Indian drugmakers – including Sun Pharmaceutical Industries, Zydus Lifesciences, and Dr. Reddy’s Laboratories have launched generic versions of semaglutide injections following the expiration of the drug’s patent. The development significantly improves affordability and access for patients managing Type 2 Diabetes and obesity in India.

Competitive Launches Drive Down Treatment Costs

The launches came shortly after Natco Pharma introduced its generic semaglutide injection, priced at approximately ₹1,290 per month. Subsequently, other major players entered the market, intensifying competition and driving down prices. As a result, patients now have access to a wider range of cost-effective treatment options.

Diverse Product Offerings Across Companies

Each company has introduced multiple formulations tailored to different patient needs. Semaglutide belongs to the GLP-1 receptor agonist class of drugs, which have a well-established global track record. India’s pharmaceutical industry continues to expand rapidly. According to the Ministry of Commerce and Industry, pharma exports grew by 9.4% in 2024–25, reaching $30.47 billion.

Expanding Access and Strengthening Global Position

As reported by ndtv.com, the launch of low-cost generic semaglutide marks a major step toward affordable healthcare in India. By increasing competition and reducing prices, Indian pharmaceutical companies are not only improving patient access but also strengthening the country’s leadership in global generic drug manufacturing.

Bharat Petroleum Corporation Limited (BPCL) has commissioned a second-generation (2G) bioethanol refinery in Bargarh, marking a significant milestone in India’s transition toward clean and sustainable energy. The development reinforces BPCL’s commitment to reducing dependence on fossil fuels while supporting the country’s broader renewable energy goals.

Advanced Technology Converts Agricultural Waste into Fuel

The newly commissioned facility has a production capacity of 100 kilo litres per day (KLPD) of fuel-grade bioethanol. Notably, the plant uses rice straw as feedstock, leveraging advanced lignocellulosic technology. Through a combination of pretreatment and fermentation processes, the refinery efficiently converts agricultural residues into ethanol. As a result, it enables the use of non-food biomass, avoiding competition with food resources while promoting sustainable fuel production.

Zero Liquid Discharge Ensures Environmental Sustainability

Importantly, the refinery has been designed as a zero liquid discharge (ZLD) facility, ensuring optimal water management and minimal environmental impact. The project directly supports the government’s ethanol blending programme, which targets 20% ethanol blending in petrol. Additionally, it aligns with the National Policy on Biofuels aimed at boosting domestic biofuel production. By increasing ethanol availability, the refinery will contribute to energy security, reduced crude oil imports, and lower carbon emissions.

Boosting Rural Economy and Farmer Incomes

Beyond environmental benefits, the project is expected to generate significant socio-economic value. The the initiative not only supports clean energy goals but also promotes inclusive rural development. As reported by projectstoday.ai, the commissioning of the 2G bioethanol plant by Bharat Petroleum Corporation Limited marks a crucial step toward building a sustainable and circular bioeconomy. By transforming agricultural waste into valuable fuel, BPCL is helping accelerate India’s journey toward a low-carbon and energy-secure future.

The ministry of mines is set to launch the seventh tranche of auctions for critical and strategic mineral blocks. The latest round underscores the government’s continued push to strengthen domestic mineral security and resource development.

Critical Minerals Key to Energy Transition and Technology Growth

Critical minerals such as lithium, graphite, rare earth elements, tungsten, vanadium, and titanium play a vital role in powering India’s clean energy transition, advanced technologies, and industrial growth. However, their limited global availability and geographical concentration pose significant supply risks. Therefore, securing domestic access to these resources has become a strategic priority for India.

Policy Reforms Driving Resource Development

To address these challenges, the government amended the Mines and Minerals (Development and Regulation) Act, 1957 in August 2023. Through this reform, the government identified 24 minerals as critical and strategic, enabling auction of mining leases, grant of composite licences and revenue generation for state governments. As a result, the policy framework now supports greater transparency, efficiency, and private sector participation in mineral exploration and development.

Strong Industry Response in Previous Auction Rounds

The first six tranches of auctions have already demonstrated strong momentum, with 46 mineral blocks successfully awarded. This reflects robust interest from industry players and growing confidence in India’s mining sector reforms.

