Bharat Petroleum Corporation Limited (BPCL) delivered a strong operational performance in May 2026, driven by rising mobility, robust industrial activity, growing energy consumption, and sustained economic momentum across India. The company recorded growth across key fuel categories, highlighting the resilience of the Indian economy and the increasing demand for reliable energy infrastructure. The strong performance reflects expanding transportation needs, increased industrial production, and steady household energy consumption, all of which continue to support the country’s growth trajectory.

Petrol Sales Rise on Growing Mobility Demand

BPCL reported Motor Spirit (petrol) sales of more than 1.05 million metric tons (MT) during May 2026, registering a year-on-year growth of 4.29%. The increase was primarily driven by higher personal mobility, growing road travel, and sustained consumer activity across urban and semi-urban markets. As economic activity continues to expand, fuel demand from passenger vehicles and commercial transportation remains strong.

Diesel Demand Supported by Industrial and Infrastructure Growth

High-Speed Diesel (HSD) sales crossed 2.10 million MT during the month, reflecting a robust year-on-year growth of 6.72%. The rise in diesel consumption was supported by increased logistics movement, ongoing infrastructure development projects, industrial production, and agricultural operations across various regions of the country. The strong growth underscores diesel’s critical role in powering India’s economic and industrial ecosystem.

LPG Consumption Remains Strong Across Consumer Segments

BPCL also recorded healthy growth in LPG consumption, demonstrating sustained demand from domestic, commercial, and Bharatgas Mini consumers. During May 2026, the company delivered more than 3.51 crore LPG refills nationwide, including 33.93 million domestic LPG cylinder refills, 8,32,257 commercial LPG cylinder refills and 3,58,400 Bharatgas Mini cylinder refills. The strong refill volumes highlight BPCL’s continued commitment to ensuring uninterrupted access to clean cooking fuel for households, businesses, and small commercial establishments across the country.

BPCL Continues to Strengthen Energy Infrastructure

The growth across major fuel categories reflects the strong underlying demand fundamentals of the Indian economy. According to the company, continued expansion in mobility, infrastructure development, industrial activity, and household consumption has contributed significantly to rising energy demand. BPCL remains focused on ensuring reliable energy availability through its extensive supply chain, nationwide distribution network, and customer-centric operations. The company also emphasized its ongoing investments in strengthening energy infrastructure to meet the country’s evolving energy requirements.

Uninterrupted Energy Supply Across the Nation

Throughout May 2026, BPCL maintained seamless operations across its extensive network of fuel retail outlets, LPG distributorships, aviation fuelling stations, and industrial supply channels. By ensuring uninterrupted product availability across the country, the company continued to support transportation, industries, businesses, and households that depend on reliable energy supplies for their daily operations.

Supporting India’s Economic Growth Story

BPCL’s strong performance during May 2026 reinforces its position as one of India’s leading energy companies. As fuel demand continues to rise alongside economic growth, the company remains focused on delivering efficient, reliable, and accessible energy solutions to millions of consumers. As per the press release, the results also highlight the vital role of the energy sector in supporting India’s development agenda, enabling growth across transportation, manufacturing, infrastructure, agriculture, and household consumption.

Epsilon Carbon Pvt. Ltd., a global manufacturer of carbon black, specialty carbon, and coal tar downstream products, successfully achieved Responsible Care® (RC) recertification from the Indian Chemical Council (ICC) through March 2029. The certification covers the company’s integrated manufacturing complex in Vijayanagar, Karnataka, one of India’s largest fully backward-integrated carbon manufacturing facilities. The complex has an annual production capacity of 2,15,000 tons of Carbon Black and 2,20,000 tons of specialty carbon, reinforcing Epsilon Carbon’s position as a key player in the global carbon materials industry.

Responsible Care® Reinforces Operational Excellence

Responsible Care® is the chemical industry’s most comprehensive voluntary global initiative focused on the safe, sustainable, and responsible management of chemicals throughout their lifecycle. By adhering to these internationally recognized standards, Epsilon Carbon has embedded safety, environmental stewardship, and operational integrity into its core business processes. Over the years, the company has transformed Responsible Care® from a compliance requirement into an integral part of its organizational culture. Today, RC principles guide daily operations, employee onboarding programs, and cross-functional decision-making across the business.

