Bharat Petroleum Corporation Limited (BPCL) Kochi Refinery received the prestigious KMA Excellence Award for Manufacturing Innovation from the Kerala Management Association (KMA). The award recognises the refinery’s innovative PFCCU (Propylene Fractionation and Catalytic Cracking Unit) process modification initiative, which has significantly improved operational efficiency while delivering strong sustainability outcomes. The refinery described the PFCCU upgrade as a first-of-its-kind operational innovation within its refining system, focused on process optimisation and technology-driven performance enhancement.

Process Innovation Delivers Significant Financial and Environmental Gains

According to BPCL Kochi Refinery, the PFCCU modification initiative has generated substantial operational and environmental benefits, including:

*Improved efficiency across critical refinery operations

*Annual cost savings of nearly ₹32 crore

*Enhanced energy efficiency in refining processes

*Reduction of approximately 29,600 tons of CO₂ emissions annually

The initiative demonstrates how engineering innovation and process optimisation can simultaneously improve profitability and support industrial sustainability goals.

Supporting India’s Industrial Decarbonisation Goals

The award highlights BPCL’s continued focus on integrating sustainability into its core refinery operations. By lowering energy consumption and reducing carbon emissions, the Kochi Refinery project aligns with broader industrial decarbonisation objectives and India’s transition toward cleaner and more sustainable energy practices. At the same time, the initiative reflects a growing trend within the refining and petrochemical sector, where companies are increasingly adopting advanced process technologies and digital optimisation tools to improve productivity while minimising environmental impact.

Technology-Driven Refinery Transformation Gains Momentum

The PFCCU innovation underscores the importance of technology-led operational transformation in large-scale industrial facilities. Refineries across the industry are now focusing on process innovation, automation and energy optimisation to improve competitiveness in an evolving energy landscape. By successfully implementing this modification, BPCL Kochi Refinery has demonstrated how targeted engineering improvements can deliver measurable business value alongside sustainability benefits. As reported by indianmasterminds.com, with this achievement, BPCL Kochi Refinery joins a select group of organisations actively driving industrial innovation through technology, efficiency improvement and sustainable manufacturing practices.

Saatvik Green Energy bagged a ₹171.45 crore order for the supply of solar photovoltaic (PV) modules for a utility-scale solar power project in India. The order has been given by a domestic independent power producer and marks another significant milestone for the company in the rapidly growing renewable energy sector.

Advanced TOPCon Bifacial Solar Technology to Power Project

Saatvik Green Energy will supply advanced TOPCon Bifacial Glass-Glass Solar PV Modules, one of the latest-generation solar technologies designed to improve energy generation efficiency. Unlike conventional solar panels that generate electricity only from the front side, bifacial modules produce power from both the front and rear surfaces. This technology significantly enhances overall energy output and improves project efficiency, particularly in large-scale solar installations. The company stated that the order has been formally received and accepted, strengthening its presence in India’s utility-scale solar market.

Company Highlights Growing Industry Confidence

Prashant Mathur, CEO of Saatvik Green Energy, said the project reflects growing confidence in the company’s manufacturing capabilities and technology solutions. He noted that being selected to supply modules for a major domestic independent power producer at one of India’s important solar sites represents a strong endorsement of the company’s operational strength and product quality.

Expanding Manufacturing Capacity to Meet Rising Demand

Saatvik Green Energy is among India’s leading solar photovoltaic module manufacturers, with a growing presence across utility-scale, commercial and industrial (C&I), EPC and distributed solar segments. The company currently operates a 4.8 GW solar module manufacturing facility in Ambala, Haryana. In addition, it is developing a large greenfield integrated manufacturing facility in Odisha, which will include 4 GW of module manufacturing capacity along with 4.8 GW of solar cell production capacity.

Supporting India’s Renewable Energy Growth

The latest order further strengthens Saatvik Green Energy’s role in supporting India’s renewable energy transition and expanding domestic solar manufacturing capabilities. As reported by msn.com, as India accelerates utility-scale solar deployment and focuses on strengthening local manufacturing under clean energy initiatives, demand for high-efficiency solar modules and advanced PV technologies is expected to grow significantly in the coming years.

