India’s commercial and industrial (C&I) energy storage market is entering a new phase of growth, according to a report jointly released by the India Energy Storage Alliance (IESA) and Customized Energy Solutions (CES). Titled “India Stationary Storage Market for C&I Applications: Insights Till 2032,” the report reveals that businesses are steadily shifting from diesel-based backup power to advanced battery energy storage systems (BESS). This transition is being driven by ambitious corporate decarbonization goals, rising electricity tariffs, the growing adoption of renewable energy, and the need for reliable power across industrial facilities and critical infrastructure.

Renewable Energy and Energy Storage to Grow Together

The report projects significant growth in both renewable energy and battery storage over the next seven years. India’s C&I renewable energy capacity is expected to increase from 32 GW in 2025 to 100 GW by 2032. At the same time, energy storage system (ESS) installations are forecast to expand nearly tenfold, reaching 31 GWh by 2032.

Industrial manufacturing facilities are expected to remain the largest users of battery storage, accounting for more than half of total installations. Meanwhile, rapidly expanding sectors such as data centers, hospitals, and railway infrastructure are likely to generate strong demand for specialized energy storage solutions that ensure uninterrupted and resilient power supply.

State Policies Accelerate Battery Energy Storage Adoption

Supportive government policies are emerging as a major catalyst for India’s C&I energy storage market. Among the states, Maharashtra has taken a leadership position by mandating energy storage systems for all new renewable energy projects exceeding 100 kW. The state has also directed electricity distribution companies (DISCOMs) to procure 10% of their electricity from energy storage systems by FY 2035-36.

In addition, states such as Gujarat, Karnataka, Rajasthan, and Tamil Nadu are encouraging battery storage deployment through transmission charge waivers and cost-reflective energy banking policies. These regulatory initiatives are making energy storage projects more financially viable while accelerating renewable energy integration.

New Opportunities for EPC Contractors and Solar Developers

The expanding battery energy storage market is creating significant business opportunities for engineering, procurement, and construction (EPC) contractors, solar developers, and system integrators.

Corporate customers are increasingly seeking customized battery energy storage systems that can seamlessly integrate with rooftop solar installations and open-access renewable energy projects. As a result, developers offering integrated solar-plus-storage solutions are expected to gain a competitive advantage.

Currently, Lithium Iron Phosphate (LFP) batteries continue to dominate the market because of their safety, long cycle life, and cost competitiveness. However, the report also highlights growing opportunities for long-duration energy storage technologies, including vanadium redox flow batteries and sodium-ion batteries, as industries look for storage solutions capable of supporting longer backup durations and greater grid flexibility. Many businesses are replacing diesel generators with battery storage systems to reduce emissions, lower operating costs, and improve energy reliability.

Industry to Discuss Future Roadmap at India Energy Storage Week 2026

The report’s findings will take center stage at India Energy Storage Week (IESW) 2026, scheduled from July 8-10 at Yashobhoomi, New Delhi. Industry leaders, policymakers, technology providers, and energy experts will discuss the latest market trends, evolving technical standards, and policy developments shaping India’s stationary energy storage sector.

Battery Storage Becomes Central to India’s Energy Transition

As India accelerates its journey toward net-zero emissions, battery energy storage is becoming an essential component of the country’s commercial and industrial energy ecosystem. With stronger state-level mandates, declining battery prices, and increasing corporate investments in renewable energy, the C&I battery energy storage market is poised for sustained expansion through 2032. As reported by mvapulse.com, the rapid deployment of stationary storage systems will not only improve energy resilience but also strengthen India’s renewable energy infrastructure, making clean, reliable, and cost-effective power more accessible for industries nationwide.

The European Commission introduced a new methodology to calculate, verify, and report the recycled content derived from chemical recycling. For the first time, the rules provide a harmonized framework that applies to all plastic recycling technologies, including both mechanical and chemical recycling.

The new framework will help European Union Member States accurately measure recycled plastic content and achieve the targets established under the Single-Use Plastics Directive. More importantly, it creates a level playing field for recyclers while providing greater regulatory certainty for companies investing in advanced plastic recycling technologies.

