The Tyre Pressure Monitoring System (TPMS) tech, despite its huge safety benefit, is still seen as a premium feature in most mass-market passenger vehicle segment and two-wheelers in India. Aurangabad-based component supplier Varroc’s Indirect TPMS with over 90 percent accuracy aims to make smart inroads. Tier 1 automotive supplier Varroc is looking to harness the data from GPS sensor and Anti-Lock Braking System (ABS) sensors to provide tyre pressure information to two-wheelers and four-wheelers. 

The company is looking to make smart gains through Indirect Tyre Pressure Monitoring Systems (ITPMS), which rely on existing sensors in a vehicle to generate the information without compromising on quality and time-lag.

Fritz Abraham, Chief Technology Officer, Varroc, told Tyre Trends that “the direct TPMS uses pressure sensors at the air inlet of each tyre and communicates the information to the vehicle dashboard using wireless communication or through complex harness. This is not only expensive but also require heavy maintenance. If there exists a solution that can use the existing sensors and provide the information of tyre pressure, it is the ‘Indirect/Intelligent Tyre Pressure Monitoring System’. This system provides information of the tyre pressure without the need of a pressure sensor.”

The radius of the tyre changes with respect to air pressure and hence the linear displacement per one rotation of tyre changes with respect to the pressure. The linear displacement can also be measured using GPS by calculating the rotational speed of the wheel and radius of the tyre.

The ITPMS solution simply put is a software stack that can be integrated with Varroc’s cluster and telematics solutions. The machine learning (ML) software analyses various parameters set by the company to provide tyre pressure reading to the user. Since it does not require any additional TPMS hardware, it is substantially cheaper compared to solutions using battery-based sensors.

“The ITPMS exploits the deviations in linear displacement with respect to wheel rotations and predicts the tyre pressure. This relation is not straightforward; it is a complex method to derive the mathematical equations. Hence, ML techniques are used to quantify the relation,” said Abraham.

The ITPMS primarily requires a GPS sensor (telematics data) and ABS, which is integrated during the vehicle assembly level. Varroc states that OEMs will be able to provide access to the tyre pressure on any HMI (Human-Machine Interface) device like the vehicle instrument cluster, vehicle telematics and connectivity app, among others, to easily provide the information of the tyre pressure.

Varroc had initially initiated the development of the ITPMS specifically for two-wheeler applications. The company mounted a GPS device on a two-wheeler equipped with ABS. It collected the data during vehicle operation across varied scenarios, including differing tyre pressures, diverse road conditions and various weather conditions such as sunny and rainy days.

“This data was then post-processed and analysed using data science and machine learning techniques to develop a model that accurately captures the relationship between tyre pressure, wheel speed and the speed as measured by the GPS. This model forms the foundation for understanding and monitoring tyre pressure indirectly using available data points from the vehicle’s operation,” he shared.

Demand scenario for TPMS

It is no secret that while TPMS technology has been around for more than a couple of decades, its adoption in India still remains a very small percentage. In India, most TPMS solutions available in the OE as well as aftermarket are Direct TPMS.

They are said to have their own set of challenges, such as its reliability due to varying temperatures, environmental and climatic conditions. Then there are the challenges associated with wireless communications. Sensor battery issues and cost too are deterrent factors.

On the other hand, the small percentage of vehicles that utilise existing ITPMS categorise the tyre pressure in broad classifications (low pressure or high pressure). They do not provide precise measurements, which limits their adoption and effectiveness in ensuring optimal tyre performance and safety.

However, Varroc already has developed the ITPMS to provide basic information (low or high); now it is in advanced stages of development to provide precise tyre pressure information with over 90 percent accuracy.  While the company has been tight-lipped about the introduction of the solution in the market, Varroc is said to be in discussions with its clients to bring it to the market soon.

Abraham further shared, “The primary reason for the limited adoption of TPMS is cost. Premium segment vehicles often include TPMS as a standard feature due to the higher price range, making it more feasible to absorb the associated costs. In contrast, aftermarket TPMS solutions are generally expensive and demand ongoing maintenance, which can be a deterrent for many vehicle owners.  Additionally, there is a general lack of awareness regarding the importance of maintaining optimal tyre pressure. Many drivers may not fully understand the safety, performance and fuel efficiency benefits of consistent tyre pressure monitoring, further impacting the adoption rate of TPMS systems.”

