Neo Performance Materials Inc. (“Neo”) successfully commissioned a heavy rare earth element (HREE) solvent extraction production line at its Silmet facility in Estonia. The plant is already operating at its nameplate capacity, while the company now focuses on ensuring consistent product purity before moving to full-scale commercial production. The development marks a significant milestone in establishing advanced rare earth separation capabilities within Europe.

First Production of Critical Rare Earth Elements

The facility has already produced its first separated terbium and dysprosium process solutions from mixed rare earth carbonate feedstock. Notably, Neo completed the entire processing cycle within Europe, reinforcing regional self-reliance. As a result, the successful output validates both the technical strength and operational reliability of the Silmet solvent extraction line under continuous operations.

Why Dysprosium and Terbium Matter

Dysprosium and terbium play a crucial role in high-performance rare earth permanent magnets, which are widely used in electric vehicle (EV) motors, wind turbines, robotics and automation systems and advanced industrial applications. Therefore, by enabling domestic separation of these materials, Neo is directly supporting Europe’s clean energy transition and advanced manufacturing ecosystem.

Strengthening Europe’s Supply Chain

By establishing HREE separation at its Silmet facility, Neo is actively building a secure and localized supply chain for critical minerals. The move not only reduces dependence on external sources but also aligns with broader efforts toward supply chain diversification and resilience. In addition, the initiative supports Neo’s growing magnet manufacturing operations across Europe.

Advancing Vertical Integration Strategy

According to CEO Rahim Suleman, the commissioning represents a critical step in Neo’s strategy to build a fully integrated rare earth magnetics value chain in Europe. With this development, Neo’s capabilities now span both light and heavy rare earth processing, enabling the company to separate key elements, refine them into high-value materials and deliver engineered solutions for end-use applications. Neo can now offer secure, traceable, and high-quality rare earth materials to its European customers.

Supporting Future Magnet Production Growth

The heavy rare earth initiative complements Neo’s European Permanent Magnet facility in Estonia, which is currently progressing through customer qualification stages. The company expects commercial production to ramp up by 2026, positioning Neo as a major contributor to Europe’s magnet supply chain.

Driving Europe’s Critical Minerals Independence

The commissioning highlights Neo’s continued commitment to expanding its rare earth processing footprint in Europe. By investing in advanced separation technologies, the company is not only strengthening its leadership in rare earth magnetics but also contributing to Europe’s long-term strategic independence in critical minerals. As per the press release, as demand for clean energy and high-performance technologies accelerates, such initiatives will play a pivotal role in securing sustainable and resilient supply chains.

Jupiter International and AMPIN Energy Transition commissioned an integrated solar cell and module manufacturing facility in Bhubaneswar, Odisha, through their joint venture, AMPIN Solar One.

1.3 GW Capacity to Boost Domestic Solar Production

The facility features an annual production capacity of 1.3 GW, positioning it as a significant addition to India’s solar manufacturing landscape. Moreover, the facility has been established under the Government of India’s Production-Linked Incentive (PLI) scheme, which aims to strengthen domestic manufacturing capabilities and reduce import dependence. The solar modules produced at the facility will not only support AMPIN’s in-house renewable energy projects but will also be supplied to third-party developers, thereby enhancing supply chain reliability across the sector.

Strengthening India’s Energy Transition Goals

The joint venture underscores a strategic move toward building a self-reliant and resilient solar manufacturing ecosystem in India. By combining Jupiter International’s manufacturing expertise with AMPIN’s project development capabilities, the partnership is expected to accelerate the deployment of high-quality solar solutions nationwide.

Leadership Perspective: Focus on Scale and Quality

Alok Garodia, Chairman and Managing Director of Jupiter International Ltd, emphasized, “The inauguration of the manufacturing facility of AMPIN Solar One Private Limited is a significant step toward building a stronger domestic manufacturing backbone for India’s energy transition. This platform brings together scale, manufacturing depth, and quality-focused execution to enable the reliable supply of high-performance cells and modules from within the country. We are proud to partner with AMPIN and the Government of Odisha in advancing clean energy ambitions.”