Why the New Rules Matter

Until now, the absence of a common methodology created uncertainty in measuring chemically recycled content. The Commission’s new rules address this challenge by introducing transparent reporting and verification standards.

As a result, businesses will be able to demonstrate compliance more consistently, while regulators can ensure that recycled-content claims are credible and comparable across the European Union. The framework is also expected to encourage further investments in innovative recycling technologies that support the region’s circular economy objectives.

Mechanical Recycling Remains the Primary Solution

Mechanical recycling continues to be the most widely used method for processing plastic waste. The process typically involves collecting, sorting, cleaning, shredding, melting, and remoulding plastic into new products. This approach works well for many types of clean and easily recyclable plastics. However, certain plastic waste streams remain difficult to recycle mechanically. Plastics contaminated with food residues, complex additives, or multiple material layers often lose quality during mechanical processing, limiting their reuse.

Chemical Recycling Complements Mechanical Recycling

To address these limitations, the Commission recognizes chemical recycling as a complementary technology rather than a replacement for mechanical recycling. Unlike mechanical recycling, chemical recycling breaks plastic waste down into its basic molecular building blocks. These molecules can then be used as feedstocks to manufacture new plastics or other chemical products. Consequently, plastics that would otherwise be difficult or impossible to recycle can be returned to the production cycle. This approach is particularly valuable for producing high-quality plastics required for demanding applications, including food-contact packaging, where stringent safety and performance standards must be met.

Phased Recognition of Recycled Plastic Content

The Commission has also outlined a phased approach for recognizing recycled plastic content based on its country of origin. Initially, only recycled plastics originating from European Union and European Economic Area (EEA) countries will qualify, as compliance with EU environmental regulations can be fully verified.

From 21 November 2027, recycled plastic sourced from OECD countries will also be eligible, provided it is not restricted under the Waste Shipment Regulation. Furthermore, recycled materials from non-OECD countries may qualify if they are produced under agreements that guarantee environmental protection and human health standards equivalent to those required by the European Union.

Boosting the Circular Economy

By establishing a transparent methodology for chemically recycled content, the European Commission aims to strengthen confidence in recycled plastics, support innovation, and accelerate the transition toward a circular plastics economy. As reported by circulareconomy.europa.eu, the new rules are expected to improve market transparency, encourage investment in advanced recycling infrastructure, and help the EU meet its long-term sustainability and recycled-content goals.

Vikram Solar commissioned its state-of-the-art manufacturing facility at Gangaikondan, Tamil Nadu, marking a major milestone in its expansion strategy with the successful production of the first solar module from the new plant. The greenfield facility has been developed as a next-generation smart factory equipped with advanced automation and digital manufacturing technologies. Besides strengthening India’s domestic solar manufacturing capabilities, the plant is expected to create employment opportunities for more than 1,500 skilled professionals, supporting the country’s clean energy and manufacturing ambitions.

Smart Factory Designed for High-Efficiency Manufacturing

The Gangaikondan facility integrates intelligent manufacturing systems that improve production efficiency, product quality, and operational reliability. The plant features real-time production monitoring, end-to-end module traceability, automated inspection systems for defect detection, intelligent grading and sorting of solar modules and automated packaging based on module performance. By leveraging digital manufacturing technologies, Vikram Solar aims to ensure consistent product quality while enhancing production efficiency and reducing manufacturing defects.

Hypersol N-Type TOPCon Modules Roll Off the Production Line

The first products manufactured at the facility are Vikram Solar’s Hypersol N-Type TOPCon G12R solar modules, designed to deliver high efficiency for utility-scale and commercial solar projects. The modules offer Power output ranging from 615 Wp to 640 Wp and module efficiencies of up to 23.69%. These high-performance modules are expected to support India’s growing demand for efficient and reliable solar energy solutions.