As per the company, the ITPMS comes with self-learning feature and is designed with 80 percent cold tyre pressure threshold and tested per AIS 154. The threshold can be further optimised and customised as per the requirement of the customer.

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The Indian Rubber Institute (IRI), a non-profit professional body focussing on the tyre and rubber industry, has officially announced its flagship biennial conference, ‘IRI-CON’26’. Scheduled to take place on 30th and 31st January 2026 at the Hotel Sayaji in Vadodara, Gujarat, the event serves as a critical junction for technocrats, researchers, and industry leaders to navigate the sector's rapidly evolving technological and sustainability priorities.

The choice of Vadodara as the host city underscores Gujarat’s status as a formidable powerhouse for elastomers and rubber manufacturing. The region serves as a strategic base for global and domestic tyre giants, including Apollo Tyres, CEAT, BKT, MRF and JK Tyre & Industries, while hosting a robust network of suppliers specialising in carbon black, silica, textiles and rubber chemicals.

Against this backdrop, the conference theme – ‘Unlocking the Potential of Sustainable Developments in Rubber and Allied Industries’ – reflects an urgent industry-wide commitment to resource efficiency, circular economy principles and responsible manufacturing.

High-Profile Inauguration and Strategic Vision

The conference will commence with a high-powered inaugural session dedicated to global trends and strategic updates. This session features a line-up of some of the most influential figures in the Indian rubber ecosystem. Dr Sujith Nair, Chairman, IRI Gujarat and VP R&D, CEAT, will deliver the welcome speech.

V K Misra, Chairman of IRI and representative of JK Tyres & Industries, will open the proceedings with a vision for the institute’s role in future-proofing the industry. He will be joined by Vasantagesan, IRS, Executive Director of the Rubber Board and Dr R Mukhopadhyay, who will provide a comprehensive overview of global sustainability trends.

Further technical leadership will be provided by Renji Issac, Chairman of ITTAC and representative of CEAT and P K Mohamed, Emeritus Chairman of IRI. The academic foundation of the event is bolstered by the presence of Prof. Dr Kinshuk Naskar from IIT Kharagpur – the institute's long-term partner for technical certification – and Prof. Dr Sabu Thomas of MG University, ensuring a seamless bridge between cutting-edge research and industrial application.

Innovations in Green Chemistry and Circularity

The event will also dive deep into technical breakthroughs that are reshaping the tyre value chain. A significant focus will be placed on ‘Green Tyres’ and the reduction of environmental footprints. Key presentations will feature Bekaert Industries discussing advanced cord solutions for weight reduction, and CEAT showcasing the CIRCL90, a sustainable passenger car tyre.

The shift toward a circular economy is a recurring theme throughout the technical sessions. Epsilon Carbon and Rathi Group India (Capital Carbon) will present on the integration of recovered carbon black (rCB) and the importance of ASTM standards in ensuring market momentum for recycled materials. Meanwhile, Brisil Green Silica and Tata Chemicals are set to discuss the revolutionary transition of producing sustainable silica from agricultural waste, a move that highlights the industry's move away from traditional, energy-intensive sourcing.

A Collaborative Ecosystem

The conference serves as a global stage for a diverse array of companies, including Arlanxeo India, which will present eco-friendly elastomer solutions and Finorchem, focusing on enhancing compound performance through phenolic resin-silica coupling. Other notable participants include LANXESS, TUV Rheinland and TTRC, covering everything from bio-based additives to water-based vulcanising cements and rigorous certification standards.

As regulatory pressures and environmental expectations continue to intensify, IRI-CON’26 stands as a timely and vital forum. By aligning manufacturers, R&D specialists, and academia, the event is positioned to chart a sustainable growth pathway for India’s tyre and rubber ecosystem, ensuring it remains competitive on the global stage while meeting the highest standards of environmental stewardship.

The event will also celebrate the next generation of industry talent with a Best Student Presentation Award Ceremony on the final day.

All-in-all the event is a must-attend for industry professionals, R&D specialists and academics in the tyre and rubber industry. To register click here

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As 2026 begins, Fornnax enters a decisive phase of its growth, seeking to scale its operations globally after years of investment in engineering, innovation and sustainable recycling.

