Premier Energies Ltd bagged orders worth ₹2,577 crore during the fourth quarter of FY26 for the supply of 1,600 MW of solar cells and modules. According to the company, the execution of these orders will take place over FY27 and FY28, strengthening its forward order pipeline and reinforcing its position in India’s rapidly expanding solar manufacturing sector.

Orders from Leading Industry Players

The contracts have been awarded by a diverse group of domestic customers, including independent power producers (IPPs), module manufacturers, and engineering, procurement, and construction (EPC) contractors. The mix of clients highlights the continued confidence in Premier Energies’ integrated manufacturing capabilities and project execution track record. Moreover, the new orders further strengthen the company’s growing footprint in the Indian renewable energy ecosystem.

Expanding Manufacturing Capacity

The latest order inflow also reflects the company’s rapid scale-up in manufacturing capacity. Premier Energies expects its solar cell manufacturing capacity to reach 10.6 GW by September 2026. At the same time, the company has recently expanded its solar module manufacturing capacity to 11.1 GW, enabling it to cater to increasing demand from large-scale renewable energy projects across the country.

Management Highlights Customer Confidence

Chiranjeev Saluja, Managing Director of Premier Energies, emphasized that the orders demonstrate strong market confidence in the company’s capabilities. “This robust order inflow underscores the trust placed by our customers in our manufacturing capabilities and technology roadmap,” he said. As reported by thehindubusinessline.com, with rising investments in renewable energy and government initiatives promoting domestic manufacturing, companies like Premier Energies are playing a crucial role in supporting India’s solar power expansion and energy transition goals.

BiofuelCircle, a start-up pioneering a unique farm-to-fuel ecosystem, has set up seventy biomass banks over the past three years, connecting farmers directly to the bioenergy supply chain, said co-founder and CEO Suhas Baxi. “These units typically involve an investment of around ₹3 crore and generate annual revenues between ₹3–4 crore. They have created a growing network of rural enterprises tied to the biomass supply chain,” Baxi informed. BiofuelCircle views each biomass bank as a self-sustaining rural micro-enterprise, designed to operate on commercially viable principles. These units not only handle biomass aggregation but also create local employment and structured markets for agricultural residues.

Profitability: Early Signs Are Strong

“The first ten units in our network are already profitable, while the next 25 are steadily progressing toward the same stage,” Baxi said. A typical biomass bank reaches EBITDA-positive status within 12–18 months, with a capital payback period of three to four years. While no unit has completed a full four-year cycle yet, early performance strongly suggests that profitable and sustainable rural enterprises can be built around biomass aggregation and supply chains.

Farm-to-Fuel-to-Soil Model: Economic and Environmental Benefits

Beyond financial viability, these enterprises strengthen local economies and create structured markets for agricultural residues. Baxi explained, “Our farm-to-fuel-to-soil model has the potential to become economically self-sustaining when scaled, offering both income opportunities for farmers and a steady supply of biomass for industrial users.”

Subsidies as Investment Accelerators, Not Lifelines

While subsidies can help accelerate investment, Baxi emphasized they should not be the foundation of operational viability. “Like most infrastructure-driven sectors, bioenergy projects require a three-to-five-year payback horizon. Policy incentives can attract early capital and prioritize sector growth. However, if a model depends on ongoing subsidies, it indicates a structural weakness.”

Building Reliable Supply Chains and Pricing Transparency

BiofuelCircle focuses on developing supply chains and operational processes first, ensuring biomass feedstock is available at predictable prices for bioenergy products and industrial users. “Our digital biomass marketplace connects producers, aggregators, and industrial buyers through transparent price discovery, structured contracting, and data-driven supply management,” said Baxi. The platform also uses GIS and GPS-based intelligence to map farmland, crop patterns, and residue availability, enabling optimized aggregation infrastructure and logistics planning.

Bioenergy: Reducing Fossil Dependence, Not Replacing It

Baxi cautioned that bioenergy alone cannot eliminate fossil fuel dependence, but it can significantly reduce reliance on imports and diversify the energy mix. “When combined with other renewables like solar and wind, decentralized bioenergy strengthens energy resilience and supply diversification.”