Gangaikondan to Anchor Vikram Solar’s Expansion Strategy

The new manufacturing campus forms the cornerstone of Vikram Solar’s long-term vision of building a fully integrated solar manufacturing ecosystem. Rather than focusing solely on module production, the company plans to gradually expand manufacturing capabilities across the entire solar value chain at the Gangaikondan site. The integrated facility is expected to include the production of solar modules, solar cells, wafers and ingots. This vertical integration strategy will help improve supply chain resilience, increase domestic value addition, and reduce dependence on imported raw materials.

Ambitious Capacity Expansion Plans

Vikram Solar has outlined an aggressive manufacturing roadmap to support India’s rapidly growing renewable energy sector. The company aims to achieve 9 GW of solar cell manufacturing capacity by FY2026-27 and 12 GW of wafer and ingot manufacturing capacity by FY2029-30. These expansion plans are expected to strengthen the company’s manufacturing footprint while contributing to the Government of India’s objective of building a self-reliant solar manufacturing industry.

Supporting India’s Clean Energy Transition

The commissioning of the Gangaikondan mega-facility represents a significant step in expanding India’s domestic renewable energy manufacturing capabilities. As the country accelerates the deployment of solar power under its clean energy goals, investments in integrated manufacturing facilities will play a crucial role in strengthening supply chain resilience, enhancing technological capabilities, and reducing import dependence. As reported by scanx.trade, with its advanced manufacturing infrastructure, digital production systems, and ambitious capacity expansion roadmap, Vikram Solar is positioning itself as a key contributor to India’s transition toward a globally competitive and self-sufficient solar manufacturing ecosystem.

India is fast-tracking the development of industrial corridors and integrated chemical manufacturing hubs as part of its strategy to build more resilient and globally competitive chemical supply chains. The initiative comes at a time when the global chemical industry is shifting its focus from cost-driven efficiency to supply chain resilience, driven by geopolitical uncertainties, trade disruptions, and the need for diversified manufacturing bases.

By developing world-class chemical parks and integrated industrial infrastructure, India aims to strengthen domestic production capabilities, reduce import dependence, and position itself as a preferred destination for global chemical manufacturing investments.

Building a Resilient Chemical Manufacturing Ecosystem

Recent global events have exposed vulnerabilities in international supply chains, prompting governments and industries to rethink their sourcing and manufacturing strategies. Recognising this shift, India is investing in dedicated industrial corridors that combine manufacturing facilities with robust infrastructure, enabling chemical companies to operate more efficiently while reducing supply chain risks. These integrated industrial ecosystems are designed to provide seamless connectivity, reliable utilities, and shared infrastructure that support large-scale chemical production and downstream industries.

Chemical Corridors to Drive Industrial Growth

The Government of India has been promoting several Petroleum, Chemicals and Petrochemicals Investment Regions (PCPIRs) and chemical manufacturing clusters to accelerate sectoral growth. These industrial corridors offer comprehensive infrastructure, including dedicated pipeline networks, port connectivity, reliable power supply, integrated logistics facilities and common utilities and support services. Such infrastructure is expected to reduce operational costs, improve manufacturing efficiency, and attract both domestic and international investments.

Key Chemical Corridor Projects

Several large-scale chemical infrastructure projects are already under development across the country. Among the most significant are: Gujarat Petroleum, Chemicals and Petrochemicals Investment Region (PCPIR), Andhra Pradesh Petroleum, Chemicals and Petrochemicals Investment Region (PCPIR), Cuddalore Petroleum, Chemicals and Petrochemicals Investment Region (PCPIR), Tamil Nadu. These projects are being developed as self-contained industrial ecosystems where manufacturers can benefit from shared infrastructure, streamlined logistics, and proximity to raw material suppliers and export gateways. By clustering industries within dedicated chemical zones, India aims to create globally competitive manufacturing hubs capable of supporting long-term industrial growth.

