dinner within the confines of the Totally Wicked Stadium, creating a networking opportunity for industry professionals.

Interested participants can register for the conference and the Geoff Evans Dinner at Furnace Solutions 18 – 2024 – Society of Glass Technology (sgt.org). The registration fee stands at £100 per day for Society of Glass Technology (SGT) members and £180 per day for non-members, with the dinner priced at £38.50. Don’t miss the chance to be part of shaping the future of the glass industry at Furnace Solutions 2024.

Source: GlassBalkan

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In a significant move towards sustainable practices, Visy has unveiled a $50 million investment to modernize its Laverton glass recycling facility in Melbourne, Victoria, Australia. The upgraded plant, when operating at full capacity, has the capability to recycle all of Victoria’s recyclable glass, effectively doubling Visy’s glass recycling capacity in the state. This translates to an annual recycling capacity of 200,000 tonnes of glass, equivalent to producing 150 bottles and jars per Victorian resident annually. Beyond environmental benefits, this investment is expected to contribute to the local industry and create additional jobs.

The official opening of the plant took place with the presence of the Victorian Minister for Environment, Steve Dimopoulos, and Visy Chairman, Anthony Pratt. Mr. Pratt highlighted the significance of the upgrade not only for Victoria but also as a step toward manufacturing new glass containers with an average of 70% recycled content. He emphasized Visy’s commitment to landfill avoidance, considering recycling and remanufacturing as crucial tools in the fight against climate change.

This investment aligns with Mr. Pratt’s 2021 commitment to inject $2 billion over the next decade to reduce landfill, decrease emissions, and generate numerous green-collar jobs in Australian manufacturing. A glass container from Visy with 70% recycled content requires up to 30% less energy to produce compared to a container with no recycled content.

The Laverton factory’s upgrade includes the implementation of 20 advanced optical cameras, enabling the sorting of glass particles down to three millimeters in size. This precision in sorting enhances the circular economy by keeping more glass within the recycling loop. In contrast, the old facility could only process glass particles of 10 millimeters or larger. The processed glass will be remanufactured into new glass jars, bottles, and containers at Visy’s Spotswood facility, the only glass container furnace in Victoria.

As one of Australia’s leading recycling companies, Visy collaborates with councils nationwide, processing approximately 40% of Australia’s kerbside recycling bins.

Source: GlassBalkan

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On January 26, SEFPRO, a global leader, celebrated the United Nations’ Day of Affordable and Clean Energy with a firm commitment to ensuring access to affordable, reliable, sustainable, and modern energy for all. SEFPRO has been actively working on accelerating the transition to a low-carbon energy system, implementing various projects across its global plants. These initiatives focus on incorporating renewable and locally sourced energy to power their furnaces. For instance, SEFPRO is progressively replacing conventional fuels like LPG or NG with cleaner energy sources in the kilns of their sintered plants. Noteworthy trials involving the use of green electricity are already underway. The Palakkad plant of SEPR India takes a step further by engaging in Corporate Social Responsibility (CSR) projects, such as installing solar panels on the Kanjikode school rooftop. These efforts exemplify SEFPRO’s dedication to sustainable and environmentally friendly energy practices, marking significant progress on their decarbonization roadmap.

Source: GlassBalkan

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The journey towards a sustainable and greener future continues, and the flat glass industry is actively embracing innovative solutions to reduce its carbon footprint. In a highly informative video, we delve into the challenges faced by the industry and explore groundbreaking initiatives that are reshaping its landscape.

Increased Glass Recycling: The Closed-Loop Model (flat2flat)

One of the key pillars of sustainable glass production is increased recycling through a closed-loop model, known as flat2flat. This model aims to create a circular economy where glass waste is efficiently collected, processed, and transformed into new glass products. By implementing this approach, the industry minimizes waste and conserves valuable resources.

Utilizing Renewable Electricity: Powering the Glass Production

Transitioning to renewable electricity is a fundamental step in reducing the environmental impact of glass manufacturing. By sourcing energy from renewable sources such as wind, solar, or hydroelectric power, glass producers can significantly lower their carbon emissions. This shift not only contributes to a cleaner energy mix but also sets the stage for a more sustainable future.

Integration of Hydrogen: A Clean Energy Source for Glass Furnaces

The integration of hydrogen as a clean energy source marks a significant milestone in decarbonizing the flat glass industry. Saint-Gobain, in collaboration with Air Products, embarked on a pioneering large-scale hydrogen test at their production plant in Herzogenrath, Germany. The trial aimed to assess the viability of using hydrogen as a fuel for glass furnaces instead of traditional natural gas.

During the trial, thirty percent of the furnace’s total energy consumption was successfully replaced by pure hydrogen/air combustion. This achievement highlights the potential of hydrogen as a clean and efficient alternative, significantly reducing greenhouse gas emissions associated with glass production.

Air Products: Enabling a Sustainable Transition

As a leading provider of industrial gases, Air Products played a crucial role in supporting the hydrogen trial at Saint-Gobain’s facility. They supplied the necessary hydrogen and ensured a seamless gas supply from the trailer to the plant, facilitating the successful integration of hydrogen as a fuel source.

Join the Movement Towards a Greener Glass Industry

The video showcases the industry’s commitment to sustainable practices and the ongoing efforts to drive meaningful change. By embracing glass recycling, renewable electricity, and the integration of hydrogen, the flat glass industry is making remarkable strides towards decarbonization and a more sustainable future.

Watch the video to gain valuable insights into the transformative journey of the glass industry and how it is reshaping its operations to build a greener world. Together, let’s support this important endeavor and pave the way for a more sustainable and eco-friendly future.

Source: Saint-Gobain/Air Products with additional information added by GlassBalkan

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