In a significant move to decarbonise India’s fertilizer industry, the Department of Fertilizers, government of India, facilitated the exchange of Green Ammonia Purchase Agreements (GAPA) and Green Ammonia Supply Agreements (GASA) between fertilizer manufacturers and green ammonia producers. The agreements were formalised in New Delhi under the framework of the National Green Hydrogen Mission. The development represents a crucial step toward integrating green hydrogen derivatives into India’s fertilizer value chain, paving the way for sustainable and low-carbon fertilizer production.

Agreements Cover 11 Green Ammonia Projects

The agreement exchange covers 11 green ammonia projects and took place in the presence of Union Minister for Chemicals and Fertilizers J. P. Nadda and Union Minister for New and Renewable Energy Pralhad Joshi, along with senior government officials and key industry stakeholders. Through these partnerships, fertilizer companies have entered into long-term supply contracts with green ammonia producers, enabling the gradual transition from conventional ammonia to environmentally sustainable alternatives.

Reducing Import Dependence and Price Volatility

India currently produces around 165–170 lakh metric tons of phosphatic and potassic fertilizers, including DAP and NPK variants. However, a significant portion of the ammonia required for these fertilizers is imported, making the sector vulnerable to global supply disruptions and price fluctuations caused by geopolitical developments.

To address this challenge, domestic fertilizer companies have signed 10-year agreements for the supply of green ammonia at fixed prices. These long-term contracts will ensure stable supply, improved cost predictability, and reduced dependence on imports. Moreover, the initiative is expected to generate foreign exchange savings of approximately $2.5 billion over the next decade, while strengthening the country’s fertilizer supply security.

Competitive Bidding Lowers Green Ammonia Prices

The Solar Energy Corporation of India (SECI) played a central role in implementing the initiative. SECI conducted competitive bidding under the Strategic Interventions for Green Hydrogen Transition (SIGHT) Programme, enabling the discovery of competitive pricing for green ammonia. As a result, the discovered prices ranged between ₹49.75 and ₹64.74 per kg, which is significantly lower than global benchmark prices of around ₹110 per kg. In total, SECI has allocated a supply capacity of 7,24,000 tonnes of green ammonia per year across 13 fertilizer plants, further accelerating the adoption of green hydrogen-based solutions in the sector.

Leading Fertilizer and Energy Companies Participate

Several major fertilizer companies have joined the initiative, including Indian Farmers Fertiliser Cooperative Limited (IFFCO), Coromandel International Limited, Paradeep Phosphates Limited and Indorama India Private Limited. Meanwhile, the green ammonia supply will be developed by companies such as ACME Cleantech, NTPC Renewable Energy, Oriana Power Limited, and SCC Infrastructure Pvt. Ltd. These collaborations are expected to stimulate large-scale investments in green ammonia production, while also supporting job creation and technological advancement in India’s clean energy ecosystem.

Driving the Transition from Grey to Green Ammonia

The newly signed agreements are expected to play a pivotal role in integrating green hydrogen derivatives into India’s fertilizer sector. By enabling the shift from grey ammonia to green ammonia, the initiative supports the country’s broader climate commitments and clean energy ambitions. As reported by solarquarter.com, as India continues to expand its green hydrogen ecosystem, these partnerships will help modernise the fertilizer industry, enhance supply security, and promote environmentally responsible agricultural inputs.

Daikin Industries, Ltd. announced the establishment of Daikin Chemical India Private Limited in Gurugram, Haryana, marking a significant step in expanding its chemical business operations in India. The newly formed entity will focus on sales, marketing, and technical support for fluorochemical products and is scheduled to begin operations in April 2026. Through this strategic move, Daikin aims to strengthen its presence in India’s rapidly growing chemicals and advanced materials market while enhancing its ability to serve local customers with specialized technical expertise and support.