Carbon Credits Are a Bonus, Not a Business Driver

Unlike some models, BiofuelCircle does not rely on carbon credits or sustainability incentives for financial viability. Baxi said, “Incentives should reward environmental impact, not determine the economic feasibility of a business.” As reported by thehindubusinessline.com, with initiatives like ethanol blending and compressed biogas adoption gaining momentum, BiofuelCircle aims to build a reliable, scalable, and transparent bioenergy supply chain in India. Its approach emphasizes digital platforms, structured markets, and data-driven logistics as the backbone of a thriving bioenergy ecosystem.

Fluor Corporation has been selected by America First Refining (AFR) to carry out the front-end engineering and design (FEED) for a large-scale refining facility planned in Brownsville, Texas. The company will record the value of the contract—whose financial details remain undisclosed—in the first quarter of 2026.

Notably, the project marks a significant milestone for the U.S. energy sector. The AFR facility is expected to become the first new refinery built in the United States in more than 50 years, highlighting renewed investment in domestic refining infrastructure.

Refinery to Process Domestic Shale Oil

The proposed facility will incorporate commercially proven refining technologies to process American shale oil efficiently and with improved environmental performance. Once operational, the refinery is expected to process more than 60 million barrels of domestic crude oil annually. By converting shale oil into gasoline, diesel, and jet fuel, the project aims to strengthen the country’s refining capacity while supporting energy security and cleaner fuel production.

Strengthening U.S. Energy Resilience

The development of the AFR refinery aligns with broader efforts to enhance domestic energy resilience and reduce reliance on imported fuels. By utilizing U.S.-produced shale oil and advanced processing technologies, the facility will contribute to more stable fuel supplies and improved efficiency in refining operations.

Partnership Built on Technical Expertise

Pierre Bechelany, Business Group President of Energy Solutions at Fluor, emphasized the significance of the collaboration. “We are honoured to partner with America First Refining on this landmark U.S. project,” he said. “Together, AFR and Fluor bring deep technical expertise and proven project-delivery capabilities, positioning the project for successful execution,” Bechelany added. He further said that the collaboration demonstrates both companies’ commitment to modernizing the nation’s refining infrastructure and supporting future energy needs.

A Landmark Project for the U.S. Refining Industry

As one of the most significant refinery projects proposed in decades, the Brownsville facility could play an important role in revitalizing the U.S. refining sector. As per the press release, by combining advanced engineering, proven technologies, and domestic feedstocks, the project aims to support long-term fuel demand while advancing cleaner and more efficient refining operations.

India has reached a major milestone in its nuclear energy programme as the Prototype Fast Breeder Reactor (PFBR) at Kalpakkam, Tamil Nadu, achieved first criticality. This development marks a significant advancement in the country’s long-term nuclear power strategy and has been described by experts as a “seminal moment” for India’s energy future. The achievement moves India closer to nuclear self-reliance and enhanced energy security, particularly at a time when global energy markets remain volatile.

Beginning of a Sustainable Nuclear Chain Reaction

With the achievement of first criticality, the PFBR has successfully initiated a self-sustaining nuclear chain reaction. The milestone formally signals India’s entry into the second stage of its three-stage nuclear power programme, a strategy designed to maximize the country’s nuclear fuel resources. The accomplishment places India among a small group of nations with advanced nuclear capabilities. In fact, India becomes the second country after Russia to operate a commercial fast breeder reactor, highlighting the technological progress made by the country’s nuclear research and engineering institutions.

Strengthening India’s Energy Security

Leading nuclear scientists have emphasized the strategic importance of this development. Experts such as Anil Kakodkar and K. N. Vyas have highlighted that the PFBR project will play a crucial role in strengthening India’s energy independence, especially amid ongoing uncertainties in global fossil fuel supply and prices. By expanding nuclear power generation, India can reduce its dependence on imported fossil fuels while supporting the country’s clean energy transition.

