Econic Technologies, a deep-tech company focused on renewable carbon solutions, announced that its partner Changhua Chemical has inaugurated the world’s first commercial-scale production facility for polycarbonate ether (PCE) polyols made using captured carbon dioxide. The new polyols, marketed under the brand Carnol™, are produced using Econic’s proprietary technology. This process converts captured CO₂ into a valuable raw material, enabling the production of high-performance polyols with approximately 30% lower carbon footprint compared to conventional polyols.

New Production Facility in China

The commercial production site is located in Lianyungang, Jiangsu province, China. According to the companies, the facility is expected to produce around 80,000 tonnes of Carnol polyols in 2026. Looking ahead, the partners plan to scale production to more than one million tonnes in the coming years, positioning the technology as a significant step toward large-scale carbon utilization in the chemical industry.

Applications Across the Polyurethane Industry

Carnol polyols are designed for use in a wide range of polyurethane-based products, including flexible and rigid foams, industrial coatings, elastomers and adhesives and specialty materials. These materials are widely used across industries such as automotive, construction, footwear, and protective equipment. In addition to environmental advantages, Carnol polyols also deliver performance improvements. For instance, flexible polyurethane foams produced using Carnol demonstrate enhanced load-bearing capacity and improved tensile strength, while simultaneously reducing the overall carbon footprint. Potential application areas include lightweight automotive components, protective apparel and footwear, and insulating construction materials, all of which benefit from both durability and sustainability.

A Milestone for Carbon Utilisation

Industry leaders view the new plant as a major milestone in the commercialisation of carbon capture and utilisation (CCU) technologies. Keith Wiggins, CEO of Econic Technologies, emphasised the significance of the development for the broader chemical sector.

“The opening of this plant is a watershed moment for the chemical industry. It demonstrates the industrial readiness of captured carbon utilisation. Brand owners and manufacturers across the value chain can now reduce their carbon footprint by using captured CO₂ as a sustainable raw material,” Wiggins said. He added that the collaboration with Changhua Chemical highlights how waste carbon can be transformed into valuable products, paving the way for wider adoption of the technology in the polyurethane market and beyond.

Driving Sustainable Transformation in Chemicals

Changhua Chemical also highlighted the strategic importance of the project for the chemical industry’s sustainability goals. Dr. Gu, Chairman and Owner of Changhua Group, noted that the initiative reflects China’s potential to contribute to global decarbonisation efforts. “China’s chemical sector has an opportunity to help deliver global sustainability goals. At Changhua Chemical, we are proud to lead this transformation in the polyurethanes industry. This market-based industrial model, using readily available CO₂, can be replicated and scaled to decarbonise production without compromising performance,” Dr. Gu said.

Expanding Global Partnerships

Beyond China, Econic Technologies is expanding the global reach of its carbon utilisation technology through multiple partnerships. In the United States, the company has licensed its polyols technology to Monument Chemical. Meanwhile, Econic has signed memorandums of understanding (MOUs) with several international partners, including Manali Petrochemicals in India, Sanyo Chemical in Japan, PTT Global Chemical Public Company Limited in Thailand and Chimcomplex in Romania.  These collaborations aim to accelerate the adoption of CO₂-based polyols and sustainable polyurethane materials worldwide.

Expanding Technology Portfolio

Econic Technologies is also broadening its innovation pipeline beyond polyols. In 2025, the company introduced Recreaire® carbonate ethoxylates, expanding its technology platform into sustainable surfactants. These development reflects the company’s broader strategy of using captured carbon dioxide as a feedstock for a range of specialty chemicals, thereby reducing reliance on fossil-based raw materials.

Toward a Circular Carbon Economy

The launch of Changhua Chemical’s commercial plant demonstrates how captured CO₂ can be integrated into industrial manufacturing at scale. By combining advanced catalysis with established chemical production processes, the partners are creating a new pathway for low-carbon materials in the polyurethane value chain. As per the press release, as the chemical industry intensifies efforts to reduce emissions and adopt circular carbon solutions, technologies such as CO₂-based polyols could play a crucial role in shaping the next generation of sustainable materials.