Supporting India’s Growing High-Tech Industries

India’s push for industrial growth under the “Make in India” initiative is expected to accelerate demand for high-performance fluorinated materials. These materials play a critical role in several fast-growing sectors, including semiconductors, batteries, information and communication technologies, and air conditioning systems. As these industries continue to expand, companies require reliable supply chains and advanced materials to support manufacturing and innovation. Recognising this opportunity, Daikin has taken steps to strengthen its presence in the country through a dedicated chemical business entity.

Building Stronger Local Supply Chains

Establishing Daikin Chemical India will allow the company to develop closer relationships with local manufacturers, component suppliers, and industrial partners. Strong collaboration with these stakeholders will be essential for building an efficient local supply chain for fluorochemical materials. At the same time, the new subsidiary will provide enhanced technical assistance and application support, helping customers optimise the performance of fluorochemical materials in various industrial processes.

Expanding Technical Support and Market Engagement

With the launch of its new subsidiary, Daikin plans to deepen engagement with Indian customers and expand its technical service capabilities. By working closely with local industries, the company aims to better understand evolving market requirements and deliver tailored solutions for high-performance materials applications. Daikin will closely monitor local demand trends and evaluate opportunities for potential local production in the future. Alongside these efforts, the company intends to strengthen its marketing initiatives to further expand its footprint in the Indian chemicals market.

Strengthening Refrigerant Supply for Air Conditioning Business

In addition to supporting its chemical business, Daikin will also focus on establishing a stable refrigerant supply framework in India. This step will reinforce the company’s air conditioning business operations, ensuring consistent availability of refrigerants required for HVAC systems across the country. By integrating its chemical and air conditioning operations, Daikin aims to strengthen its overall business foundation in the Indian market.

Driving Innovation in Fluorochemical Materials

Daikin’s chemical business focuses on the development, manufacturing, and marketing of high-performance fluorochemical materials used across a wide range of industries. These advanced materials play a crucial role in enhancing product durability, efficiency, and environmental performance in modern industrial applications. As per the press release, through its expanded presence in India, Daikin aims not only to grow its global chemical business but also to contribute to India’s industrial development and sustainable economic growth.

Technip Energies India honoured with the Platinum Award for Best Health, Safety and Environment (HSE) Performance at the 12^th Confederation of Indian Industry (CII) Northern Region EHS Excellence Awards. The recognition was awarded for the company’s MS Block Project at HPCL Rajasthan Refinery Limited (HRRL) located in Barmer, Rajasthan. The award highlights the exceptional safety standards and environmental practices maintained throughout the execution of the project. It also reflects the company’s strong commitment to implementing world-class HSE systems while delivering one of India’s major refinery infrastructure developments.

Strong HSE Performance Sets New Benchmark

The project team achieved impressive results across multiple Health, Safety and Environment (HSE) performance parameters. Through structured planning and proactive risk management, the team implemented robust HSE management strategies and innovative safety protocols to ensure a safe working environment. In addition, the team emphasised efficient use of renewable resources and sustainable practices, thereby reinforcing Technip Energies’ commitment to responsible project execution. These initiatives collectively established a new benchmark for operational excellence and safety management in large-scale refinery projects.

Innovative Safety Initiatives and Awareness Programs

A notable highlight of the project was the development of an HSE Theme Park, an innovative initiative designed to strengthen safety awareness and education among employees and stakeholders. The forward-looking facility serves as a training and learning platform, enabling workers and project teams to better understand safety procedures, hazard prevention measures, and best practices in workplace safety. As a result, the initiative has contributed significantly to fostering a proactive safety culture across the project site.

Building a Strong Culture of Safety

Technip Energies attributes this achievement to its continued focus on employee training, leadership engagement, and collaborative safety practices. The company actively promotes a culture where safety is a shared responsibility across all levels of the organisation—from frontline workers to project leaders. By consistently investing in skill development, safety awareness programmes, and leadership-driven safety initiatives, the organisation has successfully embedded HSE principles into its operational framework.