A Strategic Step Toward Clean Energy Leadership

As reported by pv-magazine-india.com, the commissioning of this facility reinforces India’s commitment to energy transition and local manufacturing. As demand for solar power continues to grow, such integrated facilities will play a crucial role in ensuring sustainable, scalable, and cost-effective renewable energy solutions across the country.

Antony Waste Handling Cell Ltd has entered into a strategic partnership with Japan’s JFE Engineering Corporation to develop two Waste-to-Energy (WTE) plants in Andhra Pradesh, marking a major step forward for India’s sustainable waste management sector. As part of the collaboration, JFE Engineering will invest ¥750 million for a 25% equity stake in the special purpose vehicles (SPVs) that will develop the Kadapa and Kurnool waste-to-energy projects. Notably, this partnership represents the first Japanese foreign direct investment (FDI) in India’s Waste-to-Energy sector, highlighting growing international confidence in the country’s clean energy and waste management initiatives.

JFE Engineering to Lead Engineering and Construction

Under the agreement, JFE Engineering India will take responsibility for engineering, procurement, and construction (EPC) activities for both plants. The collaboration also aligns with the India–Japan strategic partnership on sustainable infrastructure development. Moreover, it supports the India–Japan Joint Vision 2025 initiative, which aims to facilitate ¥10 trillion in Japanese investments in India’s priority sectors, including infrastructure, clean energy, and environmental technologies.

Partnership to Drive Sustainable Infrastructure

Jose Jacob, Chairman and Managing Director of Antony Waste Handling Cell Ltd, described the partnership as a milestone for India’s Waste-to-Energy industry. “This investment marks a defining moment for India’s Waste-to-Energy sector. It validates our execution capabilities, governance standards, and long-term vision. By partnering with JFE Engineering, we are combining global technology leadership with deep local expertise to build scalable and environmentally responsible infrastructure,” he said. Jacob added that the collaboration reflects a long-term partnership focused on strong execution, regulatory compliance, and shared commitment to sustainable outcomes.

JFE Engineering Expresses Confidence in India’s Waste Sector

Akira Usui, Director of the Recycling Business Promotion Division at JFE Engineering Corporation, emphasized the company’s confidence in India’s growing waste management market. “This investment reflects our strong belief in India’s Waste-to-Energy opportunity and in Antony Waste as a reliable and capable partner. As our first investment in India’s waste sector, it demonstrates our long-term commitment to bringing advanced technology and engineering expertise to support sustainable infrastructure development in the country,” he noted.

India’s Waste-to-Energy Sector Holds Significant Growth Potential

India generates around 150,000 tonnes of municipal solid waste every day, creating an urgent need for efficient waste management solutions. Despite this growing waste generation, less than 5% of the country’s estimated 5,600 MW Waste-to-Energy potential has been utilised, indicating a vast opportunity for future development.

Through this partnership, JFE Engineering India will act as the technology partner, leveraging its global experience from more than 250 Waste-to-Energy facilities worldwide. The company will deploy advanced technologies and operational expertise to enhance efficiency, environmental performance, and scalability of the projects.

Strengthening India’s Circular Economy

The Kadapa and Kurnool projects are expected to play a key role in reducing landfill waste, generating clean energy, and supporting India’s transition toward a circular economy. As reported by manufacturingtodayindia.com, by combining Japanese engineering expertise with local operational capabilities, the partnership between Antony Waste and JFE Engineering aims to accelerate the development of sustainable waste management infrastructure in India.

Veolia celebrated a significant milestone in its India journey with the inauguration of a Customer Experience Center at its Hoskote plant in Bengaluru. The event also marked the 25th anniversary of the Hoskote manufacturing and technology facility and the launch of a solar panel decarbonization initiative. Together, these developments reinforce Veolia’s long-term commitment to India as a global hub for advanced water technologies, innovation, and sustainable operations.

Anne Le Guennec, CEO of Veolia’s Water Technologies activities, highlighted, “India holds a unique place in Veolia’s global strategy, not only as a dynamic market but also as a true centre of excellence for engineering, digital innovation, and manufacturing. The milestones achieved at Hoskote reflect 25 years of dedication, talent, and ambition in line with our GreenUp strategic programme. As India faces increasing water challenges, we remain committed to delivering technologies that help cities and industries become more resilient, efficient, and sustainable”.