Indigenous Technology Development

The Indira Gandhi Centre for Atomic Research (IGCAR) played a key role in designing and developing the PFBR, demonstrating India’s growing capabilities in advanced nuclear technology. Unlike conventional nuclear reactors, fast breeder reactors are capable of generating more fuel than they consume. This unique feature significantly improves fuel efficiency and helps extend the life cycle of nuclear resources. As a result, the PFBR not only produces electricity but also creates additional nuclear fuel, making it an important technological advancement in sustainable nuclear power generation.

Pathway to Thorium-Based Nuclear Energy

The PFBR forms a critical link in India’s three-stage nuclear programme, which ultimately aims to utilize the country’s vast thorium reserves. Thorium-based reactors are considered a promising option for long-term, sustainable, and low-carbon energy generation. By enabling the transition toward thorium fuel cycles, the PFBR project lays the foundation for the next generation of nuclear reactors in India. As reported by devdiscourse.com, the milestone represents a significant step toward building a secure, sustainable, and self-reliant nuclear energy ecosystem for the country.

The ministry of mines amended the Minerals (Other than Atomic and Hydrocarbons Energy Minerals) Concession (Second Amendment) Rules, 2026, introducing new provisions aimed at strengthening the exploration and production of critical and deep-seated minerals in India. The amendments allow the inclusion of contiguous areas and additional minerals within existing mining leases, enabling mining companies to expand operations and improve extraction efficiency.

Framework for Expanding Mining Lease Areas

Under the revised rules, the government has created a clear framework for extending mining lease (ML) and composite licence (CL) areas to include adjacent or contiguous areas. Leaseholders can now apply for a one-time extension to incorporate nearby areas into their existing leases. However, the expansion is subject to specific limits up to ten percent additional area for mining leases and up to thirty percent additional area for composite licences. These provisions are expected to improve operational efficiency and resource utilization, particularly for deposits that extend beyond existing lease boundaries.

Alignment with the MMDR Amendment Act, 2025

The new rules follow the amendments made to the Mines and Minerals (Development and Regulation) Act, 1957, through the MMDR Amendment Act, 2025, which came into effect on September 1, 2025. According to the Ministry of Mines, the reforms are designed to accelerate exploration, increase domestic mineral production, and strengthen India’s critical mineral supply chain.

Revised Payment Structure for Expanded Lease Areas

The amendment also introduces payment provisions for minerals extracted from newly added areas. For auctioned leases, leaseholders must pay 10% of the auction premium on minerals produced from the additional area.  For non-auctioned leases, companies will be required to pay an additional amount equivalent to the royalty.  These measures ensure that the expansion of lease areas continues to generate revenue for State Governments while supporting increased mineral output.

Encouraging Extraction of Deep-Seated Minerals

The inclusion of contiguous areas is expected to facilitate the extraction of deep-seated minerals, which often extend across multiple geological zones. By allowing lease expansion rather than separate auctions, the government aims to make mineral extraction more commercially viable and operationally efficient. In addition, the rules introduce a time-bound mechanism for including additional minerals in existing leases, requiring State Governments to process such applications within 30 days. Importantly, no additional payment will be required for including critical, strategic, or specified deep-seated minerals, a move intended to encourage their exploration and production.

Improving Ease of Doing Business in the Mining Sector

The Ministry of Mines stated that the amendments aim to simplify regulatory procedures, improve ease of doing business, and enhance mineral production. By encouraging exploration of critical and deep-seated minerals, the reforms are also expected to strengthen India’s mineral security and generate higher revenue for State Governments. As reported by knnindia.co.in, the changes represent a significant step toward building a more efficient and self-reliant mineral supply ecosystem in India.

Deendayal Port Authority (DPA) announced plans to transform Kandla Port into a green bunkering hub, focusing on renewable fuels to support the maritime sector’s transition toward cleaner energy. A key part of this strategy is a partnership with Assam Petro-Chemicals Limited (APCL) to develop renewable methanol production capacity. Through the collaboration, DPA aims to strengthen India’s role in the emerging green maritime fuel ecosystem while ensuring reliable fuel supply for ships calling at the port.