“Our 2026 strategy is driven by four key priorities,” said Jignesh Kundaria, Director and Chief Executive of Fornnax.

The first priority is global expansion. The company plans to strengthen its presence in Europe, Australia and the Gulf Cooperation Council, while continuing to grow in existing markets. By aligning closely with local regulations and customer requirements, Fornnax aims to position itself as a long-term partner for advanced recycling solutions.

A central milestone will be export-led global installations. In 2026, the company plans to commission Europe’s highest-capacity shredding line, a project intended to reinforce its focus on high-capacity recycling systems.

The second priority is product innovation and technology leadership. Innovation, the company says, underpins its ambition to become a global leader in recycling technology by 2030. The focus remains on solutions that are efficient, reliable and environmentally responsible.

Building on more than a decade in tyre recycling, Fornnax has expanded into additional applications including municipal solid waste, e-waste, cable and aluminium recycling. Several large projects are scheduled to become operational this year, including the installation of India’s largest e-waste and cable recycling line and the commissioning of a high-capacity municipal solid waste RDF recycling line.

“Sustainable growth must be scalable and profitable,” Kundaria said. In 2026, Fornnax expects to complete phase one of its capacity expansion with the establishment of what it describes as the world’s largest shredding equipment manufacturing facility. The 23-acre site is scheduled for completion in July 2026 and is intended to expand production capacity and support global deliveries.

Alongside manufacturing expansion, the company plans further efficiency gains across its supply chain and service operations, while strengthening its service network in India, Australia and Europe to improve response times and customer support.

The final priority is people and culture. “People remain the foundation of Fornnax’s success. We will continue to invest in talent, leadership development, and a culture built on ownership, collaboration, and continuous improvement,” Kundaria said.

With sustainability positioned as a core principle, the company says its objective is to grow while supporting the circular economy and contributing to a cleaner future. Management describes 2026 as a defining year, shaped by global installations, diversified recycling applications and manufacturing expansion.

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PCBL Chemical Limited said it has appointed Sanjay Prabhakar Ghawghawe as Chief Manufacturing Operations and Executive Director, with effect from 5 January 2026.

In its disclosure, PCBL said that Ghawghawe’s appointment is on a full-time basis and does not carry a fixed term.

Ghawghawe brings about 29 years of industry experience, including roles at Owens Brockway, Hindustan Unilever, Reliance Petro Marketing, Asian Paints and Avery Dennison (India). His most recent position was Chief Manufacturing Operations at Pidilite Industries.

He holds a bachelor’s degree in mechanical engineering from Nagpur University and a postgraduate diploma in business management from the Institute of Business Management and Research, Pune University. The company said there are no relationships between Ghawghawe and the directors of PCBL.

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CarbonX has announced that Daniela Sordi, its Chief Technology Officer and co-founder, has been appointed a Fellow of the Netherlands Academy of Engineering, the country’s leading body representing excellence in engineering, technology and applied scientific innovation.

Sordi is one of 15 experts selected for the Fellowship, which recognises engineers who have demonstrated significant impact in their fields and who contribute to major societal transitions.

Sordi is internationally recognised for her work on advanced three-dimensional structured carbon materials designed to improve lithium-ion battery performance. She has more than 17 years of experience across research and industry, translating chemistry and materials science into manufacturing technologies.

At CarbonX, she has led the development of battery materials that the company says charge faster, last longer and are up to five times more sustainable than conventional synthetic graphite. Under her technical leadership, the company has secured funding from the European Innovation Council Accelerator and advanced efforts to strengthen Europe’s autonomy in energy-storage materials.

“Daniela’s appointment to the NAE is an outstanding recognition of her ability to bridge groundbreaking science with high-impact industrial innovation,” said Rutger van Raalten, chief executive of CarbonX. “Her work lies at the core of our mission to enable cleaner, more efficient, and more sustainable energy technologies on a global scale.”

The appointment also highlights Ms Sordi’s role as a visible advocate for engineering careers, particularly for women entering deep technology and advanced materials. Her career is frequently cited as an example for students pursuing technical and innovation-led professions.

The Netherlands Academy of Engineering brings together senior engineers from academia, industry and applied research. Its members contribute to national and international innovation agendas and advise on technological responses to challenges such as climate, energy, health and digitalisation.

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