The Hoskote Plant: 25 Years of Engineering and Innovation

Established in 2001, the Hoskote plant has evolved into a world-class hub for membrane manufacturing, specialty chemicals, and advanced water technologies. Today, the facility exports products and solutions to more than 20 countries, highlighting its global significance within Veolia’s operations.

The site also houses a co-located Technology Center, which serves as a key platform for research and innovation. Over the years, the centre has generated more than 100 patents, reflecting its strong contribution to global water technology development. Located in a region known for its strong engineering ecosystem and talent pool, the Hoskote facility is driven by a skilled team of engineers and scientists who develop cutting-edge solutions that strengthen environmental security for industries and communities worldwide.

Solar Initiative Supports Decarbonization Goals

As part of its GreenUp strategy and commitment to ecological transformation, Veolia also inaugurated a new solar panel installation at the Hoskote facility. The renewable energy initiative represents an important step in the plant’s decarbonization journey. According to the company, the installation will help avoid more than 600 tonnes of CO₂ equivalent emissions annually. The initiative reflects Veolia’s broader strategy to reduce the carbon footprint of its own operations while helping customers achieve their sustainability and climate goals.

Customer Experience Center to Drive Collaboration and Innovation

A key highlight of the event was the inauguration of the Veolia Customer Experience Center, designed to showcase the company’s advanced water technologies and digital solutions in an immersive and interactive environment. The facility will act as a collaboration hub for customers, industry partners, and experts across South Asia and beyond.

The center features:

*Interactive technology displays showcasing Veolia’s smart water solutions

*Live demonstrations of digital tools, including remote monitoring and data analytics systems

*Direct engagement opportunities with technical experts and engineers

*Access to service capabilities, including remote inspections, auditing, and operator training

The center includes a dedicated training facility capable of accommodating up to 50 participants, strengthening its role as a platform for knowledge exchange and capacity building in water management technologies.

Veolia Strengthens Its Footprint in India’s Water Sector

Veolia has built a strong presence in India’s water infrastructure sector over the years. Today, the company is recognized as the largest industrial water solutions provider in South Asia. Across the region, Veolia has delivered more than 500 projects for municipalities and industries, covering areas such as drinking water treatment, sewage and wastewater treatment and Zero Liquid Discharge (ZLD) systems. The company has also secured several major municipal contracts in Mumbai, including the Bandra wastewater treatment project, one of India’s largest greenfield sewage treatment plants using advanced membrane bioreactor technology. In addition, Veolia is upgrading the Bhandup drinking water plant, integrating smart clarifier technology and real-time monitoring systems to improve efficiency and water quality.

Addressing South Asia’s Water Security Challenges

Irshaad Hakim, Executive Vice President of Veolia’s Water Technologies activities in Asia Pacific, emphasized the urgent need for advanced water solutions in the region. “South Asia is at a pivotal moment in its pursuit of water security. Challenges such as declining groundwater levels and untreated municipal wastewater require bold and scalable solutions. Veolia’s track record in India demonstrates our expertise and commitment to addressing these issues. Our goal is to deliver performance-driven and sustainable solutions that support safe and healthy communities,” he said.

Advancing Sustainable Water Solutions for the Future

As India continues to face increasing water stress and environmental challenges, Veolia’s investments in technology, innovation, and sustainable infrastructure highlight its commitment to supporting the country’s long-term water security goals. As per the press release, with the Hoskote facility serving as a global innovation hub, the company aims to further strengthen collaboration with industries, municipalities, and technology partners to deliver next-generation water management solutions for India and the wider region.

The government is evaluating plans to create a 30-day strategic reserve for liquefied petroleum gas (LPG) following supply disruptions triggered by the ongoing crisis in West Asia. The move reflects a growing recognition that large-scale LPG storage infrastructure is essential for energy security, especially for a country heavily dependent on imports for its cooking fuel requirements. Officials from the Ministry of Petroleum and Natural Gas (MoPNG) and state-run oil marketing companies (OMCs) are actively discussing the development of additional underground storage caverns for LPG. These facilities would function as strategic reserves capable of stabilising supplies during global disruptions.