India’s nutraceutical and food supplements market is poised for significant expansion in the coming years. According to Viju Jacob, Executive Chairman of Synthite Industries, the domestic nutraceutical sector could grow exponentially and reach ₹1.1 lakh crore by 2030, driven by rising health awareness and changing consumer lifestyles. Synthite Industries, a global leader in spice oleoresins, entered the nutraceutical space about eight years ago with its health supplement brand NatXtra. Since then, the company has steadily expanded its presence and built a ₹70 crore business in this segment.

Expanding Global Presence with NatXtra

As demand for nutraceutical products continues to rise worldwide, Synthite has been actively strengthening its global footprint. Today, NatXtra products are available in Walmart stores across the United States as well as in several markets in West Asia. Over the years, the company has introduced around 30 products across multiple health categories, positioning NatXtra as a growing player in the global nutraceutical industry. One of the brand’s major successes has been its flagship diabetic support supplement, NatXtra Gymne-Mag D, which has helped the company emerge as a market leader in the diabetic supplement category. In addition, the brand’s strong digital marketing strategies have played a crucial role in accelerating growth and improving consumer engagement.

India Remains the Primary Growth Market

While Synthite continues to expand internationally, the company remains firmly focused on the Indian nutraceutical market, which is witnessing rapid growth. Jacob noted that increasing health awareness, preventive healthcare trends, and a growing middle-class consumer base are fueling demand for nutritional supplements across the country. As a result, the company has set ambitious targets. Synthite’s nutraceutical division aims to achieve a turnover of ₹400 crore within the next two years, reflecting the strong growth potential of this segment.

Entry into the Fast-Growing Gummy Supplements Segment

To capitalize on emerging consumer preferences, NatXtra has also expanded into the rapidly growing gummy supplements category. The company has introduced gummies targeting several health needs, including Ashwagandha-based stress support, gut health improvement, PCOS management and Vitamin C immunity support. These products cater particularly to younger consumers and lifestyle-focused buyers, who increasingly prefer convenient and palatable supplement formats.

Gut Health Emerges as a Key Growth Segment

Among the various product categories, gut health supplements have emerged as one of the strongest growth drivers for the company. Globally, the gut health market is currently valued at around $18.36 billion. Industry projections suggest that the market could surpass $36 billion by 2033, supported by growing awareness of the link between gut microbiome health and overall wellbeing. Recognizing this trend, Synthite is focusing on developing science-backed formulations aimed at improving digestive health and strengthening immunity.

Science-Backed Products with Strong R&D Support

A key differentiator for NatXtra lies in its science-driven product development approach. Every supplement in the portfolio is supported by research, clinical insights, and rigorous formulation standards. The brand also benefits from Synthite’s more than 50 years of expertise in natural ingredients, along with FDA-approved manufacturing facilities and advanced R&D capabilities.

Rising Awareness Driving Nutraceutical Demand in India

Jacob emphasized that the growing popularity of supplements in India mirrors trends seen earlier in Western markets. “The awareness about the need for food supplements, which began in the West several years ago, is now rapidly catching up in the domestic market,” he said. He further explained that modern lifestyles characterized by irregular eating habits, sedentary routines, and reduced exposure to sunlight have created a significant gap in daily nutrition. As a result, Indian consumers are increasingly turning to supplements to support their health and wellbeing. As reported by thehindubusinessline.com, with rising preventive healthcare awareness and strong consumer demand, the Indian nutraceutical sector appears set for sustained and accelerated growth in the coming decade.

Natco Pharma Ltd approved a scheme of arrangement to demerge its agrochemicals business into its wholly owned subsidiary, Natco Crop Health Sciences. The decision was taken during a meeting of the company’s board of directors on Tuesday. Under the proposed restructuring plan, existing shareholders of Natco Pharma will receive shares in the resulting company on a 1:1 basis, ensuring proportional ownership in the newly separated agrochemicals entity. The move is expected to help the company streamline its operations and strengthen focus on its core pharmaceutical and crop protection businesses.