Reducing Import Dependence for Strategic Chemicals

Another key objective of the industrial corridor strategy is to strengthen India’s self-reliance in critical chemical products. The initiative focuses on expanding domestic production of high-value products such as specialty chemicals, pharmaceutical intermediates, agrochemicals, petrochemicals and performance materials. By increasing local manufacturing capacity, India intends to reduce its dependence on imports—particularly from China—for strategically important chemical inputs. A stronger domestic supply base will not only improve supply chain resilience but also enhance India’s competitiveness in global export markets.

Supporting India’s Long-Term Growth Vision

Industry analysts believe India’s chemical sector is entering a period of sustained expansion. Supported by initiatives such as Make in India, the proposed National Chemical Policy, and continued infrastructure investments, the Indian chemical industry is projected to reach US$300 billion by 2030. Industrial corridor development is expected to play a central role in achieving this ambitious target by providing manufacturers with modern infrastructure, efficient logistics, and investment-friendly ecosystems. Integrated chemical hubs are likely to accelerate innovation, improve operational efficiency, and strengthen India’s position within global chemical value chains.

Creating Future-Ready Chemical Supply Chains

As global supply chains continue to evolve, resilience has become just as important as cost competitiveness. India’s focus on industrial corridor development reflects a broader strategy to build a future-ready chemical industry capable of withstanding geopolitical disruptions while meeting growing domestic and international demand. By combining integrated infrastructure, strategic policy support, and enhanced manufacturing capabilities, the country is laying the foundation for a more secure, sustainable, and globally competitive chemical sector. As reported by b910.cv, if successfully implemented, these industrial corridors could become key drivers of India’s ambition to emerge as one of the world’s leading chemical manufacturing and export destinations over the coming decade.

Nearly six years after India identified coal gasification as a strategic priority for reducing dependence on imported fuels and boosting domestic chemical production, the country’s first batch of pilot projects has yet to make meaningful progress.

Almost a year after the government awarded incentives worth approximately ₹6,233 crore to eight coal gasification projects, none have moved beyond the planning stage. Persistent delays in land acquisition, coal linkage approvals, project financing, and engineering activities have pushed the expected commissioning timeline to FY2030, raising concerns over the pace of implementation. The slow progress comes at a time when global energy security concerns—including geopolitical tensions in West Asia—have renewed the importance of diversifying energy sources and accelerating indigenous fuel production.

Eight Pilot Projects Yet to Break Ground

The government’s initial incentive scheme was designed to demonstrate the commercial viability of coal gasification technology and encourage investment in downstream sectors such as chemicals, fertilizers, synthetic natural gas (SNG), methanol, and hydrogen. However, despite receiving financial support, the selected projects remain in the preliminary planning phase. To date, no major physical infrastructure, including commercial-scale gasifiers, has been commissioned. Consequently, the projects continue to exist largely on paper rather than as operational industrial assets. The revised completion target has now been extended to FY2029-30, reflecting the significant implementation challenges facing the sector. Several critical issues have delayed project execution.

Land Acquisition Remains a Major Bottleneck

Acquiring suitable land for large-scale coal gasification facilities has proven to be one of the biggest obstacles. Lengthy approval processes and site-related clearances have slowed project mobilisation across multiple locations. Developers are also working to secure long-term coal supply agreements, a crucial requirement for ensuring stable plant operations and financial viability. Without guaranteed coal availability, project developers remain hesitant to move into full-scale construction.

Financing Challenges Continue

Coal gasification is a capital-intensive technology that requires significant upfront investment. Since commercial-scale coal gasification remains relatively new in India, financial institutions have adopted a cautious approach toward lending. As a result, several project developers continue to face difficulties in achieving financial closure.

Engineering Work Progresses Slowly

Preliminary engineering and feasibility studies remain incomplete for many of the projects. Without detailed engineering designs, construction activities cannot begin, further delaying implementation. While the first batch of projects continues to struggle, the Government has introduced a much larger incentive programme worth ₹37,500 crore to accelerate coal gasification capacity across the country. The new scheme aims to create 75 million tonnes of coal gasification capacity by 2030, reflecting India’s growing emphasis on energy security, import substitution, and value-added coal utilisation. Importantly, the revised programme offers significantly more attractive incentives, including: financial support of up to ₹5,000 crore per project, assured coal linkages for up to 30 years, and stronger long-term policy support for new investments.