Seventh Tranche to Offer Nineteen Strategic Mineral Blocks

Building on this success, the seventh tranche will offer nineteen mineral blocks across multiple states. These blocks cover resources critical for clean energy technologies, fertilizer production and high-tech and strategic industries. The government has strengthened the auction framework to ensure faster operationalisation and efficient resource utilization, thereby accelerating project development timelines.

Strengthening India’s Mineral Security

As reported by projecttoday.ai, the launch of the seventh auction tranche marks another significant step toward reducing import dependence and securing critical mineral supply chains. By unlocking domestic resources, India aims to support its long-term goals of industrial growth, energy transition, and technological advancement.

The government has taken strategic step to strengthen the domestic solar industry by extending the Approved List of Models and Manufacturers (ALMM) to include ingots and wafers. This move is expected to significantly boost local manufacturing capabilities while reducing reliance on imports. Announced by the Ministry of New and Renewable Energy, the policy expansion highlights India’s commitment to building a self-reliant and resilient solar supply chain.

Reducing Import Dependence and Enhancing Capacity

By bringing ingots and wafers under the ALMM framework, the government aims to address critical gaps in the solar value chain. These upstream components are essential for solar module manufacturing, and domestic production has historically been limited. As a result, the policy is expected to reduce dependence on imported raw materials, strengthen domestic manufacturing capacity and improve supply chain stability. The solar sector will be better positioned to withstand global supply disruptions and price volatility.

Driving Investment and Job Creation

In addition to boosting production, the expanded ALMM scope is likely to attract fresh investments across the solar manufacturing ecosystem. Industry stakeholders anticipate increased capital inflows into integrated solar manufacturing facilities, covering everything from raw materials to finished modules.

Supporting India’s 2030 Clean Energy Targets

The enhanced ALMM framework will play a key role in helping India meet its ambitious non-fossil fuel capacity targets by 2030. By reinforcing local supply chains, the country can accelerate solar deployment while minimizing exposure to geopolitical and economic risks.

Building a Resilient Solar Ecosystem

As reported by devdiscourse.com, the extension of ALMM marks a significant policy push toward self-reliance in solar manufacturing. By encouraging domestic production, attracting investments, and strengthening supply chains, the initiative is set to drive long-term growth and sustainability in India’s solar sector.

Production Linked Incentive (PLI) scheme for pharmaceuticals has attracted cumulative investments of ₹41,943 crore as of December 2025, more than doubling the initial commitment of ₹17,275 crore over six years. The remarkable growth clearly reflects strong industry participation and sustained capital deployment across the pharmaceutical manufacturing value chain.

Strong Growth in Production and Exports

Alongside rising investments, the scheme has significantly boosted production output. Cumulative sales have reached ₹3,35,036 crore across 1,988 products, demonstrating robust manufacturing expansion. Notably, exports account for ₹2,15,248 crore, highlighting India’s growing integration into global pharmaceutical supply chains. As a result, the country continues to strengthen its position as a key global supplier of medicines and pharma products.

Accelerating API Localisation and Import Substitution

A major focus of the PLI scheme has been to reduce import dependence by strengthening domestic production of critical inputs such as Active Pharmaceutical Ingredients (APIs), Key Starting Materials (KSMs) and Drug Intermediates. Out of the total product portfolio, 726 products fall under these categories, with 191 being manufactured in India for the first time. Consequently, these segments alone have contributed ₹28,067 crore in domestic sales. The shift marks a significant step toward self-reliance in bulk drugs, reducing reliance on overseas suppliers and improving supply chain resilience.

Bulk Drugs Scheme Expands Capacity and Regional Development

Launched in 2020, the PLI scheme for bulk drugs has also exceeded expectations. Investments have reached ₹4,814 crore, surpassing the initial commitment of ₹4,329.95 crore. The initiative has contributed to regional industrial growth. For instance, six new manufacturing units have been commissioned in Visakhapatnam, supporting development in an identified aspirational region.