India’s fertiliser subsidy burden could cross ₹3 lakh crore in FY27, significantly exceeding the Budget Estimate of ₹1.71 lakh crore, as escalating geopolitical tensions in West Asia continue to drive up global prices of urea, LNG and other critical fertiliser inputs. Before the latest geopolitical crisis, the subsidy requirement was expected to remain below ₹2 lakh crore. However, sharp increases in import costs and growing concerns over supply disruptions through the strategically vital Strait of Hormuz have substantially altered the outlook. If current global market conditions continue through the ongoing Kharif season, the fertiliser subsidy outgo may exceed ₹3 lakh crore. Furthermore, prolonged supply-chain disruptions extending into the Rabi season could potentially push the subsidy burden closer to ₹3.5 lakh crore.

Global Urea Prices Surge Amid Supply Concerns

The ongoing West Asia crisis has triggered an unprecedented rise in international urea prices, creating severe cost pressures for India, one of the world’s largest fertiliser importers. Within nearly 40 days, global urea prices surged by approximately 65%, rising from around $482 per tonne in late February 2026 to nearly $795 per ton in early April. More recently, urea import tenders floated by Indian Potash Limited reportedly discovered prices between $935 and $959 per ton, indicating continued volatility in global fertiliser markets.

Rising LNG Costs Add Further Financial Stress

In addition to urea prices, the sharp increase in liquefied natural gas (LNG) prices has further intensified subsidy pressures. LNG serves as the primary feedstock for domestic urea production, making its pricing critical for India’s fertiliser sector. LNG prices reportedly increased from around US$10.4 per MMBtu in late February to approximately US$17.4 per MMBtu by early May, after briefly peaking at nearly US$25.4 per MMBtu during early March. The rise in energy prices has significantly increased the cost of domestic fertiliser manufacturing as well as imports, further widening the government’s subsidy burden.

Government Explores Immediate Policy Solutions

The issue of fertiliser security recently gained attention during the release of a policy paper titled Ensuring India’s Fertiliser Security Amid Rising Geopolitical Risks, prepared by agricultural economist Ashok Gulati and researchers from Indian Council for Research on International Economic Relations (ICRIER). During the discussion, K V Raju, Member of NITI Aayog, urged policymakers and researchers to focus on immediate and actionable solutions rather than long-term proposals. He emphasised that with Kharif sowing already underway, the priority should be addressing near-term fertiliser supply challenges and ensuring uninterrupted availability for farmers.

India Evaluates Alternative Fertiliser Supply Sources

Government officials are also exploring alternative import sources to reduce dependence on West Asia amid rising geopolitical uncertainty. According to discussions at the policy event, countries including Russia, Canada, Australia and several African nations are being evaluated as potential suppliers capable of offsetting supply disruptions from the region. Industry experts believe India may increasingly diversify its fertiliser sourcing strategy to strengthen long-term supply security and reduce vulnerability to geopolitical shocks.

Rising Subsidy Burden Could Impact Fiscal Planning

As reported by knnindia.co.in, analysts note that the sharp increase in fertiliser subsidy requirements could place additional strain on government finances at a time when policymakers are attempting to shield farmers from global commodity inflation. At the same time, authorities continue balancing fiscal pressures with the need to maintain affordable fertiliser prices for the agricultural sector, which remains critical for India’s food security and rural economy.

Atlas Copco expanded its equipment lifecycle management capabilities with the launch of the Reman Program under its RePower Centre at the company’s Power Technique Customer Centre in India. The new OEM-certified remanufacturing initiative aims to help industries restore compressor systems to original factory performance standards while improving operational efficiency, uptime and long-term equipment reliability. The program addresses the growing industrial demand for sustainable and cost-effective solutions that extend equipment life without requiring complete system replacement.

Supporting Sustainable and Cost-Efficient Industrial Operations

Through a structured refurbishment process, the Reman Program enables companies to optimise existing compressor assets while reducing maintenance expenses and minimising operational downtime. The initiative supports industries including automotive, pharmaceuticals, FMCG, textiles, cement, steel, infrastructure and general manufacturing, where uninterrupted equipment performance remains critical for continuous production. By offering factory-controlled restoration services, Atlas Copco provides customers with an efficient alternative to purchasing entirely new compressor systems while maintaining reliable operational performance.

Comprehensive OEM-Certified Remanufacturing Process

Under the Reman Program, compressors undergo a detailed remanufacturing process that includes dismantling, inspection, restoration and performance testing using genuine OEM-certified components. Key systems such as air ends, drive interfaces, cooling assemblies and controller modules are recalibrated to meet original equipment specifications. In addition, every remanufactured compressor is subjected to rigorous testing procedures, including airflow validation, pressure testing, safety inspections and final performance verification before being returned to operation.