Certification Enhances Customer Trust and Market Access

Beyond operational improvements, the Responsible Care® certification plays a crucial role in strengthening customer confidence and expanding market opportunities. Across the global chemical and manufacturing sectors, the certification serves as a widely accepted benchmark for responsible operations and supply chain reliability. As a result, Epsilon Carbon has established itself as a preferred supplier for several critical industrial manufacturers worldwide, supported by long-term supply agreements and strategic customer partnerships.

Commitment to Responsible Growth and Expansion

Gaurav Mathur, Chief Executive Officer of Epsilon Carbon, highlighted the company’s long-standing commitment to responsible manufacturing. “We adopted Responsible Care early in our journey, well before it became standard practice for companies of our scale. Our priority was always to build robust systems rather than pursue rapid growth. That approach has shaped our safety culture, strengthened our operational framework, and earned the trust of global customers and financial partners,” he said. Mathur further noted that as the company expands its operations in Odisha and diversifies its product portfolio, the recertification demonstrates that responsible business practices continue to grow alongside the company’s ambitions.

Independent Validation of Sustainability and Operational Integrity

For Epsilon Carbon’s global customers, business partners, and investors, the Responsible Care® recertification provides independent third-party validation of the company’s commitment to safety, environmental responsibility, and operational excellence. The certification confirms that every stage of the value chain—from raw material handling and processing to product dispatch—operates under stringent standards of integrity and accountability. It also reinforces the company’s ability to maintain high levels of performance while scaling its operations and supporting future growth.

Building a Sustainable Future for the Chemical Industry

As sustainability, safety, and regulatory compliance become increasingly important across global supply chains, Epsilon Carbon’s Responsible Care® recertification highlights its dedication to responsible manufacturing and continuous improvement. As reported by et-edge-insights.com, the achievement further strengthens the company’s reputation as a trusted partner for customers seeking reliable, sustainable, and globally compliant chemical products.

Clean Max Enviro Energy Solutions Limited partnered with Gujarat Alkalies and Chemicals Limited (GACL) to accelerate industrial decarbonisation through a large-scale hybrid renewable energy project in Gujarat. The initiative combines 75.90 MW of wind power and 84.34 MWp of solar capacity, making it the largest group captive renewable energy deal secured by CleanMax to date. The partnership further strengthens CleanMax’s position as a key Net-Zero transition partner for energy-intensive industries seeking sustainable and cost-effective power solutions.

Hybrid Renewable Project to Power GACL Manufacturing Operations

Under the agreement, the hybrid renewable energy project will supply clean power to GACL’s manufacturing facilities in Gujarat. As one of India’s leading chlor-alkali producers, GACL operates highly energy-intensive manufacturing processes, making renewable energy integration a critical component of its sustainability strategy. By increasing the share of renewable power in its energy mix, GACL aims to reduce carbon emissions while improving operational efficiency and long-term cost competitiveness.

Sustainability at the Core of GACL’s Growth Strategy

Highlighting the importance of the collaboration, Avantika Singh, IAS, representing GACL, stated that sustainability remains a central pillar of the company’s long-term growth strategy. She noted that integrating hybrid renewable energy into GACL’s operations will enhance energy reliability while significantly reducing the environmental footprint of its manufacturing activities. The initiative aligns with the company’s broader commitment to responsible industrial growth and environmental stewardship.

Gujarat Emerges as a Renewable Energy Hub

CleanMax continues to expand its renewable energy footprint in Gujarat, leveraging the state’s strong solar and wind resources and favourable open-access policies. As of March 31, 2026, the company has approximately 844 MW of operational renewable energy capacity across the state. This supportive ecosystem has enabled industries in Gujarat to accelerate their transition toward cleaner and more sustainable energy sources.

CleanMax Reinforces Its Role in Industrial Net-Zero Transition

Kuldeep Jain, Founder and Managing Director of Clean Max Enviro Energy Solutions Limited, said the project demonstrates how large manufacturing companies can successfully adopt renewable energy at scale. He added that Gujarat remains a strategic market for CleanMax due to its robust industrial base and abundant renewable energy potential. As reported by scanX, as industries increasingly pursue decarbonisation and sustainability goals, the CleanMax-GACL collaboration highlights the growing role of hybrid renewable energy projects in driving India’s industrial energy transition.

