Dow bagged the 2026 CIO 100 Award from Foundry’s CIO, recognising its Carbon Footprint Ledger (CFL)—an enterprise-wide digital platform designed to enable transparent and scalable delivery of low-carbon products to customers. The platform allows Dow to issue Product Carbon Footprint (PCF) certificates, helping customers track and verify the carbon footprint of products while supporting their Scope 3 emissions reduction goals.

Recognition for Digital Innovation

The CIO 100 Awards honour organisations that effectively use information technology to create business value, drive innovation, and strengthen competitive advantage. By recognising Dow’s Carbon Footprint Ledger, the award highlights how digital platforms can play a critical role in advancing sustainability and enabling climate-focused solutions across industrial value chains.

Digital Platform for Low-Carbon Product Transparency

The Carbon Footprint Ledger is an enterprise-wide digital system built on global Product Carbon Footprint standards, including ISO 14067 and the Greenhouse Gas (GHG) Protocol Product Standard. Using advanced optimisation algorithms, the platform dynamically identifies the lowest greenhouse-gas production pathway for products across Dow’s operations. Once the optimal production pathway is determined, the system generates verifiable PCF certificates and maintains residual balances within a secure and auditable digital ledger. This enables Dow to offer trusted low-carbon product options while ensuring transparency and traceability for customers. As a result, customers can access reliable carbon data that supports their sustainability reporting and accelerates value-chain decarbonisation.

Supporting Customers’ Sustainability Goals

The platform plays an important role in helping companies address growing regulatory and supply chain requirements related to carbon reporting. By providing verified carbon data at scale, Dow enables its customers to better manage Scope 3 emissions—which often represent the largest share of a company’s total carbon footprint. At the same time, the system strengthens Dow’s ability to deliver low-carbon products across multiple markets, reinforcing the company’s sustainability strategy.

Integrated Data and Advanced Analytics

Dow developed the Carbon Footprint Ledger by integrating its proprietary product and material mapping capabilities into the company’s Integrated Data Hub. The platform combines supply chain, sustainability, and financial data into a single scalable architecture. Through a user-friendly interface, Dow teams can generate low-carbon product offerings, issue and manage Product Carbon Footprint certificates, track carbon data across operations and implement sustainability strategies across the enterprise. The integrated system enables faster decision-making and improves the company’s ability to operationalise sustainability initiatives at scale.

Leadership Perspective on the Achievement

Debra Bauler, Chief Information and Digital Officer at Dow, highlighted the complexity and impact of the platform. “The Carbon Footprint Ledger is an example of taking an extremely complex product and carbon data model and operationalising it through a standards-based, ledger-driven digital platform to deliver meaningful customer solutions for decarbonisation while reinforcing Dow’s leadership in climate innovation,” she said.

Collaboration and Technology Partners

Dow developed the Carbon Footprint Ledger platform on the Databricks platform in collaboration with Boston Consulting Group (BCG). The initiative forms a key component of Dow’s broader digital transformation and sustainability strategy, which focuses on using advanced data analytics and digital technologies to support climate innovation and low-carbon industrial solutions.

CIO 100 Awards: Recognising Enterprise IT Excellence

The US CIO 100 Awards recognise organisations that use information technology in innovative ways to deliver measurable business value. Winning projects typically demonstrate excellence in areas such as process optimisation, customer engagement, growth enablement, and competitive advantage. Richard Smith, Head of Event Content for the CIO 100 Awards and Conference, noted that the 2026 winners showcase how modern CIOs are integrating AI, data, cloud, and cybersecurity to drive business transformation. As per the press release, executives from the winning organisations will be formally honoured at the CIO 100 Awards and Conference, where industry leaders gather to highlight technology-driven innovation across global enterprises.