Program Delivers Efficiency, Reliability and Asset Optimization

The Reman Program is expected to deliver several operational advantages, including:

*Improved compressor efficiency

*Higher equipment uptime

*Extended asset lifespan

*Lower replacement and maintenance costs

*Better maintenance planning and operational continuity

At the same time, the initiative supports sustainable industrial practices by encouraging asset reuse and reducing the environmental impact associated with manufacturing new equipment.

Focus on Lifecycle-Driven Industrial Solutions

With the expansion of its RePower Centre operations, Atlas Copco reaffirmed its commitment to delivering lifecycle-focused industrial solutions that combine performance, sustainability and reliability. As reported by ourmechanicalcenter.com, the company believes OEM-certified remanufacturing will play an increasingly important role in helping industries improve asset utilisation, reduce waste and maintain productivity in rapidly evolving manufacturing environments.

Transport Corporation of India Ltd. (TCI), one of India’s leading integrated multimodal logistics and supply chain solutions providers, announced strong financial results for the quarter and financial year ended March 31, 2025. The company recorded healthy growth across revenue, EBITDA and profit after tax, reflecting its continued focus on operational efficiency, digital transformation and sustainable logistics solutions. TCI reported consolidated revenue of ₹11,972 million for FY2025, registering a growth of 9.3% compared to ₹10,954 million in FY2024.

EBITDA and Profitability Show Strong Momentum

The company’s EBITDA (Earnings Before Interest, Taxes, Depreciation and Amortization) increased by 11.3% to ₹1,401 million, up from ₹1,259 million in the previous financial year. Meanwhile, Profit After Tax (PAT) rose by 11.4% to ₹1,151 million, compared to ₹1,033 million reported in FY2024. The growth highlights TCI’s ability to maintain profitability despite evolving global supply chain challenges and market uncertainties.

Focus on Multimodal Logistics and Warehousing Expansion

Vineet Agarwal, Managing Director of TCI, said FY2025 marked a year of “systemic growth” for the company. He noted that TCI continued to strengthen its multimodal integration strategy by expanding capabilities across rail, coastal and bulk logistics operations. Rising consumption-driven demand in sectors such as quick commerce, retail and consumer durables also contributed significantly to warehousing growth during the year. To improve operational efficiency and scalability, TCI deployed advanced logistics assets including high-capacity 40-foot, 40-tonne containers, fixed chassis units and ISO containers.

Sustainability and Green Logistics Remain Key Priorities

TCI further accelerated its sustainability initiatives during FY2025 by introducing electric vehicles (EVs) and LNG-powered trucks into its logistics fleet. In addition, the company continued transitioning its warehousing operations toward renewable energy sources. The company also highlighted the growing recognition of the TEMT tool developed by the TCI-IIM Supply Chain Sustainability Lab. The tool, recognised as India’s first ISO-certified logistics emissions measurement platform, has received acknowledgement from the Smart Freight Centre in the Netherlands for its contribution toward decarbonising freight transportation.

AI and Digitalisation Enhance Operational Efficiency

As part of its digital transformation roadmap, TCI successfully piloted AI-driven analytics and bot-based service operations to improve efficiency and customer engagement. The company is also currently testing Agentic AI solutions aimed at enhancing operational precision and elevating customer experience across logistics and supply chain operations.

Strategic Investments to Support Future Growth

As reported by metrorailnews.in, TCI plans to continue investing in green logistics, automation, workforce up-skilling and strategic partnerships to strengthen its long-term growth trajectory. According to the company, these initiatives align with its broader vision of supporting India’s emergence as a global logistics and supply chain hub while delivering sustainable value creation for stakeholders.

UPL, through its subsidiary SWAL, has secured Fertilizer Control Order (FCO) registration for Bioclassic®, a flagship biostimulant developed by NPP, the company’s Natural Plant Protection biologicals division. The approval paves the way for the commercial availability of Bioclassic® to farmers across India and further strengthens UPL’s position in the country’s rapidly expanding biologicals market. With this latest registration, UPL continues to reinforce its commitment to delivering science-backed and regulation-compliant agricultural solutions that support sustainable farming practices.

