India’s transition towards a circular packaging economy has received a significant boost with Chemco Group securing authorisation from the Food Safety and Standards Authority of India (FSSAI) to manufacture food-grade recycled polyethylene terephthalate (rPET) resin for food-contact applications. The approval positions Chemco among a select group of companies in India permitted to produce and supply food-grade recycled PET material for direct use in food and beverage packaging. Furthermore, the authorisation reinforces the country’s efforts to promote sustainable packaging, increase recycling rates, and reduce plastic waste.

FSSAI Approval Enables Food-Contact Applications

Chemco Group received the approval under the Food Safety and Standards (Packaging) Regulations, 2018, allowing its recycled PET resin to be used in food-contact packaging applications. The certification represents a major milestone for both the company and India’s recycling industry, as demand for safe, compliant, and sustainable packaging materials continues to grow across the food and beverage sector. With this approval, Chemco can now support brand owners seeking to meet regulatory requirements while advancing their sustainability and recycled-content commitments.

Advanced Bottle-to-Bottle Recycling Facility in Gujarat

The authorisation follows the commissioning of Chemco’s state-of-the-art bottle-to-bottle recycling facility at Sanand, Gujarat. Developed with an investment of approximately ₹125 crore, the facility has the capacity to recycle more than one billion post-consumer PET bottles annually and convert them into high-quality food-grade rPET resin. The plant utilizes advanced Starlinger recycling technology specifically designed for food-contact packaging applications. As a result, the facility delivers recycled material that meets stringent quality, safety, and traceability requirements.

Meeting Global and Domestic Quality Standards

Chemco’s recycling operation complies with multiple national and international standards, ensuring the highest levels of product safety and quality. The facility meets Food Safety and Standards Authority of India (FSSAI) regulations, Bureau of Indian Standards (BIS) requirements, FSSC 22000 food safety management standards, US Food and Drug Administration (FDA) recognized processes and European Food Safety Authority (EFSA) recognized recycling frameworks. By adhering to globally accepted standards, Chemco is well-positioned to serve both domestic and international customers seeking reliable sources of food-grade recycled packaging materials.

Supporting India’s Recycled Content Mandates

The approval comes at a crucial time as India strengthens its regulatory framework for plastic recycling and circular economy practices. Under the Plastic Waste Management (PWM) Rules, producers and brand owners are required to incorporate increasing levels of recycled content in PET packaging. The mandated recycled content requirement will rise to 40% by FY 2026–27 and further increase to 60% by FY 2028–29. Consequently, demand for certified food-grade rPET is expected to grow significantly over the coming years, creating opportunities for advanced recycling infrastructure and domestic manufacturing capabilities.

Industry Perspective on the Achievement

Vaibhav Saraogi, Director of Chemco Group, said, “Receiving FSSAI authorisation for food-grade rPET is an important milestone not only for Chemco, but also for the broader development of circular packaging infrastructure in India. As demand for compliant recycled content continues to increase, particularly in food and beverage packaging, it becomes essential to build credible domestic manufacturing capabilities supported by regulatory discipline, traceability, and consistent quality standards.” He further emphasized that the company’s investment in bottle-to-bottle recycling reflects a long-term commitment to sustainability, supply-chain reliability, and supporting brand owners with safe, high-quality recycled materials that meet rigorous compliance standards.

Driving Circular Economy and Resource Efficiency

Beyond regulatory compliance, the Sanand facility contributes to several broader sustainability objectives. The project supports the development of India’s circular economy by diverting plastic waste from landfills, increasing recycling rates, reducing dependence on virgin plastic resin, and improving resource efficiency. In addition, the facility is expected to generate employment opportunities, strengthen Gujarat’s manufacturing ecosystem, and contribute to the country’s waste management and environmental sustainability goals.

Strengthening India’s Sustainable Packaging Future

As consumer brands, regulators, and packaging manufacturers increasingly prioritize recycled content and circularity, Chemco Group’s FSSAI approval marks an important step forward for India’s sustainable packaging sector. As reported by manufacturingtodayindia.com, by combining advanced recycling technology, regulatory compliance, and large-scale production capabilities, Chemco is helping create a more resilient and circular packaging value chain while supporting the nation’s long-term sustainability and resource conservation objectives.