India possesses immense potential to emerge as a global leader in the bioeconomy and bio-based agri-input sector, driven by its strong scientific capabilities, rich biodiversity, and rapidly expanding start-up ecosystem. According to Tejveer Singh, Secretary, Department of Chemicals and Petrochemicals (DCPC), Ministry of Chemicals and Fertilizers, these strengths provide a solid foundation for accelerating innovation and sustainable growth in the sector.

Strong Scientific Base and Biodiversity Drive Growth

India’s extensive research infrastructure and diverse biological resources create significant opportunities for developing innovative bio-based products and sustainable agricultural solutions. Moreover, the country’s growing network of biotechnology and agri-tech start-ups is fostering the commercialization of cutting-edge technologies, helping bridge the gap between research and market adoption.

Policy Support Accelerating Sector Development

In addition to its natural and scientific advantages, India is witnessing increased policy support aimed at promoting sustainable agriculture and advancing the bioeconomy. Government initiatives focused on encouraging bio-based alternatives, reducing environmental impact, and enhancing agricultural productivity are creating a favorable ecosystem for industry growth.

Roadmap to Global Leadership

Singh emphasized that a combination of supportive policies, technological innovation, and entrepreneurship will play a crucial role in strengthening India’s position in the global bioeconomy landscape. As reported by business-standard .com, as investments continue to flow into bio-based agri-inputs and sustainable agricultural practices, India is well-positioned to become a leading hub for bioeconomy-driven development and innovation worldwide.

Vianode, an advanced battery materials company, and cylib, a specialist in sustainable battery recycling and graphite recovery, have signed a memorandum of understanding (MoU) to explore the development and future supply of recycled graphite for next-generation batteries. Through this collaboration, the companies aim to strengthen battery material circularity, reduce carbon emissions, and enhance Europe’s independence in critical battery raw materials.

Collaboration Focuses on Recycled Graphite Integration

Vianode and cylib will work together to integrate recycled graphite concentrate recovered through cylib’s proprietary OLiC (Optimized Lithium and Graphite Recovery) technology into Vianode’s advanced anode materials. As part of the partnership, cylib will supply high-quality recycled graphite concentrate, while Vianode will develop, test, and validate its use in next-generation battery anodes through laboratory and pilot-scale evaluations. The initiative is designed to support the growing demand for sustainable battery materials while reducing dependence on virgin graphite resources.

Driving Circularity Across the Battery Value Chain

The collaboration represents an important step toward creating a closed-loop battery materials ecosystem. Vianode will focus on developing anode formulations that incorporate recycled graphite and conducting pilot projects to assess their performance at commercial scale. cylib will continue refining its recycling processes to recover and produce graphite concentrate that meets the stringent quality and purity standards required for battery-grade anode production. The company will also work to establish a reliable supply chain capable of supporting future industrial-scale demand.

Supporting Europe’s Low-Carbon Battery Ambitions

Burkhard Straube, CEO of Vianode, emphasized the importance of circularity in the battery industry. “Closing the loop on battery materials is essential for building a truly sustainable battery value chain,” he said. Straube noted that integrating recycled graphite into advanced anode materials will help reduce reliance on virgin raw materials while supporting Europe’s vision for a resilient and low-carbon battery ecosystem. Subject to successful testing and evaluation, both companies intend to negotiate a commercial agreement for the long-term supply of recycled graphite concentrate.

Combining Advanced Anode Technology with Sustainable Recycling

Dr. Lilian Schwich, Co-CEO and Co-Founder of cylib, highlighted the complementary strengths of the partnership. “Vianode brings advanced anode expertise, while we contribute proven recycled materials technology,” she said. “Together, we are demonstrating that circular solutions can deliver both sustainability and competitive advantage for Europe.” The partnership combines Vianode’s expertise in high-performance battery materials with cylib’s innovative recycling capabilities, creating a pathway for more sustainable battery production.

Low-Carbon Technologies Accelerate Sustainability Goals

Vianode’s synthetic anode graphite is produced with approximately 90% lower CO₂ emissions than conventional graphite materials currently used in the battery industry. By incorporating recycled graphite into its products, the company aims to move closer to its target of reducing emissions to 1.0 kg CO₂e per kilogram of graphite by 2030. At the same time, cylib’s water-based OLiC technology achieves recovery rates exceeding 90% for critical battery materials, including lithium, graphite, nickel, cobalt, and manganese. Compared with primary raw material extraction, the process reduces carbon emissions by around 80% and supports circular material flows across multiple battery chemistries.