Röhm is strengthening its commitment to the circular plastics economy by investing in the chemical recycling of methyl methacrylate (MMA) at its production facility in Worms, Germany. The company has introduced an internally developed technology that enables the industrial-scale processing and upgrading of chemically recycled MMA, marking a significant step forward in sustainable plastics manufacturing. The process uses polymethyl methacrylate (PMMA) as feedstock and converts it back into high-quality MMA through depolymerization, allowing the material to be reused in new production cycles.

Industrial-Scale Chemical Recycling Technology

For the first time, Röhm is implementing its proprietary recycling technology at industrial scale. The process involves breaking down PMMA waste into its original monomer, MMA, which can then be reused in polymer production. Thanks to the chemical structure of PMMA, the depolymerization process can achieve recycling yields exceeding 90 percent, making it one of the most efficient plastics for chemical recycling.

Röhm designed the technology so that it can be integrated directly into the existing MMA production facility in Worms. As a result, the company can expand recycling capacity without major infrastructure changes, while gradually increasing the share of recycled feedstock in its production processes.

Building a Closed-Loop System for PMMA

Through this investment, Röhm aims to establish a closed and scalable material loop for PMMA. Starting in summer 2027, recycled MMA (rMMA) produced at the Worms site will be used to manufacture products within Röhm’s proTerra portfolio across its integrated Verbund production network.

By incorporating recycled monomers into existing raw material streams, the company plans to produce materials with properties equivalent to those made from virgin feedstock, while simultaneously reducing reliance on fossil-based raw materials. The approach supports the broader industry transition toward circular material flows and sustainable polymer production.

Contribution to the European Recycling Alliance for PMMA

The scale-up of the technology is also part of Röhm’s contribution to the European Recycling Alliance for PMMA, which was established in late 2024 together with several industry partners. The alliance aims to significantly increase the recycling rate of end-of-life PMMA in Europe and create a fully closed material loop for the polymer. Each partner in the alliance contributes to a different stage of the recycling value chain.

Supporting Circularity in the PMMA Value Chain

According to Lukas Dössel, Director of Circular Economy at Röhm, the development represents an important milestone for sustainable plastics manufacturing. “With rMMA, we are creating a real cycle in the PMMA value chain. This enables us to support our customers in meeting future legal requirements. It is a decisive step toward sustainable material flows in Europe and reduced dependence on fossil raw materials,” he said.

Public Support and Environmental Benefits

Röhm’s investment in the Worms recycling project has also received co-financing and support from the German Federal Ministry for Economic Affairs and Energy. The funding programme aims to help industrial companies in Germany improve energy efficiency, optimise resource use, and reduce greenhouse gas emissions. The PMMA recycling initiative aligns closely with these objectives by increasing the share of secondary raw materials in production while maintaining high material efficiency.

Expanding Sustainable Materials for Industry

By integrating recycled MMA into its proTerra product portfolio, Röhm plans to enable customers across multiple sectors to adopt materials derived from chemical recycling without compromising performance or quality. These materials can be used in high-performance applications, including automotive components, medical devices, and other precision products, where high purity and stable material properties are essential. At the same time, the use of recycled feedstock helps reduce the environmental footprint compared with polymers produced entirely from virgin raw materials.

Driving the Transition to Circular Plastics

Röhm views the project not only as a technological innovation but also as part of a broader effort to transform plastics production. As Dössel noted, “With this investment, we are taking responsibility for a mindful and circular use of plastics. We do not just want to be part of the change — we want to actively drive it forward.”

As reported by plastech.biz, in the long term, initiatives such as the chemical recycling of PMMA and the European Recycling Alliance for PMMA could play a crucial role in increasing the availability of high-quality recycled feedstock for the plastics industry across Europe, supporting both circular economy goals and sustainable industrial growth.

Oil India Limited (OIL) signed a Memorandum of Understanding (MoU) with the CSIR–Institute of Minerals and Materials Technology (CSIR-IMMT) to undertake collaborative research and development in the field of critical minerals. The partnership aligns with the objectives of the National Critical Mineral Mission (NCMM) and aims to strengthen India’s strategic capabilities in securing essential mineral resources. Through the collaboration, both organisations will work together to develop advanced technologies and scientific solutions that support India’s long-term resource security.

