Oil and Natural Gas Corporation (ONGC), BP and Reliance Industries Limited (RIL) are exploring a proposal to develop a common offshore infrastructure facility worth approximately $1 billion in the Mahanadi basin. The proposed facility aims to support the production and evacuation of natural gas and condensate from deepwater and ultra-deepwater fields. Initiated by the Ministry of Petroleum and Natural Gas, the proposal remains at a preliminary stage. According to an Economic Times report, citing two industry executives familiar with the discussions, the stakeholders are expected to appoint technical consultants shortly to assess the project’s feasibility.

Shared Offshore Infrastructure to Reduce Development Costs

The proposed infrastructure-sharing arrangement aims to reduce capital expenditure, improve operational efficiency and make smaller and marginal hydrocarbon discoveries commercially viable. Currently, deepwater and ultra-deepwater exploration projects require substantial investments in offshore production, processing and transportation facilities. Consequently, the high upfront costs often make smaller discoveries economically unattractive, even when recoverable hydrocarbon reserves are available. By developing a common offshore facility, ONGC, BP and Reliance could avoid duplicating expensive infrastructure and reduce the financial burden on individual operators.

Accelerating Commercial Development of Offshore Discoveries

The proposed facility would enable multiple operators to pool production and share critical offshore infrastructure. This approach could accelerate the commercial development of hydrocarbon discoveries that might otherwise remain undeveloped due to high infrastructure costs. The facility would primarily handle natural gas and condensate produced from offshore fields in the Mahanadi basin. As reported by psuwatch.com, if implemented, the project could provide a more cost-effective development model for deepwater and ultra-deepwater resources while supporting India’s efforts to strengthen domestic natural gas production and improve offshore energy infrastructure.

India’s chemicals and petrochemicals industry plays a vital role in strengthening the country’s manufacturing ecosystem, supporting agriculture and accelerating industrial development. Its products serve a wide range of sectors, including pharmaceuticals, textiles, construction, automobiles, electronics and consumer goods. As a result, the industry remains a key contributor to India’s economic growth and industrial competitiveness.

India is the sixth-largest chemical producer globally and the fourth-largest in Asia. Valued at approximately USD 220 billion, the sector is projected to reach USD 300 billion by 2030 and USD 1 trillion by 2040. India also holds significant positions in specialised chemical segments. It is the second-largest manufacturer and exporter of dyes and the third-largest exporter of agrochemicals worldwide. The industry comprises approximately 13,000 large-scale units and 4.45 lakh micro, small and medium enterprises (MSMEs), highlighting its extensive manufacturing base.

Policy Support and Investment Drive Industry Expansion

Government initiatives are playing an important role in accelerating chemical manufacturing, strengthening research capabilities and developing industrial infrastructure. These measures include dedicated chemical parks, investment incentives and quality-focused initiatives designed to improve manufacturing standards.

Furthermore, India allows 100% Foreign Direct Investment (FDI) through the automatic route in most chemical sectors. This enables foreign investors to invest without obtaining prior government approval, subject to applicable regulations. The sector has witnessed substantial growth in foreign investment. FDI inflows reached ₹1,04,895 crore between 2014 and 2026, more than double the ₹45,240 crore recorded between 2004 and 2014. This growth reflects increasing investor interest in India’s chemical manufacturing capabilities and long-term market potential.

Rising Chemical and Petrochemical Production

India’s chemical and petrochemical manufacturing capacity has continued to expand. Production of major chemicals and petrochemicals increased from 45,638 thousand metric tonnes (MT) in 2015–16 to 58,617 thousand MT in 2024–25.

This growth reflects the industry’s expanding production capabilities and supports the government’s broader efforts to strengthen domestic manufacturing. In addition, investments in industrial infrastructure and specialised manufacturing hubs are expected to improve operational efficiency and enhance India’s position in global chemical value chains.