Payal Industrial Park (PIP) partnered with Fourier, a Bay area-based clean energy technology company, to deploy a hydrogen-powered energy storage system at its industrial hub in Dahej, Gujarat. The initiative aims to provide industries operating within the park with reliable, round-the-clock clean power while addressing one of the biggest challenges associated with renewable energy integration—long-duration energy storage. As industries increasingly seek sustainable alternatives to conventional energy sources, the project represents an important step toward accelerating clean energy adoption in India’s manufacturing sector.

Addressing the Intermittency Challenge of Renewable Energy

Although solar and wind energy play a vital role in reducing carbon emissions, their intermittent nature often limits their ability to provide continuous power. Solar generation declines after sunset, while wind power fluctuates depending on weather conditions. Consequently, industries that require uninterrupted operations often rely on fossil fuel-based backup systems to ensure reliability. Traditional battery storage systems effectively manage short-term fluctuations. However, storing renewable energy for extended periods remains a costly and technically challenging proposition. To overcome this challenge, Fourier’s solution combines advanced battery technology with hydrogen-based energy storage, creating a system capable of delivering backup power for periods ranging from 12 hours to more than a week.

Hydrogen and Battery Integration Enables Long-Duration Storage

At the core of the project is a hybrid energy storage architecture that integrates batteries with on-site hydrogen production and storage. When excess renewable energy is available, the system uses electrolyzers to split water into hydrogen and oxygen. The hydrogen is then stored and later converted back into electricity when renewable generation is unavailable. This approach enables industries to maintain operations during prolonged power disruptions while reducing dependence on diesel generators and other carbon-intensive backup solutions. As a result, manufacturers can improve energy resilience without compromising their sustainability objectives.

On-Site Hydrogen Production Reduces Cost and Complexity

One of the key advantages of the system is its ability to produce hydrogen directly at the point of consumption. By generating hydrogen within the industrial park, the solution eliminates many of the logistical challenges associated with transporting and storing hydrogen over long distances. This significantly reduces transportation costs, safety concerns, and infrastructure requirements. Furthermore, localized hydrogen production supports a more decentralized and resilient energy ecosystem.

Modular Design Enhances Scalability and Maintenance

Drawing inspiration from modern data center architecture, Fourier’s system features a modular design built around rack-based units similar to server racks. Each module contains interchangeable electrolyzer blades that can be replaced independently without shutting down the entire system. This design simplifies maintenance, minimizes downtime, and enables rapid scalability as energy requirements grow. Industries can therefore expand storage capacity by simply adding additional modules, making the solution both flexible and future-ready.

Intelligent Energy Management Optimizes Performance

Complementing the hardware platform is an advanced battery management and energy optimization system. The software continuously monitors energy generation, storage levels, and consumption patterns in real time. By dynamically balancing power flows across batteries, hydrogen storage, renewable sources, and the grid, the system maximizes efficiency and operational reliability. In addition, the platform can support participation in demand-response programs, allowing industries to adjust electricity consumption in response to grid requirements and potentially unlock additional economic benefits.

Supporting India’s Green Hydrogen Mission

The Dahej installation will serve as a pilot project demonstrating the commercial viability of hydrogen-based long-duration energy storage in industrial environments. Importantly, the project aligns with the objectives of India’s National Green Hydrogen Mission, which seeks to position the country as a global hub for green hydrogen production, utilization, and innovation. By showcasing a practical and scalable hydrogen storage solution, the project could help accelerate broader adoption of hydrogen technologies across industrial sectors.

Benefits for Industrial Clusters

The deployment offers several strategic advantages for manufacturing and industrial operations, including enhanced energy security and operational reliability, reduced dependence on diesel-based backup power, greater resilience against grid disruptions and outages, lower greenhouse gas emissions and carbon footprint, improved integration of renewable energy resources and support for corporate sustainability and net-zero goals. These benefits make hydrogen energy storage an increasingly attractive option for industries seeking reliable and sustainable power solutions.