Joint R&D Focus on Lithium, Cobalt and Rare Earth Elements

Under the agreement, OIL and CSIR-IMMT will carry out joint R&D initiatives focused on critical minerals such as lithium, cobalt, and rare earth elements. These minerals play a vital role in several high-growth sectors, including renewable energy, electric mobility, electronics, and advanced manufacturing. By combining their expertise, the two institutions aim to enhance capabilities in exploration, processing, and efficient utilization of critical minerals, which are essential for India’s energy transition and technology development.

Leadership from Both Organisations Present at Signing

The MoU was formally signed by OIL’s Director (Exploration and Development) and the Director of CSIR-IMMT. The signing ceremony was attended by the Chairman and Managing Director (CMD) of Oil India, along with functional directors, senior officials, and scientists from both organisations. The presence of senior leadership highlights the strategic importance of the collaboration for strengthening India’s mineral research ecosystem.

CSIR-IMMT Recognised as Centre of Excellence for Critical Minerals

CSIR-IMMT has been designated as a Centre of Excellence for critical minerals under the National Critical Mineral Mission. The recognition underscores the institute’s pivotal role in driving research, innovation, and technological advancements in the critical minerals sector. The institute brings extensive expertise in mineral processing, metallurgy, and materials technology, making it a key partner in developing solutions for sustainable resource utilisation.

Supporting India’s National Critical Mineral Mission

The National Critical Mineral Mission (NCMM) is a strategic government initiative designed to secure India’s access to critical minerals that are essential for sectors such as clean energy, electronics, defence, and electric mobility. By prioritising the development and supply of these key minerals, the mission aims to reduce India’s dependence on imports, strengthen domestic supply chains, and support long-term industrial and technological growth.

Strengthening Resource Security for Future Technologies

The collaboration between Oil India and CSIR-IMMT is expected to accelerate innovation in critical mineral exploration and processing technologies. At the same time, it will help build a stronger foundation for India’s clean energy transition and advanced manufacturing ecosystem. As reported by indianmasterminds.com, by focusing on strategic mineral resources, the partnership will contribute to enhancing national resource security and supporting sustainable economic development.

Premier Energies commenced trial production at its 5.6 GW solar module manufacturing facility in Seetharampur, Telangana. The development marks a significant milestone in the company’s expansion strategy and strengthens India’s growing solar manufacturing ecosystem. Spread across 75 acres, the new facility represents a major investment in domestic renewable energy manufacturing and is expected to play a key role in supporting India’s clean energy targets.

Plant to Generate Jobs and Boost Local Economy

In addition to expanding production capacity, the facility is expected to contributing to economic development in the region. The project also reinforces the government’s efforts to promote domestic manufacturing under India’s renewable energy and energy transition initiatives.

Expansion Raises Solar Module Capacity to 11.1 GW

With the addition of the Seetharampur plant, Premier Energies’ total solar module manufacturing capacity has increased to 11.1 GW. The expansion significantly strengthens the company’s position in the rapidly growing solar industry and enables it to meet rising demand for solar modules both in India and international markets.

Advanced Automation Enhances Production Efficiency

The manufacturing facility features one of India’s most advanced and highly automated solar module production lines. By integrating automation with precision engineering, the plant ensures consistent product quality, higher throughput, and improved operational efficiency. Moreover, the automated processes help reduce operating costs, optimise capacity utilisation, and enhance overall productivity, enabling the company to compete effectively in the global solar manufacturing market.

Strengthening Domestic Solar Supply Chains

According to Sudhir Reddy, Chief Strategy Officer at Premier Energies, the expansion will significantly strengthen the company’s domestic capabilities. He noted that the facility will improve supply chain resilience and position the company to meet the growing global demand for high-efficiency solar solutions.