PCPIRs: Developing Integrated Chemical Manufacturing Hubs

Petroleum, Chemicals and Petrochemicals Investment Regions (PCPIRs) represent an important initiative to promote integrated development across the chemical and petrochemical industries. Each PCPIR is a specifically designated investment region covering approximately 250 sq. km, with around 40% of its area earmarked for processing activities. These regions follow a cluster-based development model that brings together manufacturing facilities, common infrastructure, essential utilities and supporting services.

The infrastructure includes road and rail connectivity, port facilities, Common Effluent Treatment Plants (CETPs), sewage disposal systems, water supply networks and steam generation units. By providing these shared facilities, PCPIRs help reduce infrastructure costs, improve operational efficiency and create a competitive environment for chemical manufacturers and investors.

BHAVYA Rasayan Scheme to Establish Three Dedicated Chemical Parks

Further strengthening India’s chemical manufacturing ecosystem, the Centre approved the Bharat Audyogik Vikas Yojana Rasayan (BHAVYA Rasayan) Scheme in July 2026. The initiative aims to establish three dedicated chemical parks to accelerate domestic production and attract fresh investments. Each proposed park will cover a minimum area of 8 sq. km (approximately 2,000 acres). The Central Government will provide financial assistance of up to ₹1,000 crore per park, while the concerned State Government must contribute at least ₹500 crore.

The scheme has a total financial outlay of ₹3,030 crore, comprising:

₹3,000 crore for developing common infrastructure and essential utilities.

₹30 crore for administrative expenditure.

The scheme will operate over five years, covering FY 2026–27 to FY 2030–31.

Plug-and-Play Infrastructure to Strengthen Competitiveness

The proposed chemical parks will provide plug-and-play infrastructure, enabling companies to establish manufacturing facilities more efficiently. By providing ready-to-use industrial infrastructure, the initiative aims to improve resource utilisation, streamline logistics and reduce project development costs. Moreover, the parks will promote sustainable industrial development through an environment-friendly ecosystem. Key facilities will include centralised Common Effluent Treatment Plants, Storage and Disposal Facilities, and infrastructure for hazardous waste management. These integrated facilities will help address environmental compliance requirements while supporting efficient and responsible chemical manufacturing.

Strengthening India’s Position in Global Chemical Value Chains

With rising production, strong domestic demand, supportive investment policies and dedicated industrial infrastructure, India’s chemicals and petrochemicals sector is entering an important phase of expansion. Initiatives such as PCPIRs and the BHAVYA Rasayan Scheme are expected to attract investments, strengthen domestic manufacturing capabilities and improve supply-chain efficiency. As reported by pib.gov.in, together, these developments will help India expand its participation in global chemical value chains and move towards its ambition of becoming a USD 1 trillion chemicals industry by 2040.

Birla Group-backed Hindalco Industries, a global aluminium major, plans to invest an additional ₹80,000 crore over the coming years to double its upstream and downstream aluminium and copper production capacity in India. The proposed investment comes amid intensifying competition in India’s metals sector. Vedanta has announced its own expansion plans, while the Adani Group is entering the aluminium sector with a ₹1.08 lakh crore project in Odisha. These developments highlight growing industry interest in expanding domestic aluminium production.

Hindalco Advances Its ₹50,000 Crore Investment Programme

Hindalco is already executing a ₹50,000 crore investment programme to expand its operations. Of this amount, the company has spent approximately ₹20,000 crore, leaving ₹30,000 crore for upcoming projects. In addition, Hindalco plans a fresh investment cycle of ₹50,000 crore. Together, the remaining investment and the new capital expenditure programme will support its broader expansion strategy and help strengthen its leadership position in India’s aluminium and copper industries.

Focus on Expanding India’s Aluminium and Copper Capacity

Through these investments, Hindalco aims to significantly expand its upstream and downstream production capabilities. The expansion will strengthen its presence across the metals value chain while supporting the growing demand for aluminium and copper in India. As reported by fortuneindia.com, as major players increase their investments, the country’s metals sector is entering a new phase of capacity expansion and competition.