Early Movers Face Competitive Disadvantage

A major concern for companies participating in the original incentive programme is their exclusion from the newly announced scheme. Several first-round developers, including the joint venture between Coal India Limited and Bharat Heavy Electricals Limited, as well as Jindal Steel and Power Limited, are not eligible for the enhanced benefits available under the second phase. As a result, companies that adopted the technology early may now find themselves operating under comparatively less favourable financial conditions than future entrants. This policy shift has created uncertainty regarding the long-term competitiveness and financial viability of the original eight projects.

Implications for Investors

The prolonged delays present several challenges for investors and project developers alike. Large capital investments remain tied up without generating operational returns, while uncertainty surrounding incentive structures could affect overall project economics. The absence of clarity on whether additional policy support will be extended to the original projects may influence future investment decisions in India’s coal gasification sector. At the same time, the government’s continued commitment to expanding coal gasification suggests that the technology remains a strategic priority, even though implementation timelines have slipped considerably.

Key Developments to Watch

Investors and industry stakeholders will closely monitor several critical developments, including progress in land acquisition and statutory approvals, finalisation of long-term coal linkage agreements, completion of engineering and project design activities, achievement of financial closure by project developers, potential policy revisions that could extend enhanced incentives to the original projects, any bridge financing or additional government support to improve the financial viability of first-round participants.

Coal Gasification Remains Strategic Despite Slow Progress

Although implementation has been slower than anticipated, coal gasification continues to play an important role in India’s long-term energy and industrial strategy. The technology offers the potential to convert domestic coal into high-value products such as methanol, synthetic natural gas, ammonia, fertilizers, hydrogen, and chemical feedstocks, thereby reducing import dependence while creating new industrial opportunities. As reported by whalesbook.com, unless issues related to project execution, financing, policy consistency, and infrastructure development are addressed, India’s ambition to build a globally competitive coal gasification ecosystem may continue to face significant delays.

BASF Agricultural Solutions expanded its crop protection portfolio in India with the launch of Melyra® Fungicide and Inveris® Gold Insecticide. The two advanced crop protection solutions are designed to help Indian farmers effectively combat crop diseases and insect pests while enhancing productivity and supporting sustainable farming practices. By introducing these innovative products, BASF aims to address the evolving challenges faced by farmers, including increasing pest resistance, disease pressure, and the growing demand for higher crop yields.

Melyra® Fungicide Delivers Advanced Disease Control

Melyra® is a next-generation, broad-spectrum fungicide powered by Revysol® Active, BASF’s innovative isopropanol azole molecule that provides effective disease management while helping delay the development of fungicide resistance. In addition, the formulation combines Revysol® Active with pyraclostrobin, enabling BASF’s AgCelence® benefits that improve plant vitality, enhance crop performance, and contribute to better overall productivity. The fungicide is suitable for a wide range of crops, including cotton, groundnut, soybean, chilli and tomato.  By delivering both disease protection and improved plant health, Melyra® supports farmers in achieving healthier crops and higher yields.

Inveris® Gold Offers Broad-Spectrum Insect Protection

Complementing the fungicide launch, Inveris® Gold Insecticide features a dual-active formulation that provides broad-spectrum control of piercing and sucking pests commonly affecting vegetable crops. Inveris® Gold is recommended for vegetable crops such as chilli, tomato, brinjal, cucumber, and okra. The product has been developed to support Integrated Pest Management (IPM) practices by taking into account the protection of beneficial insects, thereby contributing to more balanced and sustainable pest control strategies.

Designed for India’s Agricultural Needs

According to BASF, both products have been specifically developed to address the agronomic requirements of Indian farmers. Giridhar Ranuva, Director, BASF Agricultural Solutions India, said, “With BASF Melyra and Inveris Gold, we are expanding our crop protection portfolio in India with solutions tailored to local agronomic needs. These innovations reflect our ongoing investment in research and development to help farmers manage resistance, address pest and disease pressure, and improve productivity in a more sustainable way.”