Leadership Highlights Integrated Solar Manufacturing Vision

Chiranjeev Saluja, Managing Director of Premier Energies, commented, “The commissioning of this new high-tech plant is a significant milestone in our journey toward building a fully integrated solar manufacturing ecosystem. By leveraging advanced technologies and scaling across the value chain—from ingots to modules—we are positioning ourselves to deliver reliable, high-efficiency solutions at scale while supporting India’s clean energy transition”.

Supporting India’s Clean Energy Transition

As reported by projectstoday.ai, the facility strengthens Premier Energies’ role in advancing India’s renewable energy ambitions. By expanding domestic manufacturing capabilities and deploying advanced technologies, the company aims to accelerate solar adoption, improve supply chain reliability, and contribute to the country’s transition toward sustainable energy.

NTPC Renewable Energy Limited (NTPC REL), a wholly owned subsidiary of NTPC Green Energy Limited (NGEL), signed a Green Ammonia Purchase Agreement (GAPA) with the Solar Energy Corporation of India Limited (SECI). The agreement was executed on 30 March 2026 and forms part of the Strategic Interventions for Green Hydrogen Transition (SIGHT) Scheme under the Government of India’s National Green Hydrogen Mission. The development represents another step forward in India’s efforts to scale up green hydrogen and green ammonia production as part of its clean energy transition.

70,000 MTPA Green Ammonia Supply Commitment

NTPC REL will supply 70,000 metric tons per annum (MTPA) of green ammonia to Krishna Phoschem Limited, located in Meghnagar, Madhya Pradesh. SECI will act as the intermediary procurer, facilitating the supply between NTPC REL and the end user. This arrangement supports the government’s strategy of building a structured market for green hydrogen derivatives such as green ammonia.

Supporting India’s Decarbonisation Goals

The agreement marks an important milestone in NGEL’s growing green hydrogen and green ammonia portfolio. By supplying green ammonia to the fertiliser and chemical sector, the project will help reduce dependence on fossil-fuel-based ammonia production, which is traditionally carbon-intensive. At the same time, the initiative aligns with India’s broader objective of accelerating industrial decarbonisation and promoting clean energy adoption across key sectors.

Advancing the National Green Hydrogen Mission

The project also reinforces NTPC Green Energy’s commitment to supporting the National Green Hydrogen Mission, which aims to position India as a global hub for green hydrogen production, utilisation, and export. As reported by businessupturn.com, through strategic partnerships and long-term supply agreements, companies like NTPC REL are helping to build the supply chain, infrastructure, and market demand necessary for the large-scale deployment of green hydrogen and its derivatives.

Thermax Limited announced that its subsidiary, Thermax Babcock & Wilcox Energy Solutions (TBWES), has bagged a boiler package supply order worth approximately ₹1,600 crore. The contract is for a 1×800 MW ultra-supercritical thermal power project being developed by a leading thermal power company in Central India. The order marks a significant addition to Thermax’s portfolio of large-scale energy projects and reinforces the company’s expertise in delivering advanced thermal power solutions.

Scope of Work for the Ultra-Supercritical Project

Under the agreement, TBWES will handle the manufacturing, supply, commissioning, and performance testing of the boiler package for the ultra-supercritical power plant. Ultra-supercritical technology is widely regarded as a more efficient and cleaner thermal power generation technology, as it operates at higher temperatures and pressures, improving plant efficiency while reducing emissions.

Leadership Highlights Strategic Milestone

Ashish Bhandari, Managing Director and CEO of Thermax, described the contract as an important breakthrough for the company. “This order marks a significant breakthrough for Thermax and reinforces our proven capabilities in large-scale energy solutions. We thank our customer for their trust in Thermax and look forward to delivering this project with accelerated timelines and successful execution,” he said.