Yara India, a fertiliser company and provider of environmental solutions, launched YaraAmplix Optimaris, its first proprietary biostimulant in India under its global YaraAmplix brand. The company unveiled the product at a channel partner meet in Pune, attended by more than 50 agricultural input retailers and dealers from Maharashtra, Madhya Pradesh, Chhattisgarh and Gujarat, along with Yara India’s leadership team.

YaraAmplix: Advancing Sustainable Crop Nutrition

Backed by over 50 years of formulation expertise and more than a decade of research and development in biostimulants, YaraAmplix is designed to improve crop resilience, nutrient uptake and overall crop quality. Additionally, the portfolio supports healthier soils and helps crops adapt to environmental stress.

Yara differentiates its biostimulant portfolio through specialised formulation processes and carefully sourced natural ingredients, including seaweed and plant extracts, which undergo extensive testing. These solutions complement the company’s existing offerings while supporting regenerative agriculture, climate resilience, soil health and efficient resource utilisation.

YaraAmplix Optimaris: Supporting Crop Growth and Resilience

YaraAmplix Optimaris is a liquid foliar formulation developed using bioactive components extracted from the seaweed Ascophyllum nodosum. It aims to stimulate plant growth, improve fruit size and quality, and help mitigate the effects of abiotic stress by preparing plants to withstand challenging environmental conditions. Furthermore, the product is suitable for organic agriculture and carries European CE marking certification.

Strengthening Support for Indian Horticulture Growers

Sanjiv Kanwar, Managing Director, Yara South Asia, highlighted the growing challenges facing Indian horticulture growers due to climate variability and the need to maintain consistent crop yields and quality. He said, “Indian horticulture growers are facing rising climate variability while striving to deliver consistent yield and quality. At Yara, our mission is to support sustainable food production that addresses today’s challenges while safeguarding grower prosperity for future generations. YaraAmplix Optimaris exemplifies this mission which is scientifically validated solution to our crop nutrition offering, delivering the quality and efficacy that growers and our channel partners expect from the Yara brand. Our channel partners are the closest link to farmers, and we are pleased to introduce YaraAmplix Optimaris to them first.”

Phased Market Rollout Across India

Yara India will initially make YaraAmplix Optimaris available in Maharashtra from November 2026. Subsequently, the company plans to expand its commercial availability to Himachal Pradesh, Madhya Pradesh, Chhattisgarh, Jammu & Kashmir, Kerala, Tamil Nadu and Karnataka during the first quarter of 2027. As reported by agrospectrumindia.com, with this launch, Yara India aims to strengthen its crop nutrition portfolio and provide growers with innovative biostimulant solutions that support crop productivity and sustainable agriculture.

Nouryon is expanding its modified methylaluminoxane (MMAO) production capacity by establishing a new manufacturing operation at its existing facility in Jiaxing, China. The investment aims to meet rising demand for high-performance plastics used in solar panels and automotive applications. The company will manufacture MMAO, a catalyst activator essential for producing these advanced plastics, at the Jiaxing site to serve customers in China and international markets. Commercial production is scheduled to begin in the first half of 2028.

MMAO Supports Production of High-Performance Plastics

MMAO is an aluminium-based compound that activates catalysts used in the production of polyolefin elastomers (POE) and alpha-olefins, which serve as key inputs for POE manufacturing. POEs are strong and flexible plastics widely used in solar panels and lightweight automotive components. As demand for solar energy installations and fuel-efficient vehicles increases, manufacturers are seeking advanced materials that offer durability, flexibility and improved performance. By expanding MMAO production in China, Nouryon aims to provide customers with a closer and more reliable supply source in one of the world’s major manufacturing hubs for these materials.