Leadership Perspective

Davendra Kumar, Managing Director, India and APAC, Technip Energies, said, “The recognition is a proud moment for our teams in India and across the globe. It underscores our unwavering commitment to safety as a core value and demonstrates how safety is deeply embedded in our project philosophy and operational culture. We are also grateful to the HRRL team and our partners for their collaboration and shared responsibility in upholding the highest safety standards.”

About the CII EHS Excellence Awards

The CII Northern Region EHS Excellence Awards recognise organisations that demonstrate visionary leadership and outstanding commitment to environmental sustainability, occupational health, and workplace safety. As reported by businessnewsthisweek.com, beyond honouring achievements, the awards platform encourages the sharing of innovative ideas and breakthrough initiatives that advance EHS management practices across industries. As such, it plays a vital role in promoting safer, more sustainable industrial operations in India.

Dr. Faisal Mohammed Alfaqeer assumed office as the Chief Executive Officer (CEO) of the Saudi Basic Industries Corporation (SABIC) at the company’s headquarters in Riyadh, Saudi Arabia. His appointment marks a new leadership chapter for one of the world’s leading petrochemical companies. The SABIC Board of Directors appointed Dr. Alfaqeer in March this year, entrusting him with the responsibility of leading the global chemical major into its next phase of growth. He succeeds Eng. Abdulrahman Al-Fageeh, who previously held the role.

A New Leadership Chapter for SABIC

Taking charge at a pivotal moment for the company, Dr. Alfaqeer expressed pride and optimism about leading SABIC into the future. The transition also comes at a significant milestone as the company approaches its 50th anniversary, highlighting its long-standing role in shaping the global chemicals and petrochemicals industry. Dr. Alfaqeer said, “It is with great pride that I take the helm at SABIC, a global industry leader and national champion with a long-standing legacy. I am privileged to be chosen by SABIC’s esteemed Board of Directors to lead the company into its next chapter, building on its rich history as SABIC prepares to mark its 50th anniversary.”

Over Three Decades of Industry Experience

Dr. Alfaqeer is widely regarded as a respected leader in the global chemicals and energy sector. With more than 30 years of experience, he brings deep expertise in petrochemicals, refining, and large-scale industrial project development. Throughout his career, he has held several senior leadership roles across prominent organisations in the energy and chemical industries, gaining extensive operational and strategic experience.

Key Leadership Roles in the Energy and Chemical Industry

Before joining SABIC as CEO, Dr. Alfaqeer held several influential positions in leading energy and chemical companies. Notably, he served as Chief Executive Officer of Sadara Chemical Company from October 2017 to November 2022, where he played a key role in advancing one of the world’s largest integrated chemical complexes. In addition, he chaired the Board of ARLANXEO and the Saudi Aramco Mobil Refinery Company, contributing to strategic decision-making and industry partnerships.

Furthermore, he served as Senior Vice President for the In-Kingdom Liquids-to-Chemicals Development programme at Saudi Aramco, where he helped advance initiatives aimed at maximising value from hydrocarbon resources by converting liquids directly into high-value petrochemicals.

Strong Academic Foundation in Materials Science

Dr. Alfaqeer’s leadership is supported by a strong academic background in materials science and engineering. He earned both his Master of Science and PhD degrees in Materials Science & Engineering from Pennsylvania State University, USA. Earlier, he completed his Bachelor’s degree from King Fahd University of Petroleum & Minerals (KFUPM) in Dhahran, Saudi Arabia, one of the region’s leading institutions for engineering and energy studies.

Steering SABIC Toward Its Next Growth Phase

As per the press release, with extensive industry expertise and strategic leadership experience, Dr. Alfaqeer is expected to play a key role in driving SABIC’s growth, innovation, and sustainability initiatives. As the company moves toward its 50-year milestone, his leadership is likely to focus on strengthening SABIC’s global competitiveness while advancing its role in the evolving petrochemical and materials industry.