Rising Incentives Reflect Scheme Momentum

Government incentive disbursements have steadily increased, underlining the scheme’s growing traction. While the sector continues to expand, regulatory compliance remains a key priority. As reported by manufacturingtodayindia.com, overall, the PLI scheme has emerged as a powerful catalyst for transforming India’s pharmaceutical sector. By driving investments, boosting domestic manufacturing, and enhancing export competitiveness, the initiative is paving the way for a more resilient, self-reliant, and globally competitive pharma industry.

VA Tech Wabag bagged a major international contract from United Water Supply Company of Georgia LLC for the construction of a 19 Million Litres Per Day (MLD) wastewater treatment plant (WWTP) in Kutaisi. The project is funded by the European Investment Bank (EIB) and is designed with scalability in mind, allowing future expansion up to 56 MLD.

Comprehensive EPC Scope and Project Execution

Under the contract, WABAG will execute the project on a full Engineering, Procurement, and Construction (EPC) basis. The scope includes, demolition of the existing treatment facility, construction of a new, state-of-the-art WWTP, and installation of an effluent pipeline to the nearby river.  As the consortium leader, VA Tech Wabag will oversee design, engineering, supply, installation, and commissioning of the treatment systems. In addition, the company will provide training to client personnel and supervise operations and maintenance for a period of 12 months, ensuring smooth project transition and long-term efficiency.

Advanced Treatment Technologies for Sustainable Water Management

The new facility will incorporate cutting-edge mechanical and biological treatment technologies. Specifically, the plant will feature activated sludge process with nutrient removal, final sedimentation systems, and UV disinfection for safe water discharge. The project includes sludge treatment units, solar sludge drying systems, odour control solutions, and essential pumping infrastructure. Together, these components will ensure efficient wastewater treatment while minimizing environmental impact.

Strategic Entry into Georgia and CIS Region

The project marks VA Tech Wabag’s entry into the Georgian market and the broader CIS region. This milestone strengthens the company’s global footprint and reinforces its reputation as a reliable partner for sustainable and innovative water infrastructure solutions.

Leadership Perspective on the Project

Mahmut Gedek, CEO – Europe Cluster at VA Tech Wabag, highlighted, “We are proud to secure the Kutaisi WWTP contract, marking our entry into Georgia. This project reflects our technical strength and commercial competitiveness while ensuring safe discharge into the Rioni River and sustainable sludge management.”

Environmental and Social Impact

Once completed, the project is expected to deliver long-term environmental, health, and social benefits to the residents of Kutaisi. As reported by businessupturn.com, by improving wastewater management and water quality, the plant will play a crucial role in enhancing public health, ecological sustainability, and urban infrastructure in the region.

Huntsman Corporation officially marked the grand opening of its expanded Performance Products manufacturing facility in Pétfürdő, Hungary. Notably, the upgraded unit began operations earlier this year, signaling a key milestone in the company’s global growth strategy.

With this expansion, Huntsman has significantly increased its global production capacity. As a result, the company can now offer greater flexibility, improved supply reliability, and advanced technologies to industries such as polyurethanes, coatings, metalworking, and electronics.

Rising Demand for Advanced Amine Catalysts

As one of the world’s leading producers of amine catalysts, Huntsman brings more than 50 years of expertise in urethane chemistry. In recent years, demand for its flagship JEFFCAT® amine catalysts has continued to rise across global markets. These specialty amines play a crucial role in everyday applications, including: Automotive seating, mattresses and furniture and energy-efficient building insulation. Moreover, Huntsman’s latest product portfolio actively supports sustainability goals by enabling energy savings, lower emissions, and reduced odor levels in consumer and industrial products.

Enhancing Flexibility and Driving Innovation

According to Jan Buberl, President of Performance Products at Huntsman Corporation, the expansion reinforces the company’s long-term commitment to innovation and customer support. “This new capacity builds on our long-standing investments and strengthens our ability to support customers in fast-growing and evolving markets. The expansion enhances manufacturing flexibility, enables next-generation products, and reflects our focus on sustainability and operational excellence,” Buberl said. The investment positions Huntsman to respond more effectively to the growing demand for cleaner, more efficient chemical solutions, ensuring speed, reliability, and innovation.

Strong Government Support and Regional Impact

The project received financial support through an investment grant from the Hungarian Government. This backing highlights strong confidence in Huntsman’s operations and its role in regional industrial development. Government representatives attended the inauguration ceremony, underlining the importance of this expansion for local economic growth and long-term manufacturing excellence.