Plans to Expand Underground LPG Storage Caverns

Currently, India operates two LPG storage caverns with a combined capacity of about 1.4 lakh tons, which can meet roughly 1.5 days of the country’s demand. India consumes approximately 80,000 tons of LPG per day, making additional storage capacity increasingly critical. According to industry sources, OMCs have already begun identifying potential locations for new underground caverns. These facilities would be developed along the lines of existing storage sites in Mangalore and Visakhapatnam.

Oil marketing companies have been working for some time on plans to build additional LPG storage caverns. However, the present geopolitical tensions and disruptions to imports have accelerated the process. The companies are now actively evaluating potential sites as part of a medium-to-long-term strategy. The proposal has also reportedly been reviewed at the Prime Minister’s Office (PMO), underscoring the government’s priority to strengthen strategic storage for both crude oil and LPG.

Existing LPG Caverns in India

India currently has two major underground LPG storage facilities that play a critical role in the country’s energy infrastructure.

Mangalore: State-owned Hindustan Petroleum Corporation Limited (HPCL) operates an
80,000-ton underground LPG rock cavern.

Visakhapatnam: South Asia LPG Company Pvt. Ltd., a joint venture between HPCL and TotalEnergies Marketing Holdings India, runs a 60,000-ton cavern.

These facilities store LPG safely underground and serve as key supply buffers for India’s rapidly growing LPG consumption.

Strategic Importance of LPG Storage

LPG remains the primary cooking fuel for more than 33 crore consumers in India, making uninterrupted supply a national priority. However, the country still relies heavily on imports to meet domestic demand. In FY2025, India consumed over 33 million tonnes (mt) of LPG, of which around 20.67 mt was imported. Nearly 90% of these imports originate from West Asia, with shipments passing through the Strait of Hormuz (SoH)—a region highly vulnerable to geopolitical tensions. Given this dependency, policymakers increasingly view strategic LPG storage as a critical safeguard against supply shocks.

Lessons from Global Energy Storage Practices

Several energy-importing nations have already developed large strategic reserves for hydrocarbons to ensure supply stability during crises. For instance: Japan maintains strategic and commercial reserves of crude oil, LNG, and LPG equivalent to around 250 days of consumption, South Korea holds storage capacity of nearly 200 days, including 50–60 days of LPG reserves.  Globally, more than 80 LPG storage caverns are currently operational. Underground caverns are considered among the safest and most efficient methods of storing LPG, which is typically stored as a pressurised propane-butane mixture requiring specialised high-pressure or cryogenic storage facilities.

Strategic Push Amid Geopolitical Uncertainty

Government officials say the current geopolitical tensions have accelerated efforts to expand India’s strategic fuel reserves. “The ongoing crisis has made it clear that large energy-consuming nations must build sufficient storage capacity. Strategic reserves not only ensure energy security but also provide greater autonomy in dealing with supply disruptions or geopolitical pressures,” a senior official noted. The government is now prioritising long-term investments in LPG and crude oil storage infrastructure to reduce vulnerability to external shocks.

Strengthening India’s Energy Security

As India’s LPG consumption continues to rise, the creation of a 30-day strategic LPG reserve could significantly strengthen the country’s energy resilience and supply stability. As reported by thehindubusinessline.com, by expanding underground storage infrastructure and diversifying strategic reserves, India aims to shield domestic consumers from global supply disruptions while reinforcing its long-term energy security framework.

AstraZeneca Pharma India is planning to sell its 64-acre manufacturing facility in North Bengaluru, as the UK-based parent company reviews its global supply and manufacturing network. The strategic move forms part of AstraZeneca’s broader effort to optimize assets and streamline global operations, while also unlocking value from high-value real estate holdings.

Deal Could Fetch Around ₹3,400 Crore

According to industry sources, the land parcel could fetch around ₹3,400 crore, reflecting the strong demand for premium land in North Bengaluru. The property is estimated to be valued at more than ₹53 crore per acre due to its prime location and development potential. The site has already attracted interest from several major players, including Sattva Group, Aurobindo Pharma, and RMZ. A person familiar with the development said the company has shortlisted three potential bidders and is expected to finalize the transaction soon.