Advanced Biostimulant Technology for Improved Crop Performance

Developed using a proprietary fermentation technology, Bioclassic® is formulated as a soluble concentrate designed to improve plant health and productivity. The product is recommended for application twice during the vegetative growth stage at ultra-low dosage levels. Bioclassic® enhances critical plant functions such as branching and photosynthesis, enabling better resource accumulation and stronger plant vigour. In addition, the biostimulant helps crops withstand environmental stress while contributing to incremental yield improvement.

Field trials conducted under diverse climatic and soil conditions have demonstrated the product’s consistent performance and high efficacy. The solution can be applied using conventional spraying systems and, where permitted, through drone-based application platforms in compliance with applicable standard operating procedures (SOPs).

Addressing Climate and Soil Challenges Faced by Farmers

Ravishankar Cherukuri, CEO, UPL SAS, said, “Bioclassic® is designed to address the real-world stress conditions that Indian farmers frequently face — from extreme heat to the widespread challenge of high-alkaline soils across several states. Backed by scientific validation across geographies, Bioclassic’s registration highlights the growing potential of biologicals to strengthen farm resilience. It also reaffirms our commitment to offer scientifically validated, compliant solutions that enhance long-term sustainability.”

Supporting UPL’s ProNutiva® Sustainable Farming Approach

Anil Rohra, Global NPP Business Unit Leader, highlighted that Bioclassic® plays an important role within UPL’s ProNutiva® integrated farming platform, which combines conventional crop protection products with advanced biosolutions to promote sustainable agriculture. “By improving resource efficiency and supporting long-term crop health, Bioclassic® can deliver significant value for oilseeds, pulses and vegetables,” Rohra added.

Expanding India’s Biosolutions Portfolio

In addition to Bioclassic®, UPL has also secured registration approvals in India for four more biostimulants — Opteine®, Gaxy, Macarena® and Pilatus®. These approvals mark a major expansion of the company’s biosolutions portfolio in the country. As reported by agribusinessglobal.com, the registrations underline UPL’s long-term focus on helping Indian farmers adapt to climate variability, improve soil health and enhance overall crop productivity through sustainable and science-driven agricultural inputs.

Clariant, a sustainability-focused specialty chemicals company, announced the successful deployment of its FAMAX™ formaldehyde catalysts at two large-scale production facilities operated by Yihua Group in China. The advanced catalyst technology, integrated with process solutions from engineering partner Wuxi Xiyuan Engineering Technology Co., Ltd., is delivering strong operational performance at a 100 kt/a formaldehyde plant in Inner Mongolia and a 120 kt/a facility in Hubei province. The Inner Mongolia plant commenced operations in March 2026, while the Hubei facility was commissioned in November 2025.

Supporting World-Scale Pentaerythritol Production

Both iron-molybdenum formaldehyde plants supply high-quality feedstock to downstream world-scale pentaerythritol production units. The projects further strengthen Yihua Group’s position as one of the leading global producers of pentaerythritol. By implementing Clariant’s FAMAX™ catalyst technology, the facilities have achieved improved operational efficiency, enhanced formaldehyde yields and reduced energy consumption.

Advanced Catalyst Technology Improves Plant Performance

Clariant stated that the FAMAX™ catalysts significantly improve plant productivity while supporting superior product quality. The catalyst design reduces pressure drop by 10–15%, helping optimise reactor performance and potentially lowering capital costs through more efficient reactor configurations.

Additionally, the catalyst’s advanced chemical composition improves low-temperature activity, allowing plants to operate at lower cooling temperatures while maintaining lower hotspot temperatures. As a result, the process achieves higher reaction selectivity, reduced by-product formation and longer catalyst life.

Yihua Group Highlights Successful Collaboration

Lulu Zhu, Project Manager at Yihua Group, praised the performance of Clariant’s catalyst technology and Wuxi Xiyuan’s engineering expertise. She noted that the integrated solution enabled the company to achieve ambitious production targets efficiently while maintaining the high-quality formaldehyde feedstock required for pentaerythritol manufacturing. According to Zhu, the successful collaboration has strengthened Yihua Group’s confidence in continuing partnerships with Clariant and Wuxi Xiyuan for future world-scale projects.