Expanding BASF’s Crop Protection Portfolio

The introduction of Melyra® and Inveris® Gold further reinforces BASF’s commitment to delivering innovative crop protection technologies that improve farm productivity while supporting sustainable agriculture. As Indian agriculture continues to face increasing challenges from climate variability, pest outbreaks, and resistance management, BASF’s latest offerings provide farmers with advanced solutions that combine effective crop protection, improved plant health, and responsible farming practices. As per the press release, through continued investment in agricultural innovation, BASF aims to help farmers achieve higher yields, better crop quality, and long-term sustainability across India’s diverse farming landscape.

As India accelerates its journey toward becoming a global manufacturing powerhouse, Rockwell Automation, Inc. and Cisco have announced a strategic collaboration aimed at transforming the country’s industrial landscape. By combining advanced industrial automation with secure digital infrastructure, the partnership seeks to help manufacturers build smarter, more resilient, and globally competitive operations.

The collaboration introduces a Full-Stack Software-Defined Manufacturing (SDM) reference design, a first-of-its-kind framework that integrates information technology (IT) and operational technology (OT). In addition, the companies have launched a Software-Defined Manufacturing Demo Pod at Rockwell Automation’s Gurugram facility in collaboration with Cisco’s Country Digital Acceleration (CDA) program. They also unveiled a joint digital skills initiative to prepare India’s manufacturing workforce for the next era of industrial innovation.

Enabling the Shift to AI-Driven Manufacturing

The partnership reflects a shared commitment to supporting India’s national manufacturing vision by helping industries transition from conventional automation to AI-enabled autonomous operations.

Many manufacturers continue to face challenges in integrating IT and OT systems, limiting their ability to fully leverage artificial intelligence, advanced analytics, and real-time operational insights. To address these challenges, the Full-Stack Software-Defined Manufacturing reference design combines Cisco’s software-defined networking capabilities with Rockwell Automation’s software-defined automation technologies. As a result, manufacturers can establish secure, resilient, and highly observable production environments that simplify operations while strengthening cybersecurity.

Moreover, the integrated architecture enables secure data movement across enterprise and plant-floor systems. This allows manufacturers to gain real-time visibility into operations, generate actionable insights, improve production efficiency, reduce operational risks, and support AI-powered decision-making—all while maintaining regulatory compliance and protecting critical industrial assets.

Demonstration Facility to Accelerate Industry Adoption

A key milestone of the collaboration is the launch of the Software-Defined Manufacturing Demo Pod at Rockwell Automation’s Gurugram facility. Designed as a collaborative innovation center, the Demo Pod will enable manufacturers, technology partners, and industry stakeholders to experience software-defined manufacturing solutions firsthand. The facility provides an environment where organizations can validate new technologies, co-create customized solutions, and accelerate the deployment of digital manufacturing initiatives. Importantly, the Demo Pod will help manufacturers move beyond pilot projects and scale successful implementations across multiple plants and production lines, thereby reducing deployment risks and accelerating digital transformation.

Bridging India’s Manufacturing Skills Gap

Beyond technology, the collaboration places significant emphasis on workforce development. Through a joint social impact initiative, Rockwell Automation and Cisco Networking Academy will work together to equip manufacturing professionals with critical digital, networking, automation, and cybersecurity skills required for software-defined industrial environments. The program will leverage Cisco Networking Academy alongside Rockwell Automation’s Learning+ platform to develop a future-ready workforce capable of supporting increasingly digital and connected manufacturing operations.

By investing in skills development, the companies aim to help close India’s manufacturing digital skills gap while supporting the country’s broader objectives of workforce readiness, innovation, and inclusive economic growth.

Industry Leaders Highlight the Vision

Dilip Sawhney, Managing Director, Rockwell Automation India, said, “India’s manufacturing sector is at a defining moment. By bringing together industrial automation expertise and modern digital infrastructure, we are helping manufacturers build operations that are more resilient, intelligent, and ready for the future.”