Shift from Manufacturing Asset to Real Estate Development

Earlier, AstraZeneca had explored the possibility of selling the facility as a running manufacturing asset. The company had sought buyers who could continue operating the site as a contract manufacturing organization (CMO) for products currently produced or packaged there, subject to regulatory approvals. However, the company has now shifted its strategy. It plans to divest the land outright, allowing the buyer to develop residential and commercial projects on the site. Previous attempts to sell the property faced hurdles due to high valuation expectations, sources indicated.

Strategic Role of AstraZeneca’s Bengaluru Facility

The Bengaluru facility is part of AstraZeneca’s global network of research and operations centres. It is one of nine international sites focused on areas such as clinical trial design, safety monitoring and regulatory compliance. AstraZeneca Pharma India, established in 1979, is headquartered in Bengaluru and continues to play an important role in the company’s global operations.

Rising Trend of Corporate Land Monetization

As reported by realtydailynews.com, the proposed sale also reflects a growing trend of companies monetizing non-core land assets. As real estate prices continue to rise in major Indian cities, several companies are choosing to unlock value from underutilized land holdings. Cities such as Mumbai, Delhi, Bengaluru, Hyderabad, Chennai, and Pune have witnessed increased activity in corporate land transactions. At the same time, real estate developers are actively looking to replenish their land banks. Leading developers, including Godrej Properties and Prestige Group, have recently completed several high-value land acquisitions to support future residential and commercial projects.

Global Industry Captains Deliberate on Geopolitics, Competitiveness and the Future of the Chemical Industry

Geopolitical Disruptors

Speaking at the 19th Annual Indian Chemical Council’s Industry Outlook Conference & Exhibition (11th and 12th March 2026). Marco Mensink, Director General, European Chemical Industry Council (ECIC), in his keynote address, highlighted the growing impact of geopolitical disruptions on the global chemical industry. Referring to developments in Iran and tightening transport routes, he cautioned that potential disruptions to oil and gas supplies could significantly affect energy prices, feedstock availability, and global trade flows in the weeks ahead. He also pointed to emerging policy frameworks and renewed momentum on international trade agreements, including closer engagement with India, as signals of a more industry-friendly approach.

The conference organised by The Indian Chemical Council (ICC) brought together global industry leaders, policymakers, and thought leaders to chart the future course of the chemicals sector. Organized annually, this conference serves as the most important annual platform in India for dialogue within the chemical and petrochemical sector. This year’s conference was centred around the theme “Shaping a Competitive and Resilient Chemical Industry for India”.

The inaugural session of the conference witnessed addresses by global industry leaders such as, Marco Mensink, Director General, European Chemical Industry Council (CEFIC), Brussels, Belgium; Dr. Claus Rettig, Interim CFO, Evonik Industries AG and President Asia Pacific, Singapore; Sven Smit, Senior Partner, McKinsey & Company; Christian Guckel, Global Head of Verticals Chemicals and Energy, Siemens, Germany and Haryono Lim, President – Mega Projects Asia, BASF, Guangdong, China.

Strategies and Response to Geopolitical Challenges

Dr. Claus Rettig, in his keynote address spoke on how MNCs Respond to Geopolitical Shifts towards Business Agility and Competitiveness and how multinational corporations are recalibrating strategies amid changing trade equations and regulatory environments. He emphasized that free trade agreements will play a decisive role in shaping the competitiveness of the chemical industry, as world-scale chemical plants often rely on access to multiple markets, highlighting the EU–India Free Trade Agreement in this context.

Navigating Headwinds

Sven Smit, spoke on “Future of the Global Chemicals Industry in the Light of Macroeconomic Headwinds”, examining structural challenges, capital allocation, and long-term demand outlook. He emphasized that businesses are navigating a period marked by energy transitions, supply-chain reconfiguration, and technological disruption and companies will need to invest in innovation, diversify supply chains, and build greater operational resilience to remain competitive in an increasingly fragmented global landscape. He also pointed that these shifts present significant opportunities for emerging economies such as India, which can play a larger role in global manufacturing, innovation, and supply chains.

AI and Innovation will Help

Christian Guckel deliberated on “Building Global Competitiveness in Chemicals Industry amid Geopolitical Shifts”, highlighting how digitalisation, artificial intelligence (AI), and global collaboration will shape the future competitiveness of the chemical industry. He emphasised that trade agreements alone will not guarantee success; companies must invest in innovation, advanced technologies, and data-driven optimisation to remain competitive.

