Saint-Gobain plays a pivotal role in the carbon black industry by supplying high-performance refractories that enhance energy efficiency and thereby reduce pollution in the production process. The innovative solutions contribute to more sustainable carbon black manufacturing by improving yield and extending the lifespan of reactors while the company’s efforts to use cleaner energy sources as a consequence of its commitment to carbon neutrality strengthens its sustainability efforts.

Refractories play a crucial role in the production of carbon black, particularly in the reactors where the carbon black is produced. Carbon black is typically made by thermal decomposition of hydrocarbons called cracking in a high-temperature, oxygen-limited environment.

Refractories are heat-resistant materials used to line the reactors and other high-temperature vessels to withstand the extreme conditions involved in the carbon black production process. Their main functions include withstanding high-temperature erosion and chemical attack, thermal insulation, protecting equipment, controlling gas flow and distribution etc.

While there are many players that supply refractories to India’s carbon black industry, Saint-Gobain has been an innovative player that enhances energy efficiency. Speaking to Tyre Trends on the sidelines of the 15th Asia-Pacific Carbon Black Conference, Business Development Manager Shailesh Doshi mentioned, “The production process in the carbon black industry is inherently polluting. However, refractories play a crucial role in mitigating this impact by enhancing both yield and energy efficiency. By providing thermally efficient refractories, Saint-Gobain helps increase the yield of the process, thereby boosting overall energy efficiency and reducing the carbon footprint.”

For instance, if a reactor operates at 1,850 degrees Celsius, raising the temperature to 2,200 degrees Celsius can improve the yield by 4-5 percent. This not only improves energy efficiency but also contributes to a more sustainable process with a reduced carbon footprint.

Saint-Gobain supplies specialised refractories to the carbon black industry. “Refractories are essentially high-temperature, ceramic materials that line furnaces and other thermal vessels, designed to withstand extreme conditions inside these reactors. In the carbon black industry, there are two types of reactors, namely tread reactors and carcass reactors. As the names suggest, the carbon black produced in tread reactors is used for tyre treads, providing wear resistance, while the carbon black from carcass reactors is used in the tyres inner structure called carcass, contributing to strength,” informed Doshi.

“The refractories used in the reactors must endure not only high heat but also erosion, turbulence and chemical and thermal attacks. We provide high-purity refractories specifically designed for these aggressive conditions. Our refractories are critical for the key zones of the combustor, choke, venturi, post choke and other areas within the reactor. We work with leading players in the carbon black industry, having collaborated on the development of many products over the past four to five decades. Our close association with these industry leaders has helped evolve refractories for the carbon black manufacturing process ensuring our refractories meet the ever-evolving demands of this high-temperature, high-performance environment,” added the executive.

IMPROVING EFFICIENCY

The executive mentioned that Saint-Gobain manufactures refractories from high-performance materials designed to withstand extreme temperatures. “For alumina refractories, we primarily use aluminium oxide, which is sintered to form a dense, durable structure. For zirconia refractories, we use fused zirconia grains, which has exceptional thermal stability. These materials are chosen for their inherent ability to withstand temperatures as high as 1,850 degrees Celsius, with zirconia refractories capable of handling even higher temperatures,” explained the executive.

He noted that the key to the effectiveness of these materials at such high temperatures lies in their unique properties. Aluminium oxide and zirconia both have excellent resistance to thermal shock, erosion and chemical attack, making them ideal for the harsh conditions inside carbon black reactors.

Alluding to how these refractories help in energy efficiency within the reactors, he said, “In terms of energy savings, we see improvements in yield when operating at higher temperatures. This increase in yield is directly linked to better energy efficiency. Additionally, by using high-quality refractories with longer lifespans, we reduce the need for reactor shutdowns. The energy loss during shutdowns and restarts can be significant, so a longer refractory life translates to less downtime and more consistent energy use. This, in turn, not only boosts energy efficiency but also helps reduce overall pollution from the carbon black production process.”

Alluding to how the company holds a competitive edge, he said, “Our focus remains on purity and quality control. As the temperature and chemical demands of the process increase, impurities in refractory materials can significantly affect performance. We rigorously control the purity of our raw materials to ensure that our refractories deliver superior performance, longevity and energy efficiency.”