Agreement to Produce Renewable eMethanol

Under a definitive agreement, DPA plans to invest in the production of 60,000 tons per year of eMethanol, a renewable fuel produced using sustainable energy sources. As part of the arrangement, Assam Petro-Chemicals will provide the required technology and technical expertise. The project will operate under a revenue-sharing model between the partners. The initiative will help supply Renewable Fuel of Non-Biological Origin (RFNBO)-compliant methanol, which is increasingly being considered as a low-carbon alternative marine fuel. By producing green methanol domestically, the project will also support cost-effective bunkering services for vessels at Kandla Port.

Additional Biomethanol Production Facility

In addition to the eMethanol project, Thermax will develop a biomethanol plant with a daily production capacity of 5,000 litres. The facility will further strengthen the supply of sustainable marine fuels at the port. Together, these initiatives form a key part of DPA’s broader strategy to establish Kandla as a major green fuel hub for international shipping.

Expanding Domestic Supply Through SECI Collaboration

To further scale up renewable fuel availability, DPA is also collaborating with the Solar Energy Corporation of India (SECI). The partnership aims to secure additional domestic supply through a planned tender for 5,00,000 tons of green methanol annually within the next two years. The initiative is expected to accelerate India’s transition toward cleaner maritime fuels while reducing dependence on conventional bunker fuels.

Successful Bunkering Trials at Kandla

DPA has already taken important steps toward operational readiness. The port recently conducted a successful shore-to-ship bunkering trial, demonstrating its capability to supply alternative fuels to vessels. DPA plans to conduct additional demonstrations and pilot projects to strengthen its infrastructure and operational expertise in handling green marine fuels.

Supporting India’s Green Maritime Transition

The partnership with Assam Petro-Chemicals plays a critical role in building domestic renewable methanol production capacity. By advancing these projects, DPA aims to position Kandla as a key bunkering destination for ships adopting low-carbon fuels.

DPA Chairman Sushil Kumar Singh said, “Kandla will become one of the potential points where ships will start seeking refueling for their tanks.” As reported by projectstoday.ai, as global shipping increasingly moves toward low-emission fuel alternatives, initiatives such as these will help strengthen India’s presence in the green maritime fuel supply chain.

The government has temporarily suspended the Quality Control Order (QCO) for imports of linear alkyl benzene (LAB) in order to ensure uninterrupted availability of the key chemical in the domestic market. The move aims to address supply concerns and maintain stable raw material availability for downstream industries.

Three-Month Suspension Announced

According to a notification issued by the Ministry of Chemicals and Fertilizers on 30 March, the suspension will remain in effect for three months—from 1 April to 1 July 2026. During this period, importers will not be required to comply with the mandatory Bureau of Indian Standards (BIS) certification requirement that normally applies under the Quality Control Order. The QCO for LAB had originally come into force in April 2023, making BIS certification compulsory for both domestic production and imports of the chemical.

Government Cites Global Supply Chain Disruptions

The government explained that the temporary suspension is necessary to maintain supply stability amid evolving global conditions. In the official notification, the ministry stated that global supply chain disruptions have affected the availability of LAB, prompting the government to take immediate action. “As global supply conditions remain uncertain, the central government has taken cognizance of the supply chain disruption and is satisfied that, in order to ensure adequate availability of LAB, it is necessary to temporarily suspend the operation of the order,” the ministry said. As a result, the decision is expected to ease import restrictions and help industries maintain consistent production levels.

Key Raw Material for Detergent Manufacturing

Linear alkyl benzene (LAB) plays a crucial role in the detergent and surfactant industry. The chemical is primarily used as an intermediate in the production of linear alkyl benzene sulphonate (LAS), a widely used surfactant. LAS serves as a key ingredient in household and industrial detergents, where it provides effective cleaning and foaming properties. Consequently, maintaining a stable supply of LAB is essential for detergent manufacturers and other downstream chemical industries.