Kartika Prihadi, Vice President, Partner and Routes to Market Sales, Cisco APJC, added, “Cisco is proud to work alongside Rockwell Automation to support India’s manufacturing transformation. By unifying secure networking, automation, and AI-ready infrastructure, we are helping manufacturers move from automation to autonomy, unlocking new levels of efficiency, innovation, and trust.”

Supporting India’s Vision for Smart Manufacturing

As India strengthens its position as one of the world’s fastest-growing manufacturing destinations, the collaboration between Rockwell Automation and Cisco offers a practical roadmap for industrial digital transformation. By combining software-defined manufacturing, AI-ready infrastructure, secure networking, and workforce development, the partnership is expected to help manufacturers improve operational resilience, enhance productivity, and accelerate innovation.

As reported by analyticsinsight.net, the initiative demonstrates how technology partnerships, digital infrastructure, and skill development can work together to build a smarter, more sustainable, and globally competitive manufacturing ecosystem in India.

Chennai Petroleum Corporation Limited (CPCL) is set to accelerate its growth strategy after securing Navratna status, a milestone that grants the company greater financial and operational autonomy. The enhanced status will enable CPCL to fast-track capacity expansion, diversify into high-value petroleum products, and pursue strategic joint ventures (JVs) without requiring prior approval from its parent company, Indian Oil Corporation Limited (IOCL). According to H. Shankar, Managing Director, CPCL, the recognition makes CPCL the first single-location public sector enterprise (PSE) from Tamil Nadu to receive Navratna status, marking a significant step in the company’s evolution.

Greater Financial Flexibility for Expansion

One of the key advantages of Navratna status is the increased decision-making authority granted to the company’s board. Previously, CPCL required IOCL’s approval for capital expenditure projects exceeding ₹500 crore. Now, the CPCL board can independently approve self-funded projects of any value after evaluating financial strength, project viability, internal rate of return (IRR), and implementation timelines. This enhanced flexibility is expected to significantly reduce approval timelines and accelerate strategic investments.

Focus on High-Value Petroleum Products

With greater autonomy, CPCL plans to strengthen its downstream portfolio by exploring partnerships with technology providers and specialty manufacturers to produce value-added petroleum products. The company intends to leverage its strong feedstock availability, financial resources, and operational flexibility while collaborating with downstream industries that can provide advanced processing technologies and specialised expertise.

Capacity Expansion Plans Underway

As part of its next growth phase, CPCL has appointed Engineers India Limited (EIL) to conduct a feasibility study for expanding the capacity of its Manali refinery. The study report is expected within the next two to three months and will help define the company’s future expansion roadmap. The proposed expansion is aimed at strengthening refining capabilities while supporting the growing demand for petroleum products and petrochemical feedstocks.

Positioning for Long-Term Growth

By securing Navratna status, CPCL has gained the strategic flexibility needed to make faster investment decisions, pursue business partnerships, and expand its refining and downstream operations. As reported by thehindubusinessline.com, coupled with planned refinery expansion, retail fuel growth, and increased collaboration opportunities, the enhanced autonomy is expected to strengthen CPCL’s competitiveness and support its long-term growth in India’s evolving energy and petroleum sector.

HPCL Rajasthan Refinery Limited (HRRL) is advancing the development of India’s first Greenfield Integrated Refinery-cum-Petrochemical Complex at Pachpadra, Rajasthan, marking a major milestone in the country’s energy and industrial landscape. With an investment of ₹79,459 crore, the project ranks among India’s largest energy infrastructure developments. Once operational, the integrated complex will significantly enhance the nation’s refining and petrochemical capabilities while supporting the government’s vision of energy security and industrial self-reliance.

Advanced Refining and Petrochemical Capabilities

The state-of-the-art facility has been designed with a refining capacity of 9 million metric tonnes per annum (MMTPA), enabling it to meet growing domestic demand for transportation fuels and petrochemical feedstocks.