Strengthening Partnerships for Future Growth

Huntsman has also emphasized its appreciation for the collaborative efforts that made the project possible. “We greatly value the support of the Hungarian government and the strong partnership that helped bring this project to completion,” Buberl added. “We look forward to continuing this collaboration as we advance economic development and industrial progress in Hungary.”

Supporting Sustainable Industrial Solutions

The expansion reinforces Huntsman Corporation’s position as a global leader in specialty chemicals. At the same time, it aligns with broader industry trends focused on sustainability, efficiency, and innovation. As per the press release, by scaling up production of advanced amine catalysts, Huntsman is well-positioned to meet the evolving needs of modern industries while contributing to a more sustainable and energy-efficient future.

NuScale Power Corporation and Ebara Elliott Energy announced a strategic collaborative research program aimed at demonstrating and field-testing a commercial-scale high-temperature steam compressor. The initiative is designed to integrate NuScale’s advanced small modular reactor (SMR) technology into petrochemical plants requiring reliable process heat.

Bridging Nuclear Innovation with Industrial Expertise

Through the collaboration, both companies are combining their core strengths to accelerate the deployment of clean energy solutions in the petrochemical sector. Ebara Elliott brings over a century of operational experience, with thousands of compressors, turbines, and pumps running continuously in chemical plants worldwide. Meanwhile, NuScale’s proprietary NuScale Power Modules™ (NPM) stand out as the first and only SMR design approved by the U.S. Nuclear Regulatory Commission, positioning the company at the forefront of advanced nuclear innovation.

Enabling High-Temperature Process Heat for Industry

A key focus of the partnership is the ability to deliver high-temperature process steam exceeding 500°C, a level traditionally beyond the capability of conventional light water reactors. To achieve this, the system will generate steam using NuScale’s SMR technology, isolate it through an intermediate heat exchanger, further increase temperature using adiabatic compression.  As a result, petrochemical facilities can access stable, high-quality heat for critical processes while significantly reducing carbon emissions. The integrated approach aims to deliver clean, efficient, and scalable nuclear-powered energy systems, marking a potential industry-first for petrochemical manufacturing.

Leadership Perspectives on the Collaboration

Dr. José Reyes, Chief Technology Officer at NuScale Power Corporation emphasized, “Applying NuScale’s technology to produce high-temperature process steam unlocks significant commercial opportunities for petrochemical plants. Our partnership with Ebara Elliott strengthens our supply chain while advancing our mission to deliver safe, scalable, and carbon-free energy.”

Ron Josefczyk, Vice President at Ebara Elliott Energy, highlighted,  “By combining our specialized design and manufacturing capabilities with NuScale’s SMR technology, we are creating a reliable, low-carbon energy solution tailored to the demanding needs of the global petrochemical industry.”

Project Timeline and Next Steps

The project is currently underway, with the steam compressor targeted for completion by 2027. At this stage, both partners are actively seeking candidates for the next phase, which will involve field testing and commercial validation. As per the press release, NuScale and Ebara Elliott will present their progress at the upcoming World Petrochemical Conference in Houston.

Scientists at Council of Scientific and Industrial Research – National Chemical Laboratory (CSIR-NCL) successfully developed and scaled a patented technology to produce dimethyl ether (DME), a clean-burning synthetic fuel that can either be blended with or fully replace liquefied petroleum gas (LPG). This breakthrough not only strengthens India’s push toward energy self-reliance but also reduces dependence on imported LPG.

The research team, led by Thirumalaiswamy Raja, engineered an indigenous process that converts methanol into DME using an advanced catalytic system. As a result, the technology integrates seamlessly with existing LPG infrastructure, making it highly practical for large-scale deployment.

How the DME Production Process Works

The CSIR-NCL team uses a catalytic dehydration process to convert methanol into dimethyl ether. In this reaction, two methanol molecules combine over a solid catalyst to form DME and water. To begin with, methanol vapor passes through a fixed-bed reactor packed with a specially designed indigenous catalyst. Under controlled conditions—typically around 10 bar pressure and elevated temperature—the catalyst accelerates the reaction efficiently. Consequently, methanol converts into DME and water vapor with high precision.