Industry Leaders Highlight Strategic Importance

Siraj, Director of Arete Group, said, “Our goal is to build a future-ready industrial ecosystem by integrating advanced and sustainable technologies. This collaboration with Fourier will help industries at PIP adopt cleaner energy solutions while maintaining operational efficiency and cost competitiveness.”

Siva Yellamraju, Co-Founder and CEO of Fourier, added, “India is one of the world’s most promising markets for clean energy innovation. Our modular systems are designed to simplify hydrogen adoption by enabling on-site production, allowing industries to access clean and reliable electricity while reducing dependence on diesel-based backup power.”

Driving the Future of Industrial Energy Storage

As industries seek dependable pathways to decarbonisation, hydrogen-based energy storage is emerging as a critical enabler of renewable energy integration. As reported by thebatterymagazine.com, through this partnership, PIP and Fourier are demonstrating how advanced energy storage technologies can provide reliable, scalable, and sustainable power solutions for India’s industrial sector while supporting national clean energy and climate goals.

Aarti Industries Limited (AIL), a global speciality chemicals manufacturer, secured the prestigious EcoVadis Platinum Rating 2026, reinforcing its position as a sustainability leader in the chemical industry. The company secured an impressive score of 87 out of 100, placing it among the top 1% of companies assessed worldwide by EcoVadis, one of the most trusted providers of business sustainability ratings globally. The achievement highlights Aarti Industries’ continued commitment to responsible growth, environmental stewardship, ethical business practices, and sustainable value creation.

Significant Progress in Sustainability Performance

The EcoVadis Platinum Rating marks a major milestone in Aarti Industries’ sustainability journey. The company improved its EcoVadis score from 78 in the previous assessment to 87 in 2026. More significantly, AIL has demonstrated remarkable long-term progress, increasing its score from 38 in 2017 to 87 today—an improvement of 49 points over the past decade. The steady advancement reflects the company’s focused efforts to integrate sustainability principles across its operations, supply chain, governance framework, and business strategy.

EcoVadis Assessment Evaluates Key ESG Parameters

EcoVadis evaluates organizations across four critical sustainability pillars, Environment, Labour and Human Rights, Ethics and Sustainable Procurement. Global customers, investors, and supply chain partners widely rely on EcoVadis ratings to assess corporate sustainability performance, transparency, risk management, and responsible business conduct. Consequently, achieving Platinum status demonstrates the maturity and effectiveness of Aarti Industries’ sustainability management systems while strengthening stakeholder confidence in the company’s long-term ESG commitments.

Strengthening Responsible and Sustainable Growth

The Platinum Rating further validates Aarti Industries’ strategy of embedding sustainability into everyday business decisions and operational practices. Moreover, the recognition enhances the company’s reputation among global customers who increasingly prioritize responsible sourcing, supply chain resilience, environmental performance, and ethical manufacturing standards when selecting long-term business partners. As sustainability becomes a key procurement criterion across industries, Aarti Industries continues to position itself as a trusted and responsible supplier in global markets.

Leadership Perspective on the Achievement

Suyog Kotecha, Chief Executive Officer and Executive Director of Aarti Industries Limited, said, “Achieving the EcoVadis Platinum Rating and being recognised among the Top 1% of companies globally is a proud milestone for Aarti Industries. This recognition reflects years of focused effort to embed sustainability into how we operate, innovate and grow as an organisation.” He further noted that the company’s score improvement from 38 in 2017 to 87 in 2026 demonstrates its unwavering commitment to responsible manufacturing, ethical business practices, environmental stewardship, and sustainable procurement.

Building Momentum Through Multiple Sustainability Recognitions

The EcoVadis Platinum Rating adds to a series of significant sustainability achievements for Aarti Industries. In the S&P Global Corporate Sustainability Assessment (CSA) 2026, the company achieved an exceptional score of 78, compared to 62 in the previous year. Furthermore, Aarti Industries has been included in the S&P Global Sustainability Yearbook for the second consecutive year and ranks in the 98th percentile globally within the chemical sector. As reported by prnewswire.com, these recognitions underscore the company’s strong ESG performance and commitment to continuous improvement across sustainability metrics.