TBWES’ Expertise in Steam Generation and Energy Solutions

Thermax Babcock & Wilcox Energy Solutions plays a key role in providing equipment and technologies for steam generation in process and power applications. The company designs systems capable of operating on solid, liquid, and gaseous fuels, enabling flexible energy generation across industries. In addition, TBWES develops solutions that recover heat from turbine and engine exhaust systems, as well as waste heat generated during industrial processes, thereby improving overall energy efficiency.

Solutions for Chemical, Petrochemical and Refinery Industries

Beyond power generation, TBWES also supplies industrial heaters and thermal systems for applications in chemical, petrochemical, and refinery sectors. These solutions help industries maintain precise process temperatures and improve operational efficiency. Furthermore, the company’s services division provides renovation and modernization solutions for ageing boilers and heaters, enabling industrial plants to upgrade equipment, enhance efficiency, and extend operational life.

Strengthening Thermax’s Position in the Power Sector

As reported by outlookbusiness.com, Thermax continues to strengthen its position as a leading provider of energy and environmental solutions for large-scale industrial and power generation projects. The project also highlights the growing demand for advanced boiler technologies that support efficient and reliable power generation.

The Solar Energy Corporation of India (SECI) announced the commissioning of the first green hydrogen production facility under the National Green Hydrogen Mission (NGHM). SECI is serving as the implementing agency for green hydrogen production under Mode-1, Tranche-I of the mission. The project marks a key milestone in India’s efforts to scale up green hydrogen production and accelerate the country’s clean energy transition.

JSW New Energy Develops Facility at Vijayanagar

JSW New Energy (Vijayanagar) has developed the facility, which is located at the JSW Vijayanagar Steel complex in Ballari, Karnataka. The plant has a production capacity of 3,600 tonnes per annum (TPA) of green hydrogen, making it one of the early industrial-scale deployments under the national program. By commissioning the project, SECI and JSW are taking a significant step toward integrating green hydrogen into industrial operations, particularly in energy-intensive sectors.

Renewable Energy Powers Green Hydrogen Production

The facility runs on 25–27 MW of round-the-clock renewable energy, sourced through a combination of captive solar and wind power assets. The project uses pressurized alkaline-based electrolyzers to produce hydrogen by splitting water molecules into hydrogen and oxygen using renewable electricity. The technology enables large-scale, low-carbon hydrogen production, supporting India’s ambition to become a global hub for green hydrogen.

Green Hydrogen to Decarbonize Steel Manufacturing

The hydrogen produced at the plant will be used in the Direct Reduced Iron (DRI) process at JSW Steel, helping reduce carbon emissions associated with traditional steel manufacturing methods. In addition to hydrogen, the electrolysis process generates oxygen as a by-product. The plant will utilize this oxygen in its blast furnace operations, thereby improving process efficiency and enabling better resource utilization across the facility.

Government Focus on Building a Hydrogen Workforce

To further strengthen the green hydrogen ecosystem, the Ministry of New and Renewable Energy (MNRE) recently invited proposals from States and Union Territories to implement programs focused on skilling, upskilling, and reskilling workers for the hydrogen value chain. The initiative aims to develop a trained workforce capable of supporting the rapid growth of India’s hydrogen economy.

New Guidelines Promote Decentralized Green Hydrogen Applications

In August 2025, MNRE issued revised program guidelines for pilot projects involving green hydrogen and its derivatives in the residential, commercial, and decentralized sectors. Unlike earlier initiatives, the revised guidelines emphasize localized and off-grid applications, promoting decentralized production models powered by renewable energy sources.

Plans for Developing Green Hydrogen Hubs

In another initiative to expand the ecosystem, SECI invited proposals in September 2025 to select an executing agency for preparing detailed project reports (DPRs) for green hydrogen hubs under Component B1 of the National Green Hydrogen Mission. These hubs are expected to play a crucial role in scaling up hydrogen production, building infrastructure, and attracting investments across the hydrogen value chain.