ENSURING SUSTAINABILITY

Saint-Gobain is advancing sustainability in the carbon black production process through two primary channels, including enhancing customer processes and improving the environmental footprint of our own operations.

“For our customers, we focus on increasing yield and energy efficiency, which directly reduces carbon emissions. We also contribute to sustainability through our own manufacturing processes. Energy consumption is a significant factor in refractory production and we are transitioning to cleaner energy sources. Our plants no longer rely on oil-based fuels or polluting energy sources like petcoke; instead, we use natural gas and are increasingly shifting toward electricity,” said the official.

He added, “However, given the high temperatures required for refractory production, we continue to rely on the cleanest available fuels such as natural gas and LPG. Furthermore, as a group, we are actively working on improving our scope 3 carbon emissions by sourcing cleaner energy including renewable sources.”

In terms of innovation, Saint-Gobain has been leading efforts to enhance refractory performance for the carbon black industry. “Six to seven years ago, we introduced refractories capable of withstanding higher temperatures, helping customers boost reactor temperatures. Another key innovation is the development of large, single-piece refractories for complex zones like choke and venturi, which simplify installation and significantly reduce downtime. Traditional refractory bricks require more complex installation, but our solution streamlines this process enabling faster and more efficient reactor restarts,” added Doshi.

Saint-Gobain operates across a wide range of markets with a strong presence in carbon black, Petrochemical, metallurgy, ceramics, glass, plasterboard (Gyproc), construction chemicals, ceramics, refractories and abrasives.

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Birla Tyre has launched a new brand identity featuring a redesigned logo and corporate website, marking a major step in its transformation journey under new ownership. The company, now backed by a consortium led by Dalmia Bharat Refractories (DBRL) as Resolution Applicant, and strategic partner Himadri Speciality Chemical (HSCL), aims to position itself as a premium, high-performance and future-ready brand.

The company plans to roll out a multi-platform marketing campaign and focus on re-entering key markets, expanding distribution and strengthening its product portfolio.

The refreshed identity reflects Birla Tyre’s renewed focus on speed, innovation and excellence. The new logo includes a custom wordmark symbolising forward motion and a tiger motif – called ‘Tyger’ – representing power, agility and leadership. The blue and orange colour scheme signifies trust and optimism.

Anurag Choudhary, Chairman and Managing Director & CEO, Himadri Speciality Chemical, said, “This rebranding is more than merely a visual transformation; it is a reaffirmation of our dedication to purposeful development and progress.” 

Dr Chandra Narain Maheswari, Whole Time Director & CEO, Dalmia Bharat Refractories, said, “Our new logo encapsulates the essence of Birla Tyre, which is founded on four fundamental pillars: a legacy that motivates boldness, a product line that is prepared for the future, an unwavering commitment to continuous innovation and a oneness with world around us. As this new identity signals Birla Tyre’s readiness to meet the evolving needs of the automotive industry with energy, innovation, and purpose.”

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  - Kumarswamy CE June 19, 2025 06:52 AM

  That is good news…but what about public shares which were purchased before insolvency?? Will they be reallocated under new brand ?

  Reply

The 2025 Rally of Poland commenced amid an atmosphere of mourning following the tragic death of Italian motorsport driver Matteo Doretto in a racing accident.

The 81st edition of Europe's second-oldest rally competition, taking place across the challenging gravel roads of the Masurian Lakes region from June 13-15, has been overshadowed by the loss of the rising Italian talent.

"His loss is a tragedy that deeply saddens us," said Terenzio Testoni, Pirelli Rally Activity Manager. "On behalf of Pirelli, I would like to extend our most heartfelt and sincere condolences to his family and friends."

Despite the sombre mood, 63 crews took to the start line for what remains one of the European Rally Championship's most demanding events. Notable competitors include Jon Armstrong driving a Pirelli-equipped Ford Fiesta, alongside Jos Verstappen and Andrea Mabellini, both piloting Skoda Fabias fitted with Pirelli tyres.

The rally features 14 special stages covering 190.40 timed kilometres across terrain known for its technical difficulty. The Masurian Lakes route presents drivers with uneven, often sandy roads where grip proves elusive even for experienced competitors.