Formation of New Subsidiary in Nigeria

In addition to the demerger decision, the Hyderabad-based company has also approved a proposal to incorporate a wholly owned subsidiary in Nigeria. The new entity, which will operate under the name Natco Pharma Nigeria, will be established with an initial investment of up to $1 million. The expansion is aimed at strengthening the company’s international presence and exploring growth opportunities in the African pharmaceutical market. As reported by thehindubusinessline.com, as part of its ongoing corporate restructuring, the board has also approved the liquidation of Natco Pharma Australia Pty Ltd, a wholly owned subsidiary of the company in Australia.

Waaree Energies Ltd, one of India’s leading renewable energy companies, approved a capital expenditure of ₹3,900 crore to establish a solar glass manufacturing facility with a production capacity of 2,500 tonnes per day (TPD). The project will be developed through the company’s wholly owned subsidiary, Waaree Green Glass, and is expected to strengthen Waaree’s integrated solar manufacturing capabilities.

Strengthening Domestic Solar Manufacturing

The proposed solar glass facility represents a significant step in enhancing domestic manufacturing capacity for critical solar components. Solar glass is an essential material used in photovoltaic (PV) modules, providing durability, protection, and improved efficiency for solar panels. By investing in solar glass manufacturing, Waaree Energies aims to reduce supply chain dependence on imports while supporting India’s rapidly expanding solar energy sector. The project will also contribute to the country’s broader goal of strengthening local manufacturing under the renewable energy ecosystem.

Increasing Stake in Waaree Transpower

As reported by pv-magazine-india.com, through investments in solar glass manufacturing and transformer technology, Waaree Energies is reinforcing its position across the renewable energy and power infrastructure value chain. These strategic initiatives are expected to support long-term growth, improve supply chain integration, and enhance the company’s ability to serve India’s rapidly expanding clean energy market.

The Ministry of Petroleum and Natural Gas (MoPNG) notified the Natural Gas and Petroleum Products Distribution Order, 2026 under the Essential Commodities Act, 1955, introducing a streamlined and time-bound framework for the development and expansion of pipeline infrastructure across India. The order, published in the Extraordinary Gazette of India, has come into immediate effect and aims to simplify regulatory procedures, facilitate land access, and accelerate the growth of natural gas distribution infrastructure, including pipelines passing through residential areas.

A Transparent and Investor-Friendly Framework

The newly introduced order establishes a transparent and investor-friendly regulatory framework designed to support the rapid expansion of India’s natural gas network. By simplifying approval processes and clarifying regulatory procedures, the government intends to reduce project delays and encourage private and public sector investment in gas infrastructure. The policy also aims to ensure efficient gas distribution and faster development of pipeline networks across the country. The framework seeks to make cleaner energy more accessible, supporting India’s broader energy transition goals.

Boosting Piped Natural Gas and Last-Mile Connectivity

A key objective of the order is to expand piped natural gas (PNG) networks and improve last-mile connectivity to households, industries, and transportation sectors. The policy encourages wider adoption of natural gas for household cooking fuel, transport applications such as CNG vehicles and industrial energy requirements. By promoting the use of natural gas, the government aims to reduce dependence on more polluting fuels and advance India’s transition toward a gas-based economy.

Standardised Procedures to Reduce Delays

To address long-standing administrative challenges, the order introduces standardised procedures and defined timelines for activities such as laying and constructing pipelines, operating pipeline networks and expanding existing infrastructure. These measures are expected to minimise bureaucratic ambiguity and improve coordination between regulatory authorities and infrastructure developers. As a result, companies involved in gas distribution and pipeline development will benefit from clearer guidelines and faster approvals, enabling them to execute projects more efficiently.

Strengthening Energy Security and Infrastructure Growth

By accelerating pipeline development and ensuring smoother implementation processes, the new order is expected to strengthen India’s energy security and expand the national natural gas grid. Moreover, the streamlined framework is likely to attract greater investment in energy infrastructure, while ensuring that cleaner fuels become more widely available across urban and semi-urban areas. As reported by projectstoday.ai, through these measures, the government aims to build a robust natural gas ecosystem and support the long-term development of a sustainable and diversified energy economy in India.