The China Example

Haryono Lim, President – Mega Projects Asia, BASF, Guangdong, China, in his Keynote Address offered perspectives on large-scale project development and Asia’s evolving manufacturing ecosystem. He highlighted BASF’s strategic expansion in Asia through the development of its new integrated chemical production site in China, one of its largest investments, in the company’s history. The speaker also emphasised the importance of collaboration with government and regional stakeholders in transforming the site from undeveloped land into a major chemical manufacturing hub serving one of China’s most dynamic economic regions.

In his opening remarks Kamal P. Nanavaty, Chairman, Conference and Exhibition Expert Committee, ICC and President – Strategy Development, Reliance Industries Ltd, set the context for discussions at a time of rapid transformation in global supply chains and trade dynamics.

Ramya Bharathram, President, ICC & MD & CFO, Thirumalai Chemicals Ltd, in her welcome address, shared her perspectives on the Indian chemicals industry, highlighting its growth trajectory, resilience, and emerging global opportunities.

Samir Somaiya, Vice President, ICC & CMD, Godavari Biorefineries Ltd, in his concluding remarks and vote of thanks for the Inaugural Session, highlighted valuable points delivered by each speaker.

Maharashtra CM Devendra Fadnavis Engages with Chemical Industry CEO’s

Outlines Vision for Maharashtra as a Global Chemical Hub

The highlight of the conference was the CEO’s Roundtable with Shri Devendra Fadnavis, Hon’ble Chief Minister of Maharashtra, who engaged with over 100 CEOs and senior leaders from the chemical and petrochemical industries. The interaction reflected strong alignment between industry and government on accelerating Maharashtra’s growth as a leading chemicals manufacturing hub.

The Hon’ble Chief Minister reiterated the Government’s commitment to strengthening the sector through:

• Improved ease and cost of doing business
• Time-bound and faster environmental clearances
• Stronger industry–academia collaboration
• Development of integrated chemical hubs with plug-and-play infrastructure

He emphasized that these initiatives will be critical in positioning Maharashtra as a globally competitive and investment-ready destination for the chemical industry.

Held under the theme “Shaping a Competitive and Resilient Chemical Industry for India,” the conference brought together senior global and Indian leaders with McKinsey & Company as the knowledge partners.

Discussions in the inaugural session and subsequent panels highlighted:

• The growing impact of geopolitical disruptions on energy prices, feedstock availability, and global trade flows
• The importance of free trade agreements in enabling scale and competitiveness
• The need for resilient, diversified, and future-ready supply chains
• Increasing adoption of digitalisation, artificial intelligence, and advanced technologies

 The conference featured a series of high-level panel discussions focusing on:

• Global market shifts and China’s evolving chemicals landscape
• Margin improvement and value-focused growth strategies
• Identification of new growth engines across specialty chemicals, construction chemicals, biopharma, and green chemistry
• Strengthening infrastructure, logistics, and chemical parks

Industry leaders underscored that India is well-positioned to leverage ongoing global supply chain realignments and emerge as a key player in global manufacturing and innovation.

McKinsey & Company, the knowledge partners of the conference, made a detailed presentation on the Criticality of Chemicals Industry to India. Valuable points were made by Padma Vibhushan Prof. M. M. Sharma, Emeritus Professor of Eminence, Institute of Chemical Technology (ICT), Mumbai. Samir Somaiya, Vice President, ICC & CMD, Godavari Biorefineries Ltd and Jayant Dhobley, Addl Vice President, ICC & CEO, Global Chemicals, Aditya Birla Group, moderated the deliberations between Hon’ble Chief Minister and the CEOs. Other speakers included Bimal Goculdas, MD & CEO, DMCC Speciality Chemicals Ltd; Ravi Goenka, Executive Chairman & Whole-Time Director, Laxmi Organic Industries Ltd; Rajendra V. Gogri, Chairman & Managing Director, Aarti Industries Ltd.; and Alexander Gerding, MD, BASF India Limited, Head of BASF Group Companies in India.