Advancing India’s Green Hydrogen Economy

With the commissioning of the first facility under the National Green Hydrogen Mission, India has taken an important step toward establishing a robust green hydrogen ecosystem. As more projects come online, the initiative is expected to support industrial decarbonization, strengthen renewable energy integration, and position India as a global leader in green hydrogen production.

EPL Limited (EPL), a global player in flexible packaging solutions backed by Blackstone, has signed definitive agreements to merge with Indovida India Private Limited, a global rigid PET packaging platform backed by Indorama Ventures. The boards of both companies have approved the merger, which is now subject to regulatory and shareholder approvals. Once completed, the transaction will combine the strengths of both companies, creating a scaled, multi-format packaging platform with enhanced global reach, a broader product portfolio, and stronger growth prospects.

Combined Entity to Create a $2 Billion Packaging Platform

The merged company will have an estimated valuation of approximately $2 billion. Under the agreement, EPL is valued at around $1.2 billion, representing a 70% premium to its previous closing price, while Indovida is valued at approximately $0.7 billion. This merger represents a major strategic milestone for EPL as it transitions from a single-format flexible packaging specialist into a diversified, multi-format packaging company designed to serve global and regional customers across high-growth emerging markets.

Indorama Ventures Strengthens Its Presence in India

For Indorama Ventures, the transaction aligns with its long-term strategy to expand its presence in India and strengthen its downstream packaging capabilities. The merger also supports the company’s IVL 2.0 strategy, which focuses on building leadership positions in key markets through partnerships, strategic investments, and value creation initiatives. Moreover, by combining operations with EPL, Indorama Ventures will leverage India’s strong structural growth opportunities and expand access to public capital markets.

Leadership Highlights Strategic Transformation

Hemant Bakshi, Managing Director and Global CEO, EPL, described the merger as a transformative step for the company. “This merger represents a defining moment in EPL’s journey. It transforms EPL into a broader multi-format packaging platform with a strong presence in high-growth emerging markets. By combining capabilities, customer relationships, and global reach, we are well positioned to become a partner of choice for brands worldwide,” he said. He also expressed enthusiasm about welcoming the Indovida team and building the company’s next phase of growth together.

Indorama Ventures Emphasises Long-Term Value Creation

Aloke Lohia, Group CEO, Indorama Ventures, highlighted the strategic logic behind the merger. “Indovida has been built as a customer-centric and operationally strong packaging platform. Our initial investment in EPL reflected our belief in its strong global potential. By combining Indovida with EPL, we are extending this foundation across packaging formats and markets,” he said. Lohia added that the merger will strengthen supply chain resilience, enhance sustainability capabilities, and support Indorama Ventures’ strategic objective of expanding its footprint in India, which remains a key growth market for the group.

Industry Perspective on the Transaction

Animesh Agrawal, Managing Director at Blackstone and a Director on EPL’s Board, noted that scale has become increasingly important in the packaging sector. “In today’s evolving market environment, larger companies benefit from greater resilience and operational strength. Scale enables companies to better serve customers and strengthen their market position,” he said. The merger is expected to be completed within approximately 12 months, subject to customary shareholder, regulatory, and court approvals.

Creating a Strong Emerging Markets Packaging Leader

As per the press release, the merger will create a powerful packaging platform with strong competitive positioning and significant growth opportunities, both organically and through acquisitions. By combining flexible and rigid packaging capabilities, the new entity aims to deliver innovation, scale, and long-term value for customers and shareholders worldwide.

Covestro (India), manufacturer of advanced polymer materials, has been recognised as the ‘Best Plastics & Polymers Brand 2026’ by The Times Group, with BMGI serving as the knowledge partner. The recognition highlights the company’s strong contribution to innovation, technological progress, and service excellence in India’s plastics and polymers sector.

Recognition Based on Comprehensive Industry Evaluation

The award honours organisations that actively drive innovation and technological advancement within the plastics and polymers industry. To ensure credibility, the selection followed a comprehensive and transparent evaluation process, assessing companies based on their performance, industry impact, and contribution to sectoral growth.