Afterward, the system cools the product mixture, enabling separation. The DME condenses and undergoes purification, while water and unreacted methanol are removed or recycled back into the reactor. This recycling step significantly improves overall efficiency and reduces waste.

Advanced Catalyst Enhances Efficiency

Importantly, the catalyst developed at CSIR-NCL demonstrates high activity, excellent selectivity, and long operational life. Therefore, it not only boosts conversion efficiency but also lowers operational costs compared to conventional systems. Moreover, the integration of catalyst chemistry with reactor engineering ensures a stable and controlled process, making the technology suitable for continuous industrial operation.

Pilot Plant Demonstrates Commercial Potential

To validate the process, researchers have already commissioned a pilot plant capable of producing approximately 250 kilograms of DME per day. This pre-commercial demonstration confirms the scalability and reliability of the technology. As a result, the project has moved beyond laboratory research and is now positioned for potential industrial adoption.

Seamless Integration with LPG Infrastructure

One of the key advantages of DME lies in its physical similarity to LPG. Since DME can be liquefied under moderate pressure, it can be stored, transported, and distributed using the existing LPG infrastructure. In fact, technical evaluations show that blending up to 8% DME with LPG requires no modifications to cylinders, regulators, valves, hoses, or household cooking appliances. This compatibility significantly reduces transition costs and accelerates adoption.

Regulatory Support for DME Blending

Encouragingly, regulatory frameworks in India already support the use of DME in LPG blends. The Bureau of Indian Standards has issued the IS 18698:2024 standard, which permits blending of up to 20% DME with LPG across domestic, commercial, and industrial applications. Therefore, the regulatory environment aligns well with the technology, paving the way for wider deployment.

Toward Cleaner and Self-Reliant Energy

As reported by thedefensenews.com, the innovation marks a significant step toward cleaner cooking fuels and reduced import dependence. By leveraging indigenous technology and existing infrastructure, India can accelerate its transition to more sustainable and secure energy systems.

IFFCO launched a new range of indigenously developed Nano NPK fertilisers, reinforcing India’s push toward sustainable and self-reliant farming. As one of the world’s largest farmer-owned cooperatives, IFFCO continues to lead innovation aimed at improving productivity while reducing environmental impact.

Breakthrough Formulations for Balanced Nutrition

To begin with, the cooperative has introduced two advanced formulations—Nano NPK Liquid (8-8-10) and Nano NPK Granular (20-10-10). Both products have received approval under the Fertilizer Control Order, marking an important regulatory milestone. Notably, these formulations are being recognized as global firsts. They support both foliar and basal application methods, thereby ensuring efficient and balanced nutrient delivery across different stages of crop growth. This dual-application approach allows farmers to optimize fertiliser use while maintaining crop health.

Enhancing Efficiency and Soil Health

Moreover, the introduction of nano-enabled fertilisers is expected to significantly improve nutrient use efficiency. By enabling precise nutrient delivery at the cellular level, these products help reduce wastage and enhance absorption. At the same time, they contribute to better soil health by minimizing chemical overload. As a result, farmers can achieve higher crop yields without compromising long-term soil fertility. This shift represents a crucial move toward more sustainable agricultural practices.

Reducing Costs and Import Dependency

In addition, these nano fertilisers are set to reduce reliance on conventional fertilisers, which are often resource-intensive and environmentally taxing. By lowering input costs and improving efficiency, farmers can achieve better economic outcomes. Equally important, this innovation helps decrease India’s dependence on fertiliser imports. In the context of ongoing global supply chain disruptions, such self-sufficiency becomes even more critical for ensuring agricultural stability.

Supporting Aatmanirbhar Bharat and Sustainable Growth

As reported by devdiscourse.com, the initiative aligns closely with the government’s Aatmanirbhar Bharat vision. By promoting indigenous innovation and strengthening cooperative frameworks, IFFCO is contributing to a more resilient agricultural ecosystem. Through continuous advancements in nano fertiliser technology, the organization aims to empower farmers, drive inclusive growth, and support long-term sustainability in Indian agriculture.