“Platforms like the CEO Roundtable enable meaningful dialogue between policymakers and industry leaders, helping shape a shared roadmap for the future of the chemical sector,” said Ramya Bharathram President, Indian Chemical Council.

Whitepaper Launch

A key highlight of the Inaugural Session was the launch of the Whitepaper titled “From challenges to possibilities: Leading India’s chemicals industry through global headwinds” by McKinsey & Co.

There was focus on building a future-ready chemical industry, with sessions on:

• The transformative role of Generative AI in R&D and manufacturing
• A Start-up Bootcamp showcasing emerging innovations across biotechnology, advanced materials, and digital platforms
• Enhancing safety frameworks and operational excellence
• Advancing sustainability and pathways to net-zero emissions

Deliberations also highlighted the importance of talent development, diversity, and stronger industry – academia partnerships to address evolving skill requirements in a technology-driven landscape.

Over two days, the event reinforced ICC’s position as one of India’s most influential platforms for the chemical industry—enabling dialogue, fostering collaboration, and shaping the strategic direction of the sector amid a rapidly changing global environment.

India has reached a historic milestone in its nuclear energy journey as the Fast Breeder Reactor (FBR) at Kalpakkam successfully attains criticality. This crucial achievement marks a major step forward in the country’s three-stage nuclear power programme, which aims to secure long-term energy independence and sustainability. With this development, India strengthens its commitment to clean, reliable, and self-reliant energy, while advancing its strategic capabilities in advanced nuclear technology.

Kirloskar Brothers Limited’s Critical Engineering Contribution

At the centre of the milestone is the advanced engineering contribution of Kirloskar Brothers Limited (KBL). The company has designed and supplied the Primary and Secondary Heat Transport Pumps, which serve as critical components of the reactor system. These pumps are the only rotating equipment within the reactor, making their performance vital for safe and reliable plant operation.

Each pump represents a remarkable engineering achievement. Weighing approximately 135 tonnes, they are manufactured using specialised exotic materials capable of withstanding extreme operating conditions. Moreover, the pumps are engineered to handle liquid sodium at temperatures exceeding 500°C, demonstrating exceptional precision, durability, and technological innovation.

Among the World’s Few Nuclear Pump Manufacturers

Globally, only a handful of companies possess the capability to design and manufacture such advanced nuclear-grade pumping systems. Kirloskar Brothers Limited stands proudly among just four companies worldwide with this expertise. The accomplishment highlights India’s growing technological strength and strongly aligns with the vision of Atmanirbhar Bharat (self-reliant India). At the same time, it reflects KBL’s century-long legacy of engineering excellence and contribution to nation-building.

Advanced Circulating Water Pumps for Efficient Cooling

In addition to reactor pumps, KBL has also supplied Concrete Volute Circulating Water Pumps for the nuclear power plant. These pumps have been developed using advanced seismic analysis and computational fluid dynamics (CFD) to ensure optimal performance and reliability. The pumps are seamlessly integrated with KBL’s compact intake system, enabling efficient and reliable seawater management. Each pump delivers an impressive 9,500 litres of seawater per second, ensuring consistent cooling performance. Due to their high reliability, the system eliminates the need for a standby pump, improving operational efficiency. Notably, this marks the first time in the world that such pumps have been used for circulating water applications in a fast breeder nuclear reactor.

Strengthening Safety with Advanced Fire Protection Systems

Beyond pumping solutions, Kirloskar Brothers Limited has also implemented a comprehensive firefighting system for the plant. The advanced safety infrastructure helps protect critical reactor operations and significantly enhances overall plant resilience and safety preparedness.

Four Decades of Contribution to India’s Nuclear Programme

KBL’s association with India’s nuclear sector spans over four decades. During this period, the company has consistently delivered critical pumping technologies and fluid management solutions for major nuclear facilities across the country. The Kalpakkam project once again demonstrates how “Make in India” engineering solutions are supporting India’s ambition to build self-reliant nuclear infrastructure.

Collaboration Behind a National Achievement

The landmark achievement reflects the collaborative efforts of several key organisations, including Bharatiya Nabhikiya Vidyut Nigam Limited (BHAVINI), Department of Atomic Energy (DAE), Nuclear Power Corporation of India Limited (NPCIL) and numerous technical and industrial partners.