INOX India, manufacturer of cryogenic equipment based in Vadodara, is targeting ₹1,600 crore in revenue for FY26 as it expands into new growth segments and diversifies beyond its traditional LNG infrastructure business. While the company continues to benefit from the growing global demand for liquefied natural gas (LNG) infrastructure, it is increasingly focusing on industrial gases, advanced engineering solutions, hydrogen infrastructure and high-technology projects to sustain long-term growth.

Diversification Strategy Amid Global LNG Market Uncertainty

Rising geopolitical tensions in West Asia, which have created volatility in global LNG markets, have encouraged INOX India to diversify its revenue streams. Currently, nearly one-third of the company’s order book comes from LNG infrastructure, making diversification an important strategic priority. By strengthening its presence in industrial gas equipment, cryogenic scientific applications and advanced engineering, the company aims to maintain stable growth despite fluctuations in global energy markets.

CEO Deepak Acharya emphasized, “From a two-litre container storing bull semen to a 400-ton vessel, we are a supermarket of cryogenic equipment.” This wide product range allows INOX India to cater to industries ranging from healthcare and agriculture to energy and advanced scientific research.

Positioned Across Multiple Growth Engines

As reported by thehindubusinessline.com, by combining its strengths in LNG logistics, hydrogen infrastructure, industrial gases, high-tech engineering projects and semiconductor applications, INOX India is positioning itself across multiple high-growth sectors. As global energy markets continue to evolve, the company’s diversified portfolio is expected to provide greater resilience and sustained growth in the coming years. CEO Deepak Acharya mentioned, “With a portfolio spanning LNG logistics, hydrogen infrastructure and advanced scientific projects, we are positioning ourselves across multiple growth engines even as global energy markets remain volatile.”

SK Minerals & Additives is exploring joint venture (JV) partnerships and strategic collaborations with companies in Saudi Arabia, Japan and South Korea to strengthen its capabilities in halogen-free flame retardants under the polymer additives segment. Through these partnerships, the company aims to enhance technical expertise, improve product standardisation, and tap into export opportunities across global markets.

Strategy Focused on Technology and Market Access

The Ludhiana-based company, which claims to be the first manufacturer of halogen-free flame retardants in India, is currently in discussions with multinational manufacturing companies operating in this segment. According to Mohit Jindal, Chairman and Managing Director of SK Minerals, the company is actively pursuing partnerships that can provide technical know-how as well as global market outreach.

“Through this collaboration we are looking for market outreach. Some of these companies have been working for more than 50 years in this segment and have marketing offices throughout the world. We believe the partnership will give us easier and quicker access to some of these markets,” Jindal said. He further added that the company also aims to gain technical support from international partners in order to meet stringent European regulatory standards for flame retardants, which are more advanced and technically demanding.

Rising Global Demand for Halogen-Free Flame Retardants

Demand for halogen-free flame retardants is increasing rapidly across the Middle East, Europe and the United States, driven by stricter safety regulations and environmental considerations. Unlike traditional halogen-based additives, halogen-free flame retardants reduce smoke generation and heat release during fires while avoiding hazardous halogen gas emissions.

Initial Focus on Wire, Cable and Electronics Sectors

In the initial phase, SK Minerals plans to deploy its flame retardant products primarily in the wire and cable industry as well as electronic equipment manufacturing. However, as the company scales up its production capacity, it intends to expand into additional industries where fire safety regulations require advanced flame-retardant materials. Flame retardants are increasingly essential for regulatory compliance, as manufacturers must meet strict global fire safety standards along with India’s domestic safety regulations. Currently, SK Minerals is working on certifications required for the Indian market, while the European market requires more stringent certification standards. Once the company achieves the required product standardisation, it may also explore the possibility of setting up an additional manufacturing facility either in India or overseas to serve export markets more efficiently.