Jiaxing Facility to Strengthen Regional Supply

Alain Rynwalt, Senior Vice President of Performance Materials at Nouryon, said, “Solar power and lighter, more efficient cars are driving demand for the durable plastics that make them possible, and MMAO is critical to making those plastics. By producing at Jiaxing, we put a steady supply right where the industry is growing and help our customers scale with confidence.” Nouryon currently manufactures MMAO at one of its facilities in the United States. The company highlights that its MMAO dissolves readily in production solvents and maintains stability during storage, making it suitable for large-scale industrial applications. Moreover, MMAO quality plays an important role in determining catalyst efficiency and ensuring consistency in the properties of finished plastics.

Strengthening Nouryon’s Polymer Specialties Portfolio

The MMAO product range forms part of Nouryon’s Polymer Specialties business unit within its Performance Materials segment. The business provides specialised solutions that support polymer manufacturing processes. As per the press release, through the new Jiaxing production facility, Nouryon aims to strengthen its regional supply capabilities, support the growing demand for advanced polymers and reinforce its position in the global catalyst activator market.

The US Food and Drug Administration (FDA) continues to identify serious data-integrity violations at Indian pharmaceutical manufacturing facilities and clinical research organisations (CROs). These violations have raised concerns over the reliability of information submitted by companies for regulatory assessments, a senior FDA official said. Constance Richard-Math, the FDA’s Deputy Country Director in India, said inspectors continue to uncover violations even eight years after the agency issued guidelines on data integrity. In several cases, the affected studies and tests must be repeated to generate reliable data and meet regulatory requirements.

Inspections Uncover Destruction of Critical Records

The FDA’s routine and unannounced inspections have also revealed instances of companies discarding large volumes of critical records related to analytical testing, manufacturing procedures and storage conditions. According to Richard-Math, inspectors have found cases in which truckloads of important documents were destroyed, including records disposed of using paper shredders. Such practices undermine data reliability and create challenges for developing resilient pharmaceutical supply chains. Furthermore, FDA inspections continue to identify unacceptable, and in some cases grossly insanitary, conditions at manufacturing facilities. During her presentation, Richard-Math shared photographs highlighting dirty and poorly maintained manufacturing environments.

FDA Urges Drugmakers to Strengthen Supply Chain Oversight

Richard-Math urged pharmaceutical manufacturers to extend their compliance oversight beyond their own facilities and closely monitor suppliers, vendors, contractors and other supply chain partners. She emphasised that companies must understand who operates across their supply chains and take appropriate action whenever they identify facilities that fail to meet acceptable manufacturing and quality standards. She also cautioned companies against overlooking violations at third-party facilities.

FDA Regulatory Actions During FY2025

The FDA’s regulatory actions during FY2025 further highlight the importance of compliance across pharmaceutical manufacturing operations. During the financial year, the agency issued 39 Official Action Indicated (OAI) classifications, which may include warning letters. Meanwhile, 149 inspections resulted in voluntary actions, while 53 inspections concluded without regulatory action. These figures underline the need for pharmaceutical manufacturers to strengthen quality management systems, maintain accurate documentation and address compliance gaps proactively.

Early Intervention Key to Building Compliance Culture

To establish a stronger compliance culture, Richard-Math advised pharmaceutical companies to identify warning signs early and resolve issues before they lead to product failures, recalls or medicine shortages. Supporting this concern, a survey-based white paper by Vector Consulting Group, titled The Compliance Spiral in Pharma Manufacturing, highlighted the operational challenges associated with incident and investigation management.

The report found that incident management and investigation processes can place considerable pressure on manufacturing operations, affecting batch release timelines and consuming significant management attention. It also noted that every manufacturing plant surveyed had a backlog of incidents awaiting closure. As reported by ETPharma.com, these findings highlight the importance of robust data governance, effective investigation processes and stronger quality oversight to ensure regulatory compliance and maintain the reliability of pharmaceutical manufacturing and supply chains.