Equipped with a Nelson Complexity Index (NCI) of approximately 17, the refinery will be one of the most technologically advanced in India, allowing it to process a wide range of crude oils into high-value petroleum products efficiently.

In addition, the complex features a Petrochemical Intensity Index (PII) of 26, reflecting its strong emphasis on producing value-added petrochemicals. This integrated approach is expected to strengthen India’s downstream chemical industry while improving long-term competitiveness.

Driving Energy Security and Industrial Growth

Often described as the “Jewel of Rajasthan,” the HRRL project is expected to play a pivotal role in strengthening India’s energy security by increasing domestic refining capacity and reducing dependence on imported petroleum products and petrochemicals.

Beyond fuel production, the project is set to become a catalyst for industrial growth across western India. It is expected to attract downstream chemical and petrochemical industries, promote the development of an integrated manufacturing ecosystem, and generate significant employment opportunities throughout the value chain.

Supporting India’s Manufacturing Vision

The refinery-cum-petrochemical complex aligns with India’s broader objective of building a resilient and self-reliant manufacturing economy through strategic investments in advanced energy infrastructure. As construction progresses, HRRL is poised to become a cornerstone of India’s next phase of industrial development. As reported by psuconnect.in, by combining world-class refining technology with integrated petrochemical production, the project is expected to enhance the country’s global competitiveness while creating long-term economic value for the energy and chemicals sectors.

The Council of Scientific and Industrial Research – National Institute for Interdisciplinary Science and Technology (CSIR-NIIST) signed a Memorandum of Understanding (MoU) with Hyderabad-based biotech startup 3CousinLabs to evaluate the technical and commercial feasibility of producing bioethanol from seasonal fruits grown in Andhra Pradesh and Telangana. The collaboration aims to transform surplus and underutilised fruit produce into renewable biofuel, supporting India’s clean energy goals while creating additional value for the horticulture sector.

Pilot-Scale Studies to Validate Technology

As part of the consultancy project, titled “Pilot-Scale and Feasibility Studies for the Production of Ethanol from Fruit Pulp and Juices,” CSIR-NIIST will assess the viability of converting a wide range of seasonal fruits into ethanol. The institute will conduct pilot-scale trials using 150–200 litre batches to generate critical engineering and process data required for technology validation, process optimisation, scale-up, and techno-economic assessment before commercial deployment. The MoU was exchanged between C. Anandharamakrishnan, Director, CSIR-NIIST, and P. Srinivas, Managing Director, 3CousinLabs.

Supporting Commercial Bioethanol Production

3CousinLabs has developed an innovative process for converting fruit pulp and juices into ethanol. Through this partnership, the startup will leverage CSIR-NIIST’s pilot-scale infrastructure and process engineering expertise to validate and optimise the technology for industrial-scale production. The study is expected to facilitate the establishment of commercially viable decentralised bioethanol production units that utilise locally available seasonal fruits as feedstock.

Reducing Food Waste and Enhancing Farmers’ Income

A key objective of the project is to utilise surplus, unsold, and processing-grade fruits that often perish due to their short shelf life. By converting these fruits into bioethanol, the initiative seeks to minimise post-harvest losses, improve resource efficiency, and create an additional revenue stream for fruit growers and Farmer Producer Organisations (FPOs). The project is expected to strengthen rural livelihoods, expand market opportunities for seasonal fruits, and contribute to income stability for farmers through value-added processing.

Supporting India’s Ethanol Blending and Circular Economy Goals

The initiative aligns with the government’s Ethanol Blended Petrol (EBP) Programme by promoting the use of diverse and sustainable feedstocks for ethanol production. At the same time, it supports the country’s renewable energy ambitions by reducing dependence on conventional fossil fuels. In addition, the project embraces the principles of the circular economy by converting agricultural surplus and potential food waste into a valuable renewable energy resource. As reported by chinimandi.com, by combining innovative startup technology with CSIR-NIIST’s scientific expertise and pilot-scale capabilities, the partnership is expected to accelerate the commercialisation of fruit-based bioethanol technologies and contribute to India’s growing bioeconomy and sustainable energy transition.