Major Manufacturing Expansion Plans

To support its global ambitions, SK Minerals is also significantly expanding its manufacturing capacity. The company plans to increase its production capacity nearly fivefold—from the current 3,600 metric tonnes per annum to approximately 19,000 metric tonnes annually within the next 12–18 months. A significant portion of the expansion will focus on flame retardant production and plastic compounding products, which are witnessing growing demand across multiple industrial sectors. In addition, the company has acquired ten acres of land to establish a new manufacturing facility with a production capacity of 10,000 metric tons. As reported by thehindubusinessline.com, the unit is expected to become operational by March 2027. “Our installed capacity is currently under expansion and is expected to increase up to 5,400 tons per annum. It is projected to reach around 19,000 tons per annum by March 2027,” Jindal said.

Abhisam Software, the company behind the internationally recognized HAZOP Professional and HAZOP Leader certification programs, announced the commercial launch of RapidHAZOP, a professional web-based HAZOP study platform designed for process safety professionals, independent safety consultants, HAZOP Leaders, HAZOP Chairmen, and HAZOP Scribes worldwide. The platform aims to simplify and modernize HAZOP studies by providing a comprehensive, affordable, and browser-based solution for process safety analysis.

Addressing a Long-Standing Gap in HAZOP Software

For years, professionals conducting HAZOP studies have faced a persistent challenge. Most available tools in the market fall into two extremes: high-cost enterprise software designed for large organizations or basic spreadsheet-based systems that often lead to inefficiencies, documentation errors, and workflow limitations.

RapidHAZOP addresses this gap by delivering professional-grade functionality at an accessible price point. The platform includes several advanced capabilities that were previously available only in enterprise tools costing thousands of dollars per user. With annual subscriptions starting at $349 and renewal priced at $199, RapidHAZOP makes advanced HAZOP study capabilities accessible to independent engineers, consultants, and smaller organizations.

According to Abhisam Software, “We built RapidHAZOP because we ran HAZOP studies ourselves and could not find software that was both genuinely capable and affordable for independent engineers and consultants. We understand what a HAZOP worksheet needs because we have filled thousands of rows, and we know what clients expect in a report because we have delivered hundreds of them.”

Industry-First Integration of Process Safety and Cyber Risk

One of the most significant differentiators of RapidHAZOP is its built-in Cyber HAZOP capability. Unlike traditional tools that treat cybersecurity risk as a completely separate analysis process, RapidHAZOP integrates cyber threat and vulnerability assessment directly within each HAZOP deviation row. This integrated approach aligns with IEC 62443 standards, enabling engineers to analyze both process safety risks and cyber risks simultaneously.

The system automatically generates a Cyber Action Tracker within the final report, ensuring that cybersecurity risks are properly documented and addressed. By integrating cyber risk directly into the HAZOP workflow, RapidHAZOP eliminates the need to run separate safety and cybersecurity studies, significantly improving efficiency and consistency.

Integrated SIF and SIL Register for Functional Safety

RapidHAZOP also introduces a fully integrated SIF and SIL Register, aligned with IEC 61511 functional safety standards. The platform allows users to capture detailed Safety Instrumented Function (SIF) data directly within the deviation worksheet, including sensor details, logic solver information, final control element, timing parameters and target SIL level.  All captured data is automatically compiled into a complete SIF Register in the final PDF report, eliminating the need for separate spreadsheets or duplicate data entry. At its price point, RapidHAZOP is currently one of the few HAZOP tools offering this level of functional safety integration.

Key Features of RapidHAZOP

RapidHAZOP includes several features designed to streamline the entire HAZOP study process—from study preparation to final reporting.

Leader Mode for Live HAZOP Meetings

The platform offers a full-screen Card View designed specifically for live HAZOP sessions. Users can navigate deviations easily using a keyboard or wireless clicker, making the interface clearly visible even from across a meeting room.

Integrated SIF & SIL Register

Safety Instrumented Function and SIL data aligned with IEC 61511 can be captured directly within the worksheet. The system automatically generates a complete SIF Register in every report.

Cyber HAZOP Capability

Cyber threat and vulnerability analysis aligned with IEC 62443 is integrated into each deviation row. A Cyber Action Tracker is automatically generated within the final report.

Clone Node Functionality

Users can duplicate a thoroughly analyzed node and apply it to similar equipment across the plant, significantly reducing repetitive work while ensuring consistency.