Building a Sustainable Future for Battery Manufacturing

As demand for electric vehicles and energy storage systems continues to rise, the Vianode-cylib partnership demonstrates how advanced recycling technologies and innovative battery materials can work together to create a more sustainable and resilient battery supply chain. As per the press release, the collaboration also highlights the growing importance of circular economy solutions in achieving Europe’s long-term decarbonisation and energy transition goals.

Gujarat Mineral Development Corporation (GMDC) partnered with the University of Cambridge to establish India’s first Artificial Intelligence (AI)-powered Rare Earth Supply Chain Observatory at the International Centre of Excellence in Mining (iCEM). The initiative marks a significant milestone in India’s efforts to strengthen critical mineral intelligence and enhance supply chain resilience for rare earth elements (REEs), which are essential for advanced technologies, clean energy systems, electric vehicles, electronics, and defense applications. By combining global academic expertise with India’s mining capabilities, the partnership aims to create a robust platform for data-driven decision-making across the rare earth value chain.

AI Platform to Monitor the Entire Rare Earth Ecosystem

At the heart of the initiative is an advanced AI-powered intelligence platform designed to track and analyze the complete rare earth supply chain in real time. The observatory will monitor every stage of the value chain, including rare earth mining and extraction, processing and refining activities, manufacturing and industrial applications, end-use market demand, global price movements, processing capacities, supply chain disruptions and geopolitical and market risks. Through advanced analytics and real-time intelligence, the platform will provide stakeholders with actionable insights to improve strategic planning, risk management, and supply chain security.

Leveraging Cambridge’s Research Expertise

Supported by GMDC, the International Centre of Excellence in Mining (iCEM) will gain access to the University of Cambridge’s world-class research capabilities, analytical frameworks, and extensive academic network. The collaboration brings together Cambridge’s expertise in industrial resilience, supply chain analytics, and critical minerals research with GMDC’s experience in India’s mining sector. As a result, the initiative is expected to strengthen knowledge sharing, foster innovation, and support the development of advanced tools for managing rare earth supply chains in an increasingly complex global environment.

Two-Year Project Backed by GBP 600,000 Investment

The Rare Earth Supply Chain Observatory will be developed in collaboration with the Institute for Manufacturing (IfM) at the University of Cambridge, a globally recognized center for research in industrial systems, manufacturing competitiveness, and critical mineral supply chains. The project will be implemented over a two-year period and is supported by an investment of GBP 600,000. During this phase, the partners will develop scalable digital tools and intelligence systems aimed at improving transparency, forecasting capabilities, and supply chain resilience within the rare earth sector.

Enhancing India’s Rare Earth Competitiveness

The initiative represents an important step in GMDC’s transformation into a knowledge-driven mining enterprise focused on innovation, technology, and strategic resource management. The project strengthens Gujarat’s position as an emerging hub for critical minerals research and intelligence. By providing real-time visibility into global rare earth markets, the Observatory is expected to support policymakers, industry stakeholders, researchers, and investors in making informed decisions.

Rare earth elements play a crucial role in modern industries, particularly in renewable energy technologies, electric mobility, semiconductors, telecommunications, and defense systems. Consequently, ensuring a resilient and transparent supply chain has become a strategic priority for many countries, including India.

Through this collaboration, GMDC and the University of Cambridge aim to strengthen India’s capabilities in critical mineral intelligence while supporting long-term supply chain security and industrial competitiveness. As reported by projectstoday.ai, the AI-powered Rare Earth Supply Chain Observatory is expected to serve as a valuable platform for advancing research, improving market transparency, and enhancing India’s preparedness in the rapidly evolving global rare earth ecosystem.

Ganesh Green Bharat Ltd bagged a 1,000 MWh Battery Energy Storage System (BESS) engineering, procurement, and construction (EPC) contract from NTPC Renewable Energy Ltd (NTPC REL), marking a significant milestone in the company’s expansion into India’s rapidly growing energy storage sector. The award reinforces Ganesh Green Bharat’s growing presence in the clean energy industry and highlights its capability to deliver large-scale energy storage infrastructure critical to India’s renewable energy transition.