The Freudenberg Group is a global company with a 177-year history, originally founded as a tanning business. Over time, it has diversified into multiple sectors, including automotive, chemicals, medical devices, specialty materials and more. In FY2025, the group reported €11.73 billion in sales and €1.09 billion in operating profit, reflecting slight declines due to currency effects and lower volumes. Despite these challenges, the company remains financially strong, with a 57.1% equity ratio and a solid long-term strategy focused on stability, innovation, and future growth.

Freudenberg continues to invest heavily in research and development, with €579.5 million spent in FY2025 (4.9% of sales). Focus areas include AI, digitalization and new technologies, with a dedicated €200 million planned for AI-driven research by 2028.

Freudenberg in India: Rapid Expansion and Strategic Focus

Freudenberg’s association with India began in the leather segment, reflecting its original business roots. Over the past two and a half decades, its presence in India has grown significantly. Today, India is a key growth market, generating ₹4,427 crore in sales with healthy double-digit profits.

The company has established multiple manufacturing plants in Pune, Mysore, Chennai and Chandigarh, each focused on specific segments and producing components tailored to their respective industries. Freudenberg emphasises local production for local consumption, with exports forming a smaller share (estimated at 5–10%) of total output.

Key Sectors and Activities in India

1. Chemicals and Specialty Lubricants
   Freudenberg has a strong focus on specialty lubricants designed for demanding applications such as high-temperature furnaces and high-speed industrial machinery operating at around 15,000 rpm.
   For energy-related applications, most technologies are developed in Europe and introduced into India, as the country currently lacks large-scale commercial capacity in this domain.
2. Medical Devices and Medical Technology
   The medical devices segment is relatively new in India, established 3–4 years ago. Freudenberg collaborates with the Shriram Institute of Technology and pharmaceutical manufacturers, particularly for the export of transdermal patches. While still niche, the company is involved in manufacturing catheters, base materials for drug delivery and filtration technologies.
3. Strategic Growth and Acquisitions
   Freudenberg actively explores acquisitions in India as part of its growth strategy and does not hesitate to pursue opportunities that strengthen its local presence.

Outlook
Despite global volatility, Freudenberg maintains a strong balance sheet, continues to invest in innovation and focuses on AI and digitalization for future growth. With rapid expansion in India and a commitment to local manufacturing, the company is positioned to strengthen its presence across chemicals, medical devices and specialty materials.

Kirloskar Brothers Ltd (KBL) has secured NABL (National Accreditation Board for Testing and Calibration Laboratories) accreditation for its Hydraulic Research Centre Pump Testing Laboratory (HRC PTL) located at the Kirloskarvadi plant in Sangli, Maharashtra.

With this achievement, KBL becomes the only pump manufacturing company in the world to receive NABL accreditation for its pump testing laboratory. The accreditation complies with ISO/IEC 17025:2017, the internationally recognised standard for testing and calibration laboratory competence.

The accreditation covers a wide range of rotodynamic pumps, including centrifugal, mixed flow, and axial pumps, evaluated across multiple performance parameters such as efficiency, reliability, and operational characteristics.

Strengthening Quality and Engineering Standards

The accreditation reinforces KBL’s commitment to engineering precision, quality assurance, and technological excellence. It also highlights the company’s advanced testing capabilities, which support the design and development of high-performance pumping solutions for critical sectors. The Hydraulic Research Centre Pump Testing Laboratory plays a key role in ensuring that KBL’s pumps meet international performance benchmarks, helping customers access reliable and certified equipment.

Leadership Perspective on the Achievement

Sanjay Kirloskar, Chairman and Managing Director of Kirloskar Brothers Ltd, emphasized “The NABL accreditation is a testament to the relentless pursuit of quality and precision by our engineering teams at Kirloskarvadi. As India accelerates its infrastructure ambitions in energy, water management, irrigation, and urban development, we are proud to offer testing capabilities that meet the highest global standards. This marks another step forward for quality-driven engineering made in India.”