"It's a very difficult and high speed rally, where attention to detail is very important," commented Testoni. "With every car passage the terrain gets rougher, forming deep ruts that can challenge even the most experienced drivers."

Weather conditions are forecast to remain dry, though organisers caution that conditions can change rapidly on such challenging terrain.

The rally serves as the third round of this season's ERC Fiesta Rally3 trophy, for which Pirelli provides exclusive tyre supply. Competing crews have access to three variants from Pirelli's Scorpion gravel range: the K4A hard compound, the K6A soft compound designated as the prime choice for this event, and the K8B supersoft option.

Regulations permit each crew to utilise 16 tyres total, including those selected for qualifying sessions. Trophy category vehicles will run on Scorpion 175/70-15 specifications in both K4 hard and K6 soft compounds.

Rally Poland's reputation for difficulty stems from its unique surface characteristics, where the sandy base becomes increasingly rutted as more vehicles traverse each stage. The deteriorating conditions throughout the weekend create an additional strategic element as crews must balance speed with mechanical preservation.

The event's location in the Masurian Lakes region, known for its natural beauty, provides a stark contrast to the intense competition unfolding on its roads. The rally has maintained its position as a crucial championship round despite the technical challenges it presents to both drivers and machinery.

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UK-based tyre safety watchdog TyreSafe has welcomed the Society of Motor Manufacturers and Traders (SMMT)’s announcement highlighting Britain’s fast lane position for self-driving vehicles.

While the safety watchdog has acknowledged the potential the technology holds for enhancing road safety and reducing collisions, it maintains a caution towards the effectiveness and safety benefits of Advanced Driver Assistance Systems (ADAS) – and by extension, fully autonomous vehicles. This it shared are intrinsically linked to the fundamental safety and maintenance of a vehicle’s tyres.

Stuart Lovatt, Chair of TyreSafe, said, “We are incredibly optimistic about the future of mobility and the significant strides being made in self-driving technology. Anything that has the potential to save lives and dramatically reduce serious collisions on our roads is something TyreSafe wholeheartedly supports.”

“However, it is crucial to remember that even the most sophisticated ADAS systems rely on optimal vehicle performance, and tyres are the sole point of contact between the vehicle and the road. Without sound tyre safety management – ensuring correct pressure, tread depth, and condition – the integrity and performance of these advanced systems can be severely compromised,” said Lovatt.

He highlighted the persistent issues that is seen among current vehicle owners, when it comes to proper tyre maintenance. 

“For many years, tyres have consistently been identified as the primary cause of MOT failures for vehicles up to seven years old. This underscores a widespread complacency regarding tyre safety that we must collectively address,” he added.

As per the latest statistics, over 35 percent of MOT failures were attributed to previous tyre-related advisories, which translates to 768,410 drivers ignoring warnings and subsequently failed their next MOT due to tyre issues. The trend of vehicles failing MOTs on wheel and tyre-related advisories is unfortunately increasing, indicating a growing disregard for these critical safety components.

“The promise of self-driving vehicles is immense, but their safety cannot be fully realised if the foundational elements are neglected. As we move towards a more autonomous future, the importance of tyres – their condition and correct maintenance – becomes even more paramount. TyreSafe urges all stakeholders, from manufacturers to policymakers and drivers, to recognise that tyre safety is not just an advisory; it is a non-negotiable prerequisite for safe, efficient, and technologically advanced motoring,” concluded Lovatt.

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Vaculug has announced the appointment of Darren C. as the company’s Regional Operations Manager for the West, overseeing key areas including Manchester, Birmingham and Wales. Darren brings with him extensive experience, knowledge and skillset and will be a valuable asset to the team, said the company.

Marcus Kirkness, Fleet Operations Manager at Vaculug, said, “These are truly exciting times at Vaculug. We’re incredibly pleased to have Darren join our team. His knowledge of the tyre industry, combined with his experience in managing customer fleets and delivering top-tier customer service, will be instrumental as we continue to expand our customer base. Darren’s expertise ensures we remain agile in addressing challenges and fulfilling our commitments swiftly and effectively."

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