Clariant Focuses on Sustainable and Efficient Production

Nora Schiefenhoevel, Vice President and Head of Clariant Specialty Catalysts, said the projects demonstrate the proven value of FAMAX™ catalyst technology in large-scale formaldehyde production. She added that the partnership with Yihua Group supports the company’s long-term growth strategy while highlighting the importance of integrated technology solutions for China’s expanding mega-project sector. Clariant also emphasised that its decades of expertise in formaldehyde catalyst technology continue to support advancements in iron-molybdenum-based formaldehyde production across the region.

EnviCat™ Catalyst Enhances Emission Control

As per the press release, in addition to FAMAX™, Clariant’s high-performance EnviCat™ emission control catalyst was selected for off-gas treatment at both facilities. The EnviCat™ system removes harmful volatile organic compounds (VOCs) with conversion efficiencies of up to 99% and beyond, while operating effectively at temperatures as low as 400°C. This enables lower fuel consumption, reduced equipment stress and improved operational safety, delivering significant economic and environmental benefits for producers.

The European Union (EU) has suspended customs duties on essential nitrogen-based fertilisers for one year in a move aimed at reducing cost pressures on farmers and stabilising agricultural supply chains amid ongoing global disruptions. Approved by the European Council, the temporary measure removes standard import tariffs ranging from 5.5% to 6.5% on critical fertiliser products such as urea and ammonia. According to the European Commission, the suspension is expected to save importers nearly €60 million (US$69.8 million) in customs duties. The decision forms part of the EU’s broader strategy to strengthen food security and diversify fertiliser sourcing across the region.

Reducing Dependence on Russia and Belarus

The European Council stated that the tariff waiver would help reduce the bloc’s reliance on fertiliser imports from Russia and Belarus while encouraging a more diversified and resilient trading network. “It will also reduce the EU’s dependency on Russia and Belarus for fertiliser products and help build a more diversified trading network in this area,” the Council noted in its official statement issued on 22 May. However, the EU has clearly excluded fertiliser imports originating from Russia and Belarus from the duty suspension due to geopolitical concerns linked to the Ukraine conflict.

“The EU has decided that the suspension will not apply to products imported from Russia due to its unprovoked and unjustified war of aggression against Ukraine,” the Council said. It further added that the exemption would also not apply to Belarus because of its support for Russia and its disregard for international law and human rights.

Tariff Relief Linked to Import Volume Caps

To protect domestic fertiliser manufacturers while supporting agricultural imports, the EU has introduced volume-based quotas under the tariff suspension framework. The relief will apply only to products that are not already entering the EU duty-free under Most-Favoured-Nation (MFN) arrangements. In addition, the suspension will remain limited to import volumes equivalent to the EU’s MFN fertiliser imports in 2024, plus 20% of the quantities previously imported from Russia and Belarus during the same period. The tariff waiver will officially come into force the day after its publication in the EU’s Official Journal. Meanwhile, the European Commission will continue monitoring market conditions and may extend or revise the measure if necessary.

Global Supply Disruptions Push Fertiliser Prices Higher

The EU’s decision comes at a time when global fertiliser markets are facing severe supply chain disruptions triggered by escalating tensions in the Middle East and the near-total closure of the Strait of Hormuz. The critical maritime route handles nearly one-third of global fertiliser trade, making the disruption a major concern for agricultural markets worldwide. As shipping constraints intensify, international fertiliser prices have surged significantly.

EU Launches Fertilizer Action Plan to Protect Food Security

The tariff suspension follows the European Commission’s adoption of the Fertilizer Action Plan on 19 May. The initiative aims to shield Europe’s food system from geopolitical risks, volatile fertiliser markets and future supply disruptions. As part of the action plan, the Commission has introduced liquidity support measures for farmers, including enhanced agricultural reserve mechanisms and more flexible cash-flow provisions under the Common Agricultural Policy (CAP). As reported by msn.com, the EU plans to reduce its long-term dependence on imported agricultural inputs by expanding domestic fertiliser production, accelerating the adoption of sustainable fertiliser alternatives and launching the EU Fertilizers Value Chain Partnership to improve supply chain transparency and resilience.

Adani Green Energy Limited (AGEL) commissioned a cumulative 3.37 Gigawatt-hour (GWh) Battery Energy Storage System (BESS) at Khavda in Gujarat, marking one of the world’s largest single-location battery storage deployments outside China. The company completed the utility-scale battery storage project within just 10 months of starting on-site construction, making it one of the fastest large-scale BESS deployments globally. The latest phase includes an additional 1.37 GWh commissioned in March 2026, taking the total operational storage capacity at Khavda to 3.37 GWh.