Global Recognition Through NABL and ILAC Framework

The NABL accreditation provides independent validation of KBL’s pump performance data, ensuring credibility and transparency in testing results. NABL is a signatory to the ILAC (International Laboratory Accreditation Cooperation) Mutual Recognition Arrangement, which means that test results from NABL-accredited laboratories are recognised in more than 100 countries worldwide. The global recognition simplifies procurement processes, particularly for government and regulated projects, as it eliminates the need for additional third-party retesting.

Growing Opportunities in the Pump Market

The accreditation also positions Kirloskar Brothers Ltd advantageously in the expanding global and domestic pump markets. According to industry estimates, the Indian pump market was valued at approximately $2.90 billion in 2024 and is projected to grow to $4.14 billion by 2030, registering a compound annual growth rate (CAGR) of 6.12%.

At the same time, global buyers are increasingly seeking certified suppliers and adopting China+1 sourcing strategies to diversify supply chains. In this context, KBL’s status as the only pump manufacturer with NABL-accredited testing capabilities provides a strong competitive advantage for both domestic and international contracts.

Enhancing Credibility and Customer Confidence

By achieving NABL accreditation, KBL strengthens its credibility in pump testing and quality assurance. The recognition aligns the company with stringent international standards, further reinforcing its reputation for delivering advanced, reliable pumping solutions. As reported by manufacturingtodayindia.com, the milestone supports KBL’s broader mission to provide world-class pumping technologies that address infrastructure, water management, and industrial needs across global markets.

Researchers at BITS Pilani Hyderabad campus developed an innovative method to convert industrial waste gases into Dimethyl Ether (DME), a clean fuel that could potentially replace or supplement LPG in Indian households. The breakthrough offers a promising solution to two major challenges – reducing industrial emissions and strengthening India’s energy security. By converting gases that are typically released from power plants and heavy industries, the technology transforms a major pollution source into a valuable alternative fuel.

Research Led by BITS Pilani Scientists

The research initiative was led by Prof. Sounak Roy, Dean of Research and Innovation at BITS Pilani Hyderabad, along with Satyapaul A. Singh and retired professor B. M. Reddy. Their work demonstrates how smoke-like gases released from industrial facilities can be captured and converted into a clean-burning fuel. Instead of allowing these emissions to escape into the atmosphere, the team designed a process that recycles them into Dimethyl Ether, a fuel widely regarded as a clean alternative to conventional LPG. This development gains particular relevance at a time when geopolitical tensions in West Asia are affecting LPG supply chains, raising concerns about fuel availability and price stability in India.

Innovative Single-Step Conversion Process

The researchers developed a single-step catalytic process to convert waste gases into DME. In this process, the captured industrial gases are combined with hydrogen produced through water splitting, where water molecules are separated into hydrogen and oxygen. Using specially designed catalytic materials, the researchers successfully converted the gas mixture into Dimethyl Ether in a single reaction step. This approach simplifies the conversion process while improving efficiency, making it more suitable for large-scale industrial applications.

Simulating Real Industrial Conditions

To ensure the technology could work beyond laboratory conditions, the research team recreated industrial operating environments similar to those found in power plants. They used a specialized high-pressure reactor that allowed gases to flow rapidly through the system, mimicking the flow conditions of industrial chimneys and exhaust systems. By carefully controlling temperature, pressure, and gas composition, the researchers achieved significant DME production levels. These experiments demonstrate that the process has strong potential for future scale-up and commercial deployment.

Supporting India’s Clean Energy Transition

The breakthrough carries significant environmental benefits. By converting industrial emissions into usable fuel, the technology not only produces clean energy but also reduces carbon emissions. This dual advantage makes the process particularly valuable for energy-intensive sectors such as power, steel, and cement, where large volumes of exhaust gases are generated. By capturing and reusing these emissions, the technology contributes to lower industrial pollution while simultaneously producing a sustainable fuel source.

Reducing Dependence on Imported LPG

According to Prof. Sounak Roy, the innovation highlights the potential of turning industrial waste into strategic energy resources. “Our breakthrough shows that, instead of treating power, steel or cement plant emissions as waste, we can convert them into a valuable fuel that reduces dependence on imported LPG,” he said. As reported by telenganatoday.com, if successfully commercialized, the technology could play an important role in strengthening India’s energy independence while supporting its broader clean energy and decarbonization goals.