P&ID Annotation

RapidHAZOP allows users to upload P&ID drawings and annotate them directly within the browser. These annotations remain saved across sessions and are automatically included in the final report.

One-Click PDF Report Generation

The platform generates a complete professional report with a single click, including cover page, team listing, table of contents, full HAZOP worksheet, risk matrix, SIF register, cyber action tracker, departmental punch lists, annotated P&IDs, and digital signature section.

Action Tracker Workflow

A built-in Action Tracker consolidates all recommendations and actions into a structured workflow with four stages:

Open

In Progress

Complete

Verified Closed

Department-specific punch lists are also generated to improve accountability.

Flexible Study Configuration

RapidHAZOP supports continuous, batch, and mixed process types with pre-configured parameters and guidewords. Users can build deviations using either a Parameter-First or Guideword-First approach, offering greater flexibility during analysis.

Availability and Pricing

RapidHAZOP is available immediately through the official website rapidhazop.com. Because the platform runs entirely in a web browser, users do not need to install any software. It works seamlessly across modern browsers, operating systems, and devices. As per the press release, additionally, individuals who already hold a valid Abhisam HAZOP Leader or HAZOP Professional course license can receive a free RapidHAZOP Base license, further enhancing the value of the company’s certification programs.

Bharat Petroleum Corporation Limited (BPCL), a Fortune Global 500 company and Maharatna public sector enterprise, achieved a major milestone in India’s clean energy transition. Its joint venture NeuEN Green Energy Pvt. Ltd. has secured a contract to supply 10,000 tonnes per annum (10 KTPA) of green hydrogen to Numaligarh Refinery Ltd. (NRL) in Assam. The project marks an important step toward decarbonizing India’s refining sector while strengthening the country’s push for green hydrogen adoption and renewable energy integration.

Strategic Joint Venture for Green Hydrogen Development

NeuEN Green Energy Pvt. Ltd. is a 50:50 joint venture between BPCL and Sembcorp Green Hydrogen India Private Limited, a wholly owned subsidiary of Sembcorp Industries. The partnership represents BPCL’s strategic move into large-scale renewable energy and green hydrogen development.

The contract win reinforces BPCL’s commitment to accelerating the adoption of green hydrogen across India’s refining and industrial ecosystem. It also aligns with the country’s national energy transition goals and long-term decarbonization strategy. Notably, the project achieved the most competitive tariff discovered so far for green hydrogen, highlighting the growing commercial viability of hydrogen-based clean energy solutions in India.

10 KTPA Green Hydrogen Plant at Numaligarh Refinery

Under the agreement, NeuEN will develop and operate a 10 KTPA green hydrogen production facility at the Numaligarh Refinery in Assam. The project will be supported by a long-term offtake arrangement, ensuring stable demand and operational sustainability. The facility is expected to begin commercial operations in 2028. To ensure reliable performance, the plant will integrate renewable energy sources with advanced energy storage solutions, enabling round-the-clock electrolyser operations to support refinery decarbonization.

Strengthening BPCL’s Clean Energy Portfolio

Sanjay Khanna, Chairman and Managing Director of BPCL, highlighted, “This project marks a significant milestone in BPCL’s journey towards building a future-ready and resilient energy portfolio. Through NeuEN, we are strengthening our presence across the green hydrogen value chain and progressing towards becoming a supplier of clean energy solutions. Securing this project through a competitive bidding process reflects the growing maturity of the green hydrogen sector and our focus on developing scalable, market-aligned solutions.” He further emphasized that BPCL will continue to focus on building strong execution capabilities while contributing to industrial decarbonization and India’s long-term energy security.

Setting a Benchmark for Green Hydrogen Pricing

The competitively discovered tariff for the project sets a new benchmark for commercially contracted green hydrogen pricing globally. This achievement demonstrates the rapid progress in cost competitiveness and scalability of green hydrogen technologies in India.

The project will feature a hybrid renewable energy configuration combined with advanced storage systems, ensuring continuous hydrogen production and efficient refinery operations. In addition, the initiative strengthens Northeast India’s role in supporting national energy security and clean energy growth.