Battery Storage Becoming Critical for Renewable Energy Growth

As renewable energy adoption accelerates globally, Battery Energy Storage Systems are increasingly becoming a critical component of modern power infrastructure. Solar and wind energy generation fluctuate depending on weather conditions and time of day, often creating inconsistencies in electricity supply. Large-scale battery storage systems help solve this challenge by storing surplus renewable energy during periods of high generation and releasing it when demand rises or renewable generation falls. According to AGEL, the Khavda BESS project will significantly improve grid reliability, support peak electricity demand, and enable round-the-clock delivery of clean energy at scale.

Storage Capacity Can Power Nearly One Million Homes

The company stated that the 3.37 GWh storage facility can store enough clean electricity to power nearly one million homes for an entire day. Additionally, the battery system can help meet peak power demand requirements for cities such as Indore and Chandigarh, or even support the electricity needs of the entire state of Goa during peak periods.

Integrated with Massive 30 GW Renewable Energy Project

The battery storage system has been strategically developed at Khavda in Gujarat, where AGEL is building a massive 30 GW renewable energy complex. Out of the planned 30 GW capacity, nearly 9.9 GW is already operational, making Khavda one of India’s most important renewable energy development zones. The battery storage infrastructure integrates advanced energy management systems with lithium-ion battery technologies to optimize efficiency, reliability, and grid responsiveness.

AGEL Plans Aggressive Expansion in Energy Storage

AGEL stated that it plans to add more than 10 GWh of additional battery storage capacity during FY27. The company further aims to expand its total battery storage portfolio to 50 GWh over the next five years as part of its long-term clean energy and grid stability strategy.

Sagar Adani Highlights Importance of Energy Storage

Sagar Adani said that large-scale energy storage will play a defining role in the next phase of India’s clean energy transition. He noted that as renewable energy capacity continues to scale rapidly, reliable storage infrastructure will become essential for delivering flexible and dispatchable clean power. According to Sagar Adani, the commissioning of the 3.37 GWh BESS strengthens the foundation for resilient and future-ready energy systems while reinforcing AGEL’s long-term commitment to building clean energy infrastructure at a global scale.

Khavda Positioned as Global Clean Energy Hub

The Khavda renewable energy complex is expected to evolve into one of the world’s largest integrated clean energy hubs as India accelerates its transition toward non-fossil fuel power generation. As reported by penthemagazine.com, with large-scale renewable generation and rapidly expanding storage capacity, the project is expected to play a significant role in strengthening India’s clean energy security and supporting its long-term sustainability goals.

INOX India Limited (INOXCVA) bagged orders worth ₹322 crore since the beginning of April 2026, further strengthening its order pipeline and reinforcing its position in the global cryogenic technology market. The newly secured business spans three major segments: Industrial Gas – ₹242 crore, LNG – ₹39 crore and Cryo-scientific Solutions – ₹38 crore. The strong order inflow highlights continued confidence from both domestic and international customers in INOX India’s engineering expertise and advanced cryogenic solutions portfolio.

Major Order Secured from Global Space Exploration Company

One of the key highlights of the order is the major contract in the industrial gas segment involving the supply of large-scale cryogenic storage tanks with a capacity of 1,500 cubic metres. The order has been placed by a global private space exploration company and represents a significant milestone for the company’s cryogenic infrastructure business. The project further strengthens INOX India’s growing presence in high-technology and advanced industrial applications.

CERN Awards Specialized Cryogenic Module Order

In another significant development, CERN has awarded INOX India a large order for specialized cryogenic modules. The order reflects the company’s strong capabilities in delivering precision-engineered cryogenic systems for scientific and research applications.

Management Sees Strong Growth Visibility in FY27

Deepak Acharya, CEO of INOX India Limited, expressed confidence in the company’s growth trajectory. According to Acharya, the strong performance during the first quarter of FY27 provides clear visibility for continued business growth. He added that the company continues to maintain a healthy product mix while witnessing consistent demand for high-quality cryogenic solutions across industries. As reported by investywise.com, with increasing demand across industrial gas, LNG, scientific research, and advanced engineering applications, INOX India continues to strengthen its position as a global leader in cryogenic technology and distribution systems.