The ministry of finance announced a complete customs duty waiver on forty petrochemical products, effective until June 30, 2026. The move aims to protect domestic manufacturers from global supply chain disruptions and price volatility caused by the ongoing conflict in West Asia.  These petrochemical products serve as critical raw materials for several manufacturing sectors, and the government’s intervention is expected to help stabilize production costs and ensure uninterrupted industrial operations.

Key Sectors Expected to Benefit

The customs duty waiver is expected to benefit multiple industries that rely heavily on petrochemical feedstocks and intermediates. According to a statement from the finance ministry, sectors likely to gain from the decision include plastics and packaging, textiles, pharmaceuticals, chemicals and automotive components. By reducing the cost of imported inputs, the government expects the measure to ease pressure on downstream manufacturers and ultimately benefit consumers of finished products.

Measure Aimed at Protecting Domestic Supply Chains

The ministry clarified that the decision was prompted by escalating geopolitical tensions in West Asia, which have disrupted global supply chains and created uncertainty in the petrochemical market. To address these challenges, the government has adopted a temporary and targeted policy intervention. “This measure has been taken to ensure continued availability of critical petrochemical inputs for domestic industry, reduce cost pressures on downstream sectors, and safeguard supply stability in the country,” the ministry stated. By temporarily removing import duties, the government aims to shield domestic industries from external market shocks and maintain production continuity.

Potential Impact on Domestic Petrochemical Producers

While the policy is expected to benefit downstream industries, it may increase competitive pressure on domestic petrochemical manufacturers. Several major Indian petrochemical companies currently produce products that fall within the duty exemption list. These include Reliance Industries Limited, Indian Oil Corporation Limited, GAIL (India) Limited and Haldia Petrochemicals Limited.

Reliance Industries manufactures key petrochemical products such as polypropylene, polyethylene, PVC, PET chips, monoethylene glycol (MEG), and purified terephthalic acid (PTA), many of which are included in the exemption list. Similarly, Indian Oil produces polypropylene and linear alkylbenzene (LAB) at its integrated petrochemical complexes, while GAIL manufactures polyethylene and polypropylene at its Pata petrochemical plant. Haldia Petrochemicals, another major domestic producer, also manufactures polypropylene and polyethylene, widely used in packaging, consumer goods, and automotive applications.

Balancing Industry Support and Market Stability

Overall, the government’s decision reflects a carefully calibrated approach to managing global supply disruptions while supporting domestic manufacturing. While the duty waiver provides immediate relief to downstream industries, it also highlights the need to balance import flexibility with the interests of domestic petrochemical producers. As reported by thehindubusinessline.com, as geopolitical uncertainties continue to affect global markets, such targeted policy measures are likely to play an important role in maintaining supply chain stability and protecting India’s manufacturing sector.

The government of India, through the Ministry of Environment, Forest and Climate Change (MoEFCC), has notified the Plastic Waste Management (Amendment) Rules, 2026, bringing clarity to a long-standing regulatory issue affecting the pesticide industry. The amendment addresses a key compliance challenge related to recycled plastic usage in packaging, particularly in sectors where product safety regulations require the use of virgin plastic materials.

Resolving Regulatory Overlap in Packaging Norms

Previously, the Plastic Waste Management Rules mandated companies to incorporate a specified percentage of recycled plastic in packaging materials. However, this requirement created difficulties for the pesticide industry. Packaging used for pesticides is regulated by the Central Insecticides Board and Registration Committee (CIBRC), which generally requires virgin plastic packaging to ensure product safety, chemical stability, and contamination-free storage. As a result, pesticide manufacturers faced a regulatory contradiction. While one regulation required them to use recycled plastic, another required strict adherence to virgin plastic packaging standards.