Supporting India’s Green Hydrogen Ambitions

Vipul Tuli, President and CEO – Renewables (West) and CEO – Hydrogen Business at Sembcorp, emphasized, “This award marks an important step forward in advancing India’s green hydrogen ambitions and aligns with Sembcorp’s strategy to enable a lower-carbon energy future. The landmark tariff achieved highlights the importance of well-structured long-term offtake contracts. We are pleased to support Numaligarh Refinery in its decarbonization goals together with BPCL.”

Shelly Abraham, Chairman of NeuEN, noted that the collaboration combines BPCL’s strong domestic infrastructure and market presence with Sembcorp’s global expertise in renewable energy. “Together, we are enabling the integration of low-carbon solutions into refining operations and supporting long-term industrial decarbonization,” Abraham said.

Advancing India’s Low-Carbon Energy Transition

By leveraging BPCL’s deep sector expertise and Sembcorp’s global renewable energy capabilities, the NeuEN joint venture is positioned to become a key player in India’s green hydrogen ecosystem. The project not only supports refinery decarbonization but also strengthens India’s broader vision of building a robust green hydrogen economy. As per the press release, with initiatives like this, BPCL continues to demonstrate its commitment to sustainable growth, clean energy innovation, and leadership in India’s transition toward a low-carbon future.

Padma Shri Prof. Ganapati D. Yadav, an eminent chemical engineer and former Vice-Chancellor of the Institute of Chemical Technology (ICT), Mumbai, awarded the prestigious Sir P. C. Ray Award by the Syndicate of the University of Calcutta. The award was formally presented during the University of Calcutta’s Convocation Ceremony held on March 23, 2026. The honour was conferred by the Chancellor of the University and Hon’ble Governor of West Bengal, Shri R. N. Ravi, recognizing Prof. Yadav’s outstanding contributions to science, technology, and chemical engineering.

Recognition for Contributions to Green Chemistry and Catalysis

The Sir P. C. Ray Award celebrates exceptional achievements in science and technology and commemorates the legacy of Acharya Prafulla Chandra Ray, one of India’s pioneering chemists. Prof. Yadav received this prestigious recognition for his pioneering research in green chemistry, catalysis, and sustainable industrial processes. Over the years, his work has significantly influenced chemical process innovation, environmentally sustainable technologies, and industrial catalysis, contributing to advancements in both academic research and industrial applications.

Honouring the Legacy of Acharya P. C. Ray

The award carries the name of Acharya Prafulla Chandra Ray, a legendary scientist widely regarded as one of the founding figures of modern chemical science in India. Acharya Ray was the founder President of the Indian Chemical Society and the Indian Chemical Council (formerly the Indian Chemical Manufacturers’ Association). In addition to his scientific achievements, Acharya Ray also served as the founding editor of the Journal of the Indian Chemical Society, which continues to be an important platform for publishing chemical research.

Leadership in the Indian Chemical Society

Prof. G. D. Yadav currently serves as the President of the Indian Chemical Society and Editor-in-Chief of the Journal of the Indian Chemical Society, further strengthening his contributions to the scientific community. Under his leadership, the Society recently celebrated its centenary year, marking 100 years of promoting chemical sciences in India. During this milestone period, the organization also instituted 22 new awards to recognize excellence in research and innovation across various fields of chemistry.

Strengthening Global Research Collaboration

The Journal of the Indian Chemical Society, now published by Elsevier, has gained significant international recognition. With a current impact factor of 3.4, the journal attracts high-quality research contributions from scientists and researchers worldwide, enhancing India’s presence in global chemical research. Through his leadership and vision, Prof. Yadav has played a key role in expanding the journal’s global reach and strengthening academic collaboration in the field of chemical sciences.

A Milestone Achievement in Indian Chemical Engineering

The selection of Prof. G. D. Yadav for the Sir P. C. Ray Award highlights his remarkable contributions to chemical engineering, sustainable chemistry, and scientific leadership. The honour also underscores his long-standing commitment to advancing research, mentoring young scientists, and promoting innovation in the chemical industry.