Integrated EPC and Battery Supply Capabilities Drive Growth

Under the contract, Ganesh Green Bharat will not only execute the EPC scope of the project but also supply the battery energy storage systems. This integrated approach demonstrates the company’s capabilities across manufacturing, engineering, procurement, and project execution. By combining technology supply with project implementation, GGBL aims to deliver efficient and reliable energy storage solutions that support grid modernization and renewable energy integration. The project further strengthens the company’s position in the utility-scale energy storage market, a segment expected to witness substantial growth as India increases its renewable energy capacity.

Energy Storage Becomes Critical to India’s Renewable Energy Ambitions

Battery Energy Storage Systems are emerging as a key enabler of India’s clean energy future. As renewable power generation from solar and wind continues to expand, energy storage plays an increasingly important role in ensuring grid stability, balancing intermittent power generation, and meeting peak electricity demand.

In addition, large-scale BESS installations help enable round-the-clock renewable power supply, improving the reliability and efficiency of the electricity network. By participating in one of the country’s major energy storage projects, Ganesh Green Bharat is positioning itself at the forefront of this evolving market opportunity.

Strong Financial Performance Supports Expansion Strategy

The NTPC REL order comes at a time when Ganesh Green Bharat is reporting robust business growth. For FY26, the company recorded revenue of ₹1,064.26 crore, more than tripling from ₹321.76 crore in FY25. Profit after tax (PAT) also increased significantly, rising to ₹75.18 crore compared with ₹30.22 crore in the previous financial year. The company reported an order book of approximately ₹2,212 crore, providing strong revenue visibility and supporting its future growth plans across renewable energy and energy storage businesses. The strong financial performance reflects increasing market demand for the company’s products and services, as well as its growing execution capabilities across the clean energy value chain.

Leadership Highlights Strategic Importance of the Project

Ketan Patel, Chairman and Managing Director of Ganesh Green Bharat, commented, “Securing this 1,000 MWh BESS project from NTPC Renewable Energy Ltd is a significant achievement for Ganesh Green and reflects the confidence that leading industry stakeholders place in our capabilities.” He further emphasized the growing role of energy storage in India’s renewable energy journey.

“Energy storage is rapidly becoming central to India’s renewable energy transition. We remain committed to contributing meaningfully to this transformation through advanced technologies, reliable execution, and integrated clean energy solutions. This order strengthens our growth trajectory and reinforces our vision of building a future-ready renewable energy enterprise,” Patel informed.

Well Positioned for Emerging Energy Transition Opportunities

With a strong order pipeline, expanding manufacturing and EPC capabilities, and improving financial performance, Ganesh Green Bharat is well positioned to capitalize on opportunities arising from India’s energy transition.

The company continues to strengthen its presence across the renewable energy value chain while expanding into high-growth sectors such as battery energy storage. As demand for grid-scale storage solutions accelerates, projects like the NTPC REL contract are expected to play a key role in supporting both the company’s growth ambitions and India’s clean energy objectives.

As reported by saurenergy.com, the latest order not only enhances Ganesh Green Bharat’s position in the energy storage ecosystem but also underscores the increasing importance of BESS technologies in enabling a resilient, reliable, and sustainable power infrastructure.

SHAKTI Group of Companies commissioned a 178 tons per day (TPD) cryogenic Air Separation Unit (ASU) at Karjan, Gujarat, significantly expanding its industrial gas manufacturing capabilities and strengthening its presence in western India.

The facility, operated by Shaktishree Air Pvt. Ltd., will produce Liquid Oxygen (LOX), Liquid Nitrogen (LIN), and Liquid Argon (LAR). Through this investment, SHAKTI aims to enhance its supply capabilities for both industrial and medical gas markets while supporting the growing demand for high-quality gases across multiple sectors.

Expanding Capacity to Meet Rising Market Demand

The commissioning of the Karjan plant comes at a time when demand for industrial gases continues to grow across manufacturing, healthcare, infrastructure, renewable energy, and advanced technology industries.

As industrial production expands and new infrastructure projects gain momentum, the need for reliable supplies of oxygen, nitrogen, and argon has increased substantially. Recognizing this opportunity, SHAKTI has invested in large-scale cryogenic gas production to strengthen its market position and ensure dependable supply for customers. The new facility marks the company’s entry into larger-scale cryogenic liquid gas manufacturing and represents a key milestone in its long-term growth strategy.