Amendment Provides Clear Exemption

The 2026 amendment resolves this issue by clarifying that mandatory recycled plastic content requirements will not apply in cases where other laws or regulations prohibit the use of recycled plastic. According to the official notification, the mandatory use of recycled plastic in category-wise plastic packaging will not be applicable where recycled plastic usage is restricted under any law, rule, or regulation notified by the Government or a statutory body, such as the Central Insecticides Board. With this clarification, pesticide packaging effectively receives an exemption, eliminating the regulatory conflict that previously affected compliance.

Relief for Crop Protection Industry

The amendment is expected to ease compliance requirements for pesticide manufacturers and the broader crop protection industry. By removing the overlap between environmental regulations and product safety rules, companies can now adhere to safety standards without facing conflicting regulatory obligations. At the same time, the change ensures that packaging integrity and chemical safety remain uncompromised, which is critical for pesticide storage, transportation, and application.

Balancing Environmental Goals and Industry Regulations

The amendment reflects the government’s balanced and pragmatic approach to environmental policy. While increasing the use of recycled plastic remains a key sustainability objective, the new provision demonstrates regulatory flexibility in sectors where safety and statutory compliance must take priority. As reported by global-agriculture.com, by aligning environmental targets with
sector-specific regulatory frameworks, the government aims to ensure both sustainable plastic management and safe industrial practices.

INOX Air Products Private Limited (INOXAP), one of India’s leading manufacturers of industrial, electronic, and medical gases, has commissioned an Ultra-High Purity (UHP) Liquid Oxygen facility in Hosur, Tamil Nadu. The facility represents an important step in strengthening India’s advanced manufacturing ecosystem, particularly in emerging sectors such as semiconductor fabrication and solar cell manufacturing. By enabling local production of high-purity gases, the facility supports India’s broader push toward technological self-reliance and supply chain resilience.

Production of 6N Grade Ultra-High Purity Oxygen

The facility produces 6N grade Ultra-High Purity Liquid Oxygen (99.9999% purity), meeting the stringent quality standards required by high-technology industries. With a production capacity of 17 tonnes per day (TPD) or 500 Nm³ per hour, the plant is designed to cater to the rapidly growing needs of semiconductor and photovoltaic manufacturing units. Strategically located in Hosur—one of South India’s prominent industrial hubs—the facility can efficiently supply high-purity oxygen to emerging technology clusters, ensuring reliable and timely delivery.

Supporting India’s Semiconductor and Solar Manufacturing

Siddharth Jain, Managing Director of INOX Air Products, emphasized the company’s vision of supporting India’s future industries through domestic capability building. “At INOXAP, we believe that true progress for India lies in developing capabilities within the country that power its future industries. The commissioning of this Ultra-High Purity Liquid Oxygen facility is a step toward that vision. It will help reduce dependence on imports and strengthen the foundation of India’s semiconductor and solar manufacturing ecosystem,” Jain said. He added that as India advances toward technological self-reliance, the company will continue to invest ahead of the demand curve to ensure the availability of critical industrial inputs within the country.

Reducing Dependence on Imports

Until recently, Ultra-High Purity Liquid Oxygen required by Indian manufacturers was largely imported to meet domestic demand. With the commissioning of the Hosur facility, INOX Air Products has successfully indigenized the production of this highly specialized product, enabling direct and reliable supply to Indian semiconductor and solar manufacturers. The development marks a major milestone in strengthening the domestic supply chain for advanced electronics and renewable energy manufacturing.

Ensuring Reliability for Precision Manufacturing

The facility stands out for its ability to produce 6N grade industrial liquid oxygen, a purity level essential for precision-driven processes in semiconductor fabrication and photovoltaic cell production. Furthermore, local production will allow manufacturers to reduce import lead times, minimize disruptions caused by global supply chain uncertainties, and maintain uninterrupted production cycles. As per the press release, by establishing this facility, INOX Air Products is reinforcing India’s capabilities in high-purity industrial gases, which are critical to the growth of next-generation technology and clean energy industries.