India’s metal recycling industry is rapidly gaining investor attention as leading recycling companies tap the capital markets to fund expansion and growth. With the recycled lead ingot market valued at approximately ₹28,800 crore, an increasing number of listed players and a growing IPO pipeline are providing investors with new opportunities to participate in the country’s circular economy transformation. As sustainability, resource efficiency, and green manufacturing become national priorities, metal recyclers are emerging as important enablers of India’s industrial and energy transition.

Attracting Strong Investor Demand

The latest development comes from CMR Green Technologies, whose initial public offering (IPO) has generated significant market interest. The robust response highlights growing investor confidence in companies operating within the recycling and resource recovery ecosystem, particularly those aligned with sustainability and circular economy trends.

Strengthening the Sector

Adding further momentum to the sector is Ardee Industries, another recycling-focused company preparing to enter the public markets. Ardee Industries operates an integrated manufacturing facility at Naidupet, Andhra Pradesh. The facility has an installed lead refining capacity of 1,04,025 metric tons per annum (MTPA), positioning the company among the notable players in India’s recycled lead value chain. Although the company accounted for approximately 1.5% of India’s recycled lead ingot market in FY25, it operates in a strategically important segment of the circular economy.

Supporting Energy Storage and E-Mobility Growth

Ardee Industries specializes in the recovery and recycling of end-of-life energy storage products and non-ferrous metal scrap. The company converts these materials into valuable recycled products used across multiple industries, including energy storage, electric mobility, automotive manufacturing, and chemicals. As demand for batteries, electric vehicles, and sustainable industrial materials continues to rise, recycling companies such as Ardee are expected to play an increasingly critical role in securing domestic supplies of essential raw materials. Furthermore, recycling helps reduce dependence on virgin resources, lowers carbon emissions, and supports India’s broader sustainability and resource security objectives. As environmental regulations tighten and demand for recycled metals grows, companies operating in the resource recovery and recycling sector are increasingly being viewed as long-term beneficiaries of the circular economy.

Recycling Sector Poised for Greater Investor Interest

With rising demand for recycled materials, supportive policy frameworks, and increasing emphasis on resource efficiency, India’s metal recycling industry is emerging as an attractive investment theme. As per the company press release, as more recycling companies access public markets, investors may gain greater opportunities to participate in one of the key sectors driving the country’s transition toward a more circular and sustainable economy.

Dow announced the global launch of DOWSIL™ TC-3120 Thermal Gel, an advanced silicone-based thermal interface material engineered to improve heat dissipation while maintaining optical-grade cleanliness in high-performance electronic applications. With a thermal conductivity of approximately 12 W/m·K—the highest among Dow’s commercially available silicone gels—the new material addresses growing thermal management challenges in next-generation electronics and optical communication systems.

Designed for High-Speed Data and Advanced Electronics

As data centers, telecommunications networks, and AI-driven technologies continue to evolve, electronic components are generating increasingly higher levels of heat. To address this challenge, DOWSIL™ TC-3120 Thermal Gel is specifically designed for demanding applications such as 800G and 1.6T optical modules, optical transceivers, telecommunications equipment, electronic module assemblies, autonomous vehicles, automotive electronic controllers and high-speed computing and data-processing systems. By efficiently transferring heat away from critical components, the material helps enhance system reliability and operational performance.

Optical-Grade Cleanliness Enhances Reliability

In addition to exceptional thermal performance, DOWSIL™ TC-3120 Thermal Gel offers outstanding optical cleanliness. The material is engineered to minimize oil bleeding and condensed outgassing—two common sources of contamination that can compromise the performance of sensitive optical and electronic devices. As a result, manufacturers can significantly reduce contamination risks in components such as photodiodes, optical fibers and precision lenses. This feature is particularly important in optical communication systems, where even minor contamination can negatively impact signal quality and long-term reliability.

Easy Processing and Efficient Manufacturing

Despite its ultra-high thermal conductivity and heavy loading of thermally conductive fillers, DOWSIL™ TC-3120 Thermal Gel remains highly dispensable and easy to process. Supplied as a flowable paste, the material can be compressed to a minimum bondline thickness of 200 microns, enabling efficient heat transfer between components. Furthermore, it supports controlled extrusion rates and allows manufacturers to achieve consistent bondline thicknesses during production. The one-part formulation is also reworkable, fills large gaps effectively, and offers accelerated curing when heat is applied, helping improve manufacturing efficiency.