Commitment to Circular Economy and Sustainable Materials

The recognition underscores Covestro India’s focus on developing high-performance material solutions aligned with circular economy principles. The company continues to prioritise keeping materials in use, reducing reliance on virgin fossil resources, and enabling industries to adopt more sustainable production practices.

Through its innovative polymer technologies, Covestro supports several key sectors including automotive, electronics, construction, and healthcare, helping them improve product performance while advancing sustainability goals.

Leadership Emphasises Innovation and Circularity

Anand Srinivasan, Managing Director, Covestro (India) & Head of Polycarbonate – ISC, highlighted the company’s long-term vision. “We are grateful for this recognition, as it affirms the brand’s strategic direction. At Covestro, our vision is clear — we aim to become fully circular. This means designing materials that can be recovered, recycled, and reintroduced into the production loop. In India, we are working closely with partners across research, automotive, electrical and electronics, and construction sectors to advance circular material flows. Innovation remains the driving force that enables us to deliver high-performance solutions that are also better for the planet,” he said.

Supporting India’s Sustainable Manufacturing Growth

Covestro India continues to play an important role in strengthening India’s manufacturing ecosystem by providing cutting-edge polymer solutions and fostering industry collaborations. At the same time, the company aligns its innovation strategy with India’s sustainability goals and the global transition toward a circular economy. As per the press release, by combining advanced material science with sustainability-driven innovation, Covestro aims to help industries enhance efficiency, reduce environmental impact, and build a more sustainable future.

Tata Chemicals Limited announced a significant operational milestone, with its Mithapur facility in Gujarat producing one million tons of soda ash during FY 2025–26. The achievement marks an important step in the company’s continued efforts to strengthen production efficiency and maintain its leadership in the global soda ash industry.

The milestone reflects the consistent performance and collaboration across multiple teams, including operations, maintenance, utilities, logistics, procurement, quality, safety, and other support functions. In addition, the company’s Marketing and Sales teams played a vital role in supporting market demand and ensuring smooth product distribution, which ultimately contributed to this production benchmark.

Celebrating the Achievement at Mithapur

To commemorate the milestone, employees at the Mithapur site gathered for a special event celebrating the accomplishment. During the ceremony, senior leadership inaugurated a commemorative plaque and unveiled a miniature model representing the one-millionth tonne bag of soda ash. The celebration served not only as a recognition of the plant’s operational success but also as a reminder of the workforce’s collective commitment to efficiency, reliability, and safety.

Leadership Highlights Operational Excellence

Rino Raj, Vice President and Site Head – Mithapur, Tata Chemicals Limited, emphasized, “Reaching the one-million-ton milestone is a direct outcome of the operational rigour and commitment demonstrated by our teams on the ground. From plant efficiency to reliability and safety, every function has contributed to maintaining consistent performance. This achievement truly belongs to the people at Mithapur who deliver excellence every single day”.

Financial Discipline Supports Growth

Highlighting the financial perspective, Nandakumar S Tirumalai, Chief Financial Officer, Tata Chemicals Limited, noted that the milestone also reflects strong execution and operational discipline. “From a financial standpoint, this achievement demonstrates our focus on cost optimisation and improved asset productivity. Sustained gains in operational efficiency help us enhance margins while maintaining resilience in a competitive market environment, ultimately supporting long-term value creation for our stakeholders,” he stated.

Strengthening Position in the Global Soda Ash Market

With this milestone, Tata Chemicals further reinforces its position in the global soda ash industry. At the same time, the achievement underscores the company’s continued focus on operational excellence, efficiency, and sustainable manufacturing practices. As per the press release, Tata Chemicals aims to build on this momentum by strengthening production capabilities, improving process efficiencies, and supporting the growing demand for soda ash across multiple industries worldwide.