Supporting Diverse Industrial Applications

The Karjan Air Separation Unit has been designed to serve a broad spectrum of industries that depend on industrial gases for critical operations. These include steel and metal processing, pharmaceuticals and healthcare, solar energy manufacturing, engineering and fabrication, infrastructure and construction and advanced manufacturing industries.

Industrial gases play an essential role in numerous applications, including welding, metal cutting, heat treatment, semiconductor manufacturing, pharmaceutical production, and medical oxygen supply. By increasing local production capacity, SHAKTI aims to improve availability and provide enhanced service support to customers across these sectors.

Enhancing Supply Reliability Across Western India

In addition to increasing production volumes, the new facility is expected to strengthen SHAKTI’s regional distribution network and improve delivery responsiveness. The company has developed the plant with a strong focus on operational reliability, supply resilience, and future scalability. As a result, SHAKTI will be better positioned to maintain consistent supplies of oxygen, nitrogen, and argon across key industrial clusters in Gujarat and neighboring regions. Furthermore, localized production will enable faster response times, improved logistics efficiency, and greater flexibility in meeting customer requirements.

Leadership Highlights Strategic Growth Milestone

Vipul Patel, Managing Director of SHAKTI Group, described the project as a major milestone in the company’s expansion journey. He noted that the 178 TPD facility significantly enhances SHAKTI’s ability to support industries that play a vital role in India’s manufacturing growth, infrastructure development, and economic progress. The investment also reflects the company’s commitment to building robust industrial gas infrastructure capable of supporting both current market demand and future industrial expansion.

Positioned to Support India’s Industrial Growth

The Karjan plant is now fully operational, and production has commenced. As India continues to invest in renewable energy, healthcare infrastructure, advanced manufacturing, and large-scale industrial projects, demand for industrial gases is expected to remain strong in the coming years. By commissioning the Air Separation Unit, SHAKTI has strengthened its capability to participate in this growth while ensuring a reliable supply of critical gases for industries across western India.

As reported by manufacturingtodayindia.com, the project also aligns with the company’s broader strategy of expanding production capacity, strengthening supply networks, and contributing to India’s evolving industrial ecosystem through dependable and scalable gas manufacturing infrastructure.

TACC Limited, an LNJ Bhilwara Group company and wholly owned subsidiary of HEG Limited, signed a Memorandum of Understanding (MoU) with the Institute for Functional Intelligent Materials (I-FIM) at the National University of Singapore (NUS) to advance research, development, and commercialization of next-generation materials technologies.

The partnership brings together TACC’s industrial expertise and commercialization capabilities with NUS I-FIM’s globally recognized scientific research strengths. Together, the two organizations aim to accelerate innovation in advanced materials science, graphene technologies, nanotechnology, and other emerging functional materials.

Driving the Future of Advanced Materials

The collaboration reflects a shared commitment to transforming breakthrough scientific discoveries into commercially viable technologies. By combining academic research excellence with industrial-scale implementation, both organizations seek to shorten the pathway from laboratory innovation to real-world applications. In particular, the partnership will focus on developing advanced functional materials capable of addressing future challenges across multiple industries, including energy, electronics, mobility, infrastructure, and manufacturing.

Key Focus Areas of the Collaboration

Under the MoU, TACC and NUS I-FIM will explore cooperation across several strategic areas designed to advance technology readiness and commercialization. The collaboration will focus on advancing research and innovation in graphene and advanced functional materials, converting laboratory discoveries into scalable industrial applications, developing, testing, validating, and commercializing emerging technologies, accelerating Technology Readiness Levels (TRLs) through applied research and pilot-scale projects, exploring commercialization opportunities through licensing agreements, startups, and joint ventures, building talent through researcher exchange programs, interdisciplinary learning initiatives, and industry-focused training, strengthening innovation links between the Singapore and Indian technology ecosystems and leveraging artificial intelligence (AI), data-driven research, and laboratory automation to develop novel advanced materials.

Strengthening India’s Advanced Materials Ecosystem

Ankur Khaitan, Managing Director and CEO of TACC Limited, emphasized the growing importance of carbon-based advanced materials in shaping future industries. “Carbon-based advanced materials are redefining industries, and TACC sits at the intersection of this transformation. Our MoU with NUS represents a deliberate step toward accelerating technology maturity, creating meaningful commercialization pathways, and strengthening India’s innovation ecosystem by bringing together world-class research and industrial-scale ambition,” he said. His remarks underscore TACC’s commitment to building a robust advanced materials ecosystem capable of supporting high-value manufacturing and technology-driven growth.