Minimizing Oil Bleed for Improved Performance

Many ultra-high thermal conductivity materials suffer from excessive silicone oil release, which can interfere with adhesion, contaminate sensitive components, and ultimately lead to optical failures. However, DOWSIL™ TC-3120 Thermal Gel significantly reduces oil bleeding. Consequently, manufacturers can improve product reliability while minimizing contamination-related risks throughout the lifecycle of electronic and optical devices.

Engineered for Harsh Operating Conditions

Beyond thermal performance, the new gel is designed to withstand challenging environmental conditions. It demonstrates strong resistance to high temperatures and humidity, mechanical shock and vibration, repeated thermal cycling. The material forms a stable thermal interface that resists cracking and remains securely in place even under mechanical stress. Moreover, it prevents slumping in vertically oriented modules such as optical transceivers, ensuring long-term performance stability. As per the press release, Dow recommends the material for module-to-heatsink interfaces, particularly in applications involving uneven surfaces or tolerance stack-ups.

Air Products marked a significant milestone with the inauguration of a $70 million expansion of its Missouri Manufacturing and Logistics Center in Maryland Heights, near St. Louis, Missouri. The ribbon-cutting ceremony celebrated the completion of the company’s largest-ever investment in a single Air Products Membrane Solutions location. The expansion is designed to support growing global demand for advanced gas separation and purification technologies while enhancing manufacturing capacity and supply chain efficiency. As a global player in membrane-based gas separation solutions, Air Products continues to invest in technologies that support cleaner energy production, industrial productivity, and sustainability initiatives.

Rising Demand Drives Strategic Investment

The expansion is being driven by increasing demand for membrane technologies across several high-growth sectors. In particular, Air Products is seeing strong market demand for solutions used in biogas upgrading, hydrogen recovery, aerospace applications, and cleaner marine fuels. As industries accelerate efforts to improve efficiency and reduce emissions, membrane separation technologies are becoming increasingly important for sustainable industrial operations. The facility will enable the company to better serve customers while supporting emerging opportunities in renewable energy and low-carbon technologies.

Advanced Membrane Technologies to Support Energy Transition

The expanded manufacturing center will produce several of Air Products’ flagship membrane solutions, including the PRISM® GreenSep membrane separator and the PRISM® N2Sep membrane separator. The PRISM® GreenSep system is designed for bio-LNG production, helping transform biogas into renewable fuel by efficiently separating and purifying gas streams. Meanwhile, the PRISM® N2Sep membrane separator generates nitrogen from compressed air and is widely used in aerospace, industrial, and manufacturing applications where reliable nitrogen supply is critical. Together, these technologies support cleaner energy production, enhanced operational efficiency, and reduced environmental impact across multiple industries.

Supporting Customers and Sustainability Goals

Dr. Erin Sorensen, General Manager of Air Products Membrane Solutions, emphasized, “This is a great day for Air Products Membrane Solutions and the area community. This expansion of our Maryland Heights facility enables Air Products Membrane Solutions to meet growing customer demand and help our customers work more efficiently and further our collaborative goal of building a cleaner, more productive world.” The investment reinforces Air Products’ commitment to delivering innovative technologies that help customers improve productivity while advancing sustainability objectives.

Positioning for Future Growth

With the completion of the Missouri expansion, Air Products is well-positioned to meet increasing global demand for advanced gas separation technologies. The investment strengthens the company’s manufacturing footprint, enhances supply chain resilience, and supports the continued development of innovative solutions that enable cleaner energy production and greater industrial efficiency. As per the press release, as industries worldwide pursue sustainability and energy transition goals, Air Products Membrane Solutions continues to play a critical role in delivering technologies that help build a cleaner, more productive future.

As the UK and Europe intensify efforts to secure critical raw materials and strengthen domestic supply chains, DEScycle, a UK-based innovator in metals recovery and processing, has secured more than €10 million in non-dilutive funding over the past ten months. The funding has been awarded through several highly competitive UK and European innovation programmes, reflecting growing confidence in DEScycle’s technology and its potential role in building resilient critical materials infrastructure.