Industry Impact

By temporarily suspending the QCO requirement, the government aims to prevent supply shortages and support the continuity of detergent production. As reported by icis.com, the move is expected to help manufacturers secure raw materials more easily while global supply chains continue to stabilize. At the same time, the temporary measure highlights the government’s effort to balance quality regulations with market availability, particularly for critical industrial chemicals.

GAIL (India) Limited, a Maharatna PSU and one of India’s leading natural gas companies, signed a long-term charter party agreement with Alpha Gas, a prominent Greek shipping company, for the LNG carrier “Energy Fidelity.” The agreement was executed between GAIL and Pantheon Maritime Services Private Limited, a Singapore-based affiliate of Alpha Gas. This partnership is expected to strengthen GAIL’s LNG shipping capabilities while supporting the company’s expanding global LNG trade operations.

Agreement Signed in Athens

The charter agreement was formally signed at Alpha Gas headquarters in Athens, Greece. S. Bairagi, Executive Director (Marketing – Shipping and International LNG), GAIL (India) Limited, and Anna Angelicoussis, owner of Alpha Gas, signed the agreement on behalf of their respective organizations. The signing marks an important step in expanding collaboration between India’s energy sector and global maritime partners.

Advanced LNG Carrier with High Efficiency

The LNG carrier “Energy Fidelity” has a cargo capacity of 1,74,000 cubic meters, enabling efficient transportation of liquefied natural gas across international routes. Importantly, the vessel is equipped with advanced marine technologies designed to improve fuel efficiency and reduce environmental impact, including state-of-the-art two-stroke propulsion system and advanced air lubrication technology and shaft generators for optimized energy usage. These technologies enhance operational efficiency while significantly reducing fuel consumption and emissions, supporting the global transition toward cleaner energy logistics.

Strengthening India’s LNG Supply Chain

The long-term charter agreement represents a significant milestone for GAIL’s LNG shipping strategy. By securing dedicated LNG carrier capacity, the company aims to strengthen the reliability and efficiency of its global LNG supply chain. The agreement aligns with India’s broader energy security objectives, ensuring stable LNG transportation to meet the country’s growing natural gas demand.

Supporting India’s Maritime Vision 2047

The partnership also contributes to the ‘Maritime Amrit Kaal Vision 2047’, an initiative focused on enhancing India’s maritime infrastructure and shipping capabilities. As per the press release, through collaborations such as this, GAIL continues to support the development of a stronger maritime ecosystem while expanding its global LNG logistics network.

NOCIL Limited, India’s leading manufacturer of rubber chemicals, has commissioned a state-of-the-art Pilnox TDQ/TMQ manufacturing facility at Dahej, Gujarat. The new unit forms part of the company’s previously announced ₹250 crore investment programme, aimed at strengthening its rubber chemicals portfolio and supporting growing market demand. With this expansion, NOCIL continues to enhance its manufacturing capabilities while reinforcing its role in supporting India’s evolving rubber chemicals ecosystem.

Strengthening Capacity to Meet Rising Demand

The newly commissioned facility will significantly enhance NOCIL’s overall production capacity, building on its existing manufacturing base. As demand for high-performance rubber chemicals increases both domestically and internationally, the expansion enables the company to better serve customers across the tyre and non-tyre industries.

The plant will manufacture anti-degradants under the Pilnox TDQ/TMQ range, which play a critical role in improving tyre durability, performance, and safety. In addition to tyre applications, these chemicals are also widely used in several industrial rubber products. By expanding its product capabilities, NOCIL aims to strengthen supply reliability and support manufacturers seeking high-quality rubber chemical solutions.

Strategic Location in Dahej PCPIR

The facility is strategically located within the Dahej Petroleum, Chemical and Petrochemical Investment Region (PCPIR) in Gujarat—one of India’s most important chemical manufacturing hubs.

The location provides several operational advantages, including proximity to key raw materials, access to integrated industrial infrastructure and efficient port connectivity for exports. As a result, the Dahej facility strengthens NOCIL’s ability to maintain efficient supply chains while expanding its presence in global markets.