Powering India’s Energy-Secure Future

As India continues to expand its nuclear energy capabilities, milestones such as the Kalpakkam Fast Breeder Reactor criticality represent significant progress toward long-term energy security, sustainability, and technological leadership. As per the press release, through its engineering expertise and innovation, KBL remains committed to supporting India’s strategic infrastructure and contributing to the nation’s energy-secure future.

Egypt has taken steps toward strengthening its fertilizer and chemicals sector as the General Authority for the Suez Canal Economic Zone (SCZONE) signed an agreement with Indorama Egypt Fertilizers to establish a new phosphate fertilizer plant in the Sokhna Industrial Zone. The project will involve investments of approximately $525 million in its first phase, highlighting Egypt’s efforts to attract large-scale industrial investments and expand its mineral-based chemical industries.

Integrated Fertilizer Complex Planned in Sokhna

According to an official statement from the Egyptian Cabinet, the project will develop an integrated industrial complex for fertilizers and basic chemicals covering 522,000 square meters. In its initial phase, the facility will have an annual production capacity of up to 600,000 tonnes. The plant will primarily produce phosphate fertilizers and related chemical products, supporting both domestic demand and export markets. Notably, around 80% of the plant’s total output will be exported, which is expected to boost Egypt’s foreign currency earnings and strengthen its global presence in fertilizer markets.

Strategic Boost to Egypt’s Industrial Sector

Prime Minister Mostafa Madbouly described the project as a strategic addition to Egypt’s industrial landscape, particularly in sectors linked to fertilizers, mining, and mineral resources. The initiative aligns with the government’s broader strategy to expand value-added industries, increase exports, and strengthen the country’s industrial base.

SCZONE Strengthens Its Role as an Investment Hub

Walid Gamal El-Din, Chairman of SCZONE, emphasized that the agreement demonstrates the growing ability of the Suez Canal Economic Zone to attract high-value industrial projects. He noted that the complex will incorporate advanced technology and capital-intensive manufacturing processes, reinforcing the zone’s reputation as a major hub for global industrial investments.

Integrated Production to Strengthen Chemical Value Chains

The upcoming facility will feature fully integrated production operations, covering the entire manufacturing chain—from intermediate raw materials to finished fertilizer products. The integrated approach will help enhance local manufacturing capabilities, deepen industrial value chains, and support the development of Egypt’s mineral-based chemical sector.

Driving Export Growth and Industrial Development

By combining large-scale production, advanced technology, and export-oriented operations, the project is expected to play a key role in Egypt’s strategy to expand its fertilizer industry and increase global competitiveness. As reported by egypttoday.com, once operational, the Sokhna fertilizer complex will not only boost industrial output but also strengthen Egypt’s position as a regional hub for fertilizers and chemical manufacturing.

Syensqo and Shell Chemicals Europe B.V. entered into a strategic collaboration to accelerate the development of low-carbon ethylene oxide. Together, they aim to improve the sustainability of ethylene oxide production while maintaining industrial performance and reliability. The initiative focuses on reducing the carbon footprint of key chemical value chains that are widely used across consumer and industrial applications.

Focus on Low-Carbon Innovation

The collaboration targets innovation in ethylene oxide production processes and feedstock integration. As a result, both companies are working to support more efficient production pathways and enable lower-emission chemical manufacturing. In particular, the initiative aligns with broader industry efforts to decarbonize essential building blocks used in detergents, plastics, and other everyday materials.

Industrial and Sustainability Impact

Ethylene oxide is a critical intermediate used in producing surfactants, polyester derivatives, and various industrial chemicals. Therefore, improving its production sustainability has a significant downstream impact across multiple sectors. The partnership is expected to contribute to reduced lifecycle emissions while supporting continued supply reliability for global markets.

Industry Context and Syensqo Perspective

The initiative reflects a broader shift in the chemical industry toward circularity and emissions reduction. As per the press release, the collaboration strengthens its commitment to delivering science-based solutions that support a lower-carbon future while maintaining industrial scale and performance standards.

Conclusion

The Syensqo–Shell collaboration represents a key step toward advancing low-carbon ethylene oxide production. It combines industrial expertise and innovation capabilities to support more sustainable chemical value chains without compromising efficiency or product quality.