Unlocking the Commercial Potential of Graphene

Professor Sir Konstantin Novoselov, Director of NUS I-FIM and Nobel Laureate recognized for the discovery and characterization of graphene, highlighted the importance of industry-academia collaboration in advancing real-world applications of breakthrough materials. “Graphene’s potential has never been in doubt. The real challenge lies in successfully integrating it into practical applications. This partnership combines the scientific depth of NUS with the manufacturing expertise and industrial scale of a company that understands how to operate at the technological frontier. Strong collaboration between academia and industry is essential to accelerate innovation and translate scientific discoveries into scalable technologies,” he said.

Creating a Cross-Border Innovation Platform

Beyond research, the partnership aims to establish a powerful cross-border innovation platform connecting Singapore’s advanced research ecosystem with India’s growing manufacturing and technology landscape. By fostering collaboration among scientists, engineers, entrepreneurs, and industry leaders, the initiative is expected to accelerate the development of commercially viable advanced materials solutions while supporting the emergence of new technology ventures and intellectual property.

Advancing Commercialization of Next-Generation Materials

As global demand grows for high-performance, sustainable, and intelligent materials, collaborations such as this will play a critical role in bridging the gap between research and industry. Through this strategic alliance, TACC Limited and NUS I-FIM aim to accelerate the commercialization of graphene and advanced functional materials, creating new opportunities for innovation, industrial competitiveness, and economic growth. As per the press release, the partnership also reinforces the increasing importance of international collaboration in driving breakthroughs in advanced materials science and next-generation manufacturing technologies.

netiBIO, the bioenergy division of STEER World, received the ‘Breakthrough Technology to Pre-Condition Biomass and Agri Residue for Value Creation in Bioenergy and Biofuels’ award at the 5^th BBB International Expo and Summit 2026. The award recognizes netiBIO’s innovative contribution to improving biomass utilization and enhancing the efficiency of India’s rapidly growing Compressed Biogas (CBG) sector.

Addressing a Key Challenge in CBG Production

One of the major challenges facing CBG plant operators is the effective processing of biomass and agricultural residue feedstocks before anaerobic digestion. Poor feedstock digestibility often limits biogas production and impacts plant economics. To overcome this challenge, netiBIO has developed an advanced biomass pre-treatment technology that improves feedstock digestibility and conversion efficiency. By optimizing biomass structure before digestion, the technology helps increase the availability of organic material for microbial breakdown, thereby enhancing biogas generation. Under suitable operating conditions, the solution has demonstrated the potential to improve biogas yields by up to 2.1 times, making it a valuable innovation for improving the operational performance and profitability of CBG plants.

Industry Leaders Present the Award

The award was received by Rajaraman DC, Chief Business Officer, Bioenergy Division, STEER World. Nitin Gupta, Executive Director and Global CEO of STEER World, said that improving biogas yields from existing biomass and agricultural residues is one of the most practical ways to strengthen the economics of India’s CBG industry. He noted that the recognition validates the company’s efforts to develop pre-treatment technologies that are not only technically robust but also scalable and easy to deploy in real-world operating environments. According to him, the award reinforces netiBIO’s commitment to delivering solutions that help operators maximize value from available biomass resources.

Supporting India’s Renewable Energy and Circular Economy Goals

netiBIO’s technology is designed to enable more efficient utilization of agricultural residues, reduce feedstock-related inefficiencies, and support large-scale waste-to-value operations across the bioenergy sector. The solution integrates seamlessly with existing plant operations, allowing CBG producers to improve performance without significant process disruptions. As India accelerates its renewable energy transition and expands its biogas infrastructure, such innovations are expected to play a critical role in improving plant productivity and sustainability.

BBB Expo Continues to Drive Bioenergy Innovation

The BBB International Expo and Summit has emerged as one of India’s leading platforms for discussions on bioenergy technologies, policy development, investment opportunities, and industry collaboration. Organized by the Indian Biogas Association in partnership with Indus Exposium and Reveille Energy, the event receives support from the Ministry of New and Renewable Energy and the Ministry of Road Transport and Highways. As per the press release, the recognition of netiBIO’s breakthrough biomass pre-conditioning technology underscores the growing importance of innovation in enhancing biogas production efficiency and advancing India’s clean energy ambitions.