Focus on Safety, Sustainability, and Responsible Operations

NOCIL designed the new plant with a strong emphasis on safe and responsible manufacturing practices. The facility incorporates advanced process controls, energy-efficient technologies, and responsible resource management to ensure sustainable operations. The company has embedded operational discipline, environmental considerations, and process reliability into the plant’s design and daily functioning. These measures support NOCIL’s broader commitment to maintaining high standards of safety and sustainability across its operations.

Supporting India’s Self-Reliant Rubber Chemicals Ecosystem

The expansion aligns with NOCIL’s long-term strategy of contributing to a more self-reliant rubber chemicals value chain in India. As global supply chains continue to evolve, strengthening domestic manufacturing capabilities has become increasingly important for ensuring supply security. As per the press release, in an industry where scale, process consistency, and long product qualification cycles are critical, NOCIL continues to reinforce its competitive position through sustained investments in manufacturing infrastructure and technology.

Leadership Perspective

Anand V. S., Managing Director, NOCIL Limited, highlighted, “As supply chains evolve, building strong domestic capabilities is a responsibility we take seriously. The facility has been designed with a clear focus on safety and sustainability, embedding energy-efficient processes, responsible resource use, and operational discipline at every level. Our focus remains on building scale with responsibility and maintaining a long-term commitment to the ecosystem we serve.”

Global specialty chemicals company Nouryon has introduced Alcosperse® OTA-100, an innovative polymer additive designed to help paint manufacturers formulate water-based architectural paints that are easier to apply while meeting growing demand for low-odor and low-VOC products. As environmental regulations and consumer expectations continue to evolve, paint manufacturers are increasingly focusing on sustainable, user-friendly coatings. In response, Nouryon’s new additive supports formulators in developing paints that deliver smooth application, consistent finishes, and improved indoor painting experiences.

Designed for Modern Water-Based Paint Formulations

Alcosperse® OTA-100 integrates easily into existing water-based paint manufacturing processes, enabling producers to upgrade product performance without major changes to formulation or production lines. The additive offers flexibility across a broad range of architectural paint systems, making it suitable for multiple formulation strategies aimed at improving coating quality and sustainability.

Key Performance Benefits for Paint Manufacturers

The additive offers several advantages that help paint manufacturers enhance both product performance and user experience:

Extended Open Time: Keeps paint workable for longer periods, allowing smoother application and improved finish quality.

Low-Odor Formulation: Supports the development of paints that create a more comfortable indoor painting environment.

Reduced Glycol Usage: Enables manufacturers to minimize or replace glycol, an ingredient often associated with higher VOC levels and odor.

Wide Formulation Compatibility: Works effectively across diverse water-based paint systems, offering flexibility to formulators.

These benefits allow producers to develop high-performance architectural coatings while addressing sustainability and regulatory demands.

Supporting the Shift Toward Low- and Zero-VOC Paints

According to Joe Ferrara, Vice President of Paints and Coatings at Nouryon, the new technology provides formulators with a practical pathway to meet changing market expectations. “Alcosperse® OTA-100 helps formulators respond to the growing demand for architectural paints that are easier to use while reducing reliance on glycol. At the same time, it enables manufacturers to expand their low- and zero-VOC product portfolios without compromising quality,” Ferrara said.

Proven Performance Through Customer Trials

During customer testing and application trials, Alcosperse® OTA-100 demonstrated strong performance across a wide range of water-based paints. The additive showed minimal impact on critical coating properties, including durability, scrub resistance, stain resistance and water resistance.  These results confirm that manufacturers can improve workability and odor performance without sacrificing coating durability or protective characteristics.

Global Availability and Technical Support

Nouryon currently offers Alcosperse® OTA-100 in the Americas and Europe, allowing paint producers in these regions to incorporate the additive into existing product lines with minimal formulation changes. As per the press release, in addition, customers can access technical expertise and formulation support through Nouryon’s global Paints and Coatings application centers, helping manufacturers optimize performance for specific market requirements.