The ministry of mines launched the ninth tranche of e-auctions for critical and strategic mineral blocks, continuing the government’s efforts to strengthen domestic mineral exploration and resource development. Under this latest auction round, the ministry is offering 20 critical and strategic mineral blocks in accordance with the provisions of the Mineral Auction Rules. These minerals are essential for several strategic and industrial sectors, including clean energy technologies, electric mobility, aerospace and electronics. In the previous eight auction tranches, the government offered 100 unique critical and strategic mineral blocks, of which 64 were successfully auctioned. The ninth tranche aims to further accelerate the development of India’s critical mineral resources and reduce dependence on imports.

Third Round of Exploration Licence Auctions

Alongside the critical mineral block auctions, the ministry of mines has also initiated the third round of exploration licence auctions to encourage greater private sector participation in mineral exploration, particularly for critical and deep-seated minerals. Under the exploration licence framework, private companies can undertake exploration activities for 29 specified minerals listed in the Seventh Schedule of the Act. This provision enables companies to identify and assess mineral resources before mining operations begin. As reported by projectstoday.ai, through these initiatives, the government aims to expand domestic mineral exploration, attract private investment and strengthen the supply chain for minerals that support India’s strategic, industrial and clean energy requirements.

Gujarat Energy Ltd (GEL), formerly known as Gujarat Gas Ltd, has signed a ten-year agreement with the Abu Dhabi National Oil Company (ADNOC) to procure up to four million tons of liquefied natural gas (LNG). Scheduled to begin in 2028, the agreement aims to strengthen Gujarat Energy’s long-term gas sourcing strategy and ensure reliable supplies to its growing customer base.

Four Million Tonnes of LNG Over 10 Years

Gujarat Energy will procure LNG from the international gas portfolio of XRG, ADNOC’s international investment company. Notably, this marks the first procurement of LNG from XRG’s international portfolio and represents ADNOC’s fifth LNG supply agreement in India, according to the company’s statement.

The contract provides for the supply of up to 4 million tonnes of LNG over 10 years, with prices linked to the Henry Hub index, as disclosed by Gujarat Energy in its stock exchange filing. This translates into a potential average supply of up to 400,000 tonnes annually, although actual volumes will depend on the contractual arrangements.

ADNOC Expands Global LNG Marketing Operations

The agreement will be executed through ADNOC’s global LNG marketing and trading platform, launched in Abu Dhabi Global Market in July 2026. The platform aims to market 47 million tonnes per annum (MTPA) of LNG beyond 2030.

Rashid Al Mazrouei, Chief Marketing and Origination Officer (LNG), said the partnership strengthens ADNOC’s long-standing energy relationship with India. He added that the deal represents the first sale of LNG from XRG’s international portfolio, reinforcing ADNOC’s commitment to providing reliable, long-term LNG supplies.

Strengthening Gujarat Energy’s Gas Supply Security

For Gujarat Energy, the agreement is expected to improve supply security and support its expanding customer base across industrial, commercial, domestic and automotive segments. Managing Director Avantika Singh Aulakh highlighted the importance of natural gas in India’s transition towards cleaner energy. She noted that natural gas serves as a lower-carbon energy option that improves industrial efficiency, provides households with a safer cooking fuel and supports the growth of cleaner transportation.

Expanding Presence Across the Natural Gas Value Chain

Gujarat Energy operates across multiple segments of the natural gas value chain, including gas trading, city gas distribution, exploration and production, power generation and LNG import infrastructure. Its city gas distribution network currently covers 44 districts across six states. As reported by thehindubusinessline.com, the agreement will strengthen ADNOC’s LNG marketing presence in India while expanding the role of XRG’s international portfolio in meeting growing energy demand across Asian markets.

thyssenkrupp nucera successfully commissioned a major chlor-alkali plant for Kutch Chemical Industries Limited at Padana, Gujarat, India. The facility has an annual production capacity of 220,000 metric tonnes of caustic soda (NaOH), with an output of up to 675 metric tonnes per day of 100% NaOH. As a result, it ranks among India’s largest single-train chlor-alkali plants. For this project, Kutch Chemical selected thyssenkrupp nucera’s latest BM Generation 6+ technology to strengthen its manufacturing capabilities and improve production efficiency. The new facility will support Kutch Chemical’s operations and enhance its ability to serve the domestic market. The company will use the caustic soda and chlorine produced at the plant for its own manufacturing processes as well as supply them to customers across India.

BM Generation 6+ Technology Powers High-Capacity Production

thyssenkrupp nucera provided engineering services, proprietary technology and equipment for the project. The company also supported the facility during start-up and commissioning. The plant features five electrolyzers based on thyssenkrupp nucera’s BM Generation 6+ technology. Each electrolyzer can produce up to 135 metric tonnes per day of 100% NaOH, making it the highest-capacity single electrolyzer currently installed in India. The electrolyzers have successfully started operations, marking a significant step towards strengthening India’s domestic chlor-alkali production capacity.

thyssenkrupp nucera Highlights Technology and Project Execution Capabilities

Kiran Joseph, CEO of thyssenkrupp nucera India, said, “This project highlights the importance of efficient and reliable Chlor-Alkali technology for customers expanding their production capacities. By selecting our latest BM Generation 6+ technology, Kutch Chemical is building on a technology platform designed to further improve the efficiency and reliability of Chlor-Alkali production. We are proud to contribute to the successful realization of this important expansion project.”

Kutch Chemical Strengthens Its Domestic Manufacturing Operations

Jai Prakash Goyal, Whole-time Director at Kutch Chemical India, said, “thyssenkrupp nucera combines proven Chlor-Alkali technology with extensive project execution expertise, making the company a trusted partner for our expansion plans. The successful commissioning of this plant is an important step for Kutch Chemical and supports our continued growth in the Indian market. We are pleased to build on our longstanding cooperation.” As per the press release, the commissioning marks an important milestone in Kutch Chemical’s expansion strategy. Furthermore, the deployment of advanced electrolysis technology will strengthen its production capabilities, improve operational reliability and support the growing demand for caustic soda and chlorine in India.

Suzlon Energy is targeting 10 GW of wind energy business in Karnataka over the next five years. As part of its expansion strategy, the company plans to develop two wind parks in the state, with a combined capacity to accommodate 2.2 GW of wind energy projects over the next two to three years. Dinesh Jagdale, President, Corporate Affairs and Retail Business at Suzlon, announced these plans while participating in a panel discussion on renewable energy opportunities in Karnataka at the Bharat Renewable Energy Summit (BRE Summit) 2026.

Suzlon to Develop Two Wind Parks in Karnataka

The proposed wind parks will come up in Vijayapura (Bijapur) and Raichur districts. Together, they will provide infrastructure to support wind energy projects with a combined capacity of 2.2 GW. According to Jagdale, the parks will follow a “plug and play” model, allowing wind developers to focus on project execution while Suzlon takes care of site development and supporting infrastructure. This approach is expected to simplify project development, improve execution efficiency and accelerate wind energy deployment across Karnataka.

Company Plans 2 GW Wind Turbine Blade Manufacturing Facility

In addition to developing wind parks, Suzlon is exploring plans to establish a wind turbine blade manufacturing plant in Karnataka. The proposed facility will have the capacity to manufacture blades for wind turbines totalling 2 GW. The new plant will become Suzlon’s 17th blade manufacturing facility. The expansion also reflects the company’s strategy of distributing blade production across multiple locations rather than concentrating manufacturing operations in a few large facilities.

Suzlon Targets 10 GW Wind Energy Business in Five Years

The proposed wind parks and blade manufacturing facility form part of Suzlon’s broader expansion plans in Karnataka. By strengthening project infrastructure and expanding local manufacturing capabilities, the company aims to capture emerging opportunities in the state’s renewable energy sector. These investments could also support faster project execution, strengthen the domestic wind energy supply chain and contribute to Karnataka’s renewable energy development over the coming years.