The company has secured €5 million from the EU Horizon programme, €2.5 million through the European Innovation Council (EIC) Accelerator, €1.5 million from Germany’s Federal Agency for Breakthrough Innovation (SPRIND), £0.9 million via Innovate UK Investor Partnerships and £0.5 million through a UK Research and Innovation (UKRI) Future Leaders Fellowship. Collectively, these grants provide significant support as DEScycle moves toward industrial-scale validation and commercial deployment.

Accelerating Industrial Validation and Technology Development

DEScycle plans to use the funding to accelerate several strategic workstreams that are critical to its next phase of growth. In particular, the investment will enable the company to operate its demonstration plant for extended periods, generate additional operational data, and refine engineering and design decisions ahead of commercial-scale deployment. Furthermore, the funding will support expanded customer trial programmes and the integration of complementary technologies into DEScycle’s broader metals recovery platform. The company will also advance the development of digital product passports, enhancing traceability for recovered metals and enabling customers to verify material provenance throughout the supply chain.

Growing Demand for Secure Critical Raw Materials Supply Chains

The announcement comes at a time when governments and industries across Europe and the UK are prioritising secure access to critical raw materials. Industries such as advanced manufacturing, electrification, artificial intelligence infrastructure, and digital technologies increasingly depend on reliable supplies of critical and precious metals. Consequently, policymakers and industrial stakeholders are seeking supply chains that are more resilient, transparent, and geographically diversified.

However, much of the world’s metals processing capacity remains concentrated in a limited number of regions. These facilities are often capital-intensive and slow to expand, creating supply vulnerabilities and strategic risks for many countries. Against this backdrop, DEScycle’s distributed metals recovery model offers an alternative approach by enabling local processing and resource recovery closer to where waste materials are generated.

European Support Reflects Shared Strategic Priorities

Although DEScycle is headquartered in the UK and is developing its demonstration facility in Teesside, a significant portion of its recent funding has come from European programmes. This strong international backing highlights the common challenge facing governments and industry across the continent: securing sustainable access to critical raw materials while reducing dependence on concentrated global supply chains. The company’s funding success also demonstrates growing recognition of urban mining and circular economy solutions as important components of future resource security strategies.

Teesside Demo Plant Moves Toward 2026 Launch

Construction of DEScycle’s demonstration plant is currently underway in Teesside, with commissioning targeted for the second half of 2026. The facility will serve as a key milestone in validating the company’s modular metals processing platform and preparing the technology for broader commercial deployment. DEScycle is developing a distributed infrastructure model capable of recovering critical and precious metals closer to the point of waste generation. Initially focused on electronic waste streams, the company aims to transform above-ground metal resources into reliable domestic supplies. By doing so, DEScycle seeks to reduce dependence on lengthy international supply chains while strengthening local industrial capabilities.

Leadership Perspective on the Funding Milestone

Fred White, Co-founder and Chief Commercial Officer of DEScycle, said, “Critical raw materials are becoming a strategic priority for both the UK and Europe, and that is creating growing demand for new metals processing infrastructure. Securing more than €10 million in confirmed non-dilutive funding across competitive European and UK programmes is a strong signal of the importance of domestic metals recovery.

“For DEScycle, this funding helps de-risk deployment by allowing us to run our demo plant for longer, generate more data and make better design decisions before commercial scale-up. It also enables us to trial and integrate complementary technologies into our platform, helping us bring a stronger product to market,” White added.

Building Momentum Through Strategic Partnerships

Beyond financial support, DEScycle has also secured strategic and commercial validation from leading industry partners, including Mitsubishi, GAP Group, and Cisco. Notably, GAP Group and Cisco are scheduled to participate in customer trials during 2026, providing valuable operational feedback as the company progresses toward wider commercial adoption. The company’s growing network of partnerships reflects increasing industry interest in innovative metals recovery technologies that can contribute to supply chain resilience and sustainability goals.

Positioning for Commercial Scale-Up

Looking ahead, DEScycle remains focused on achieving key techno-economic milestones and validating commercial performance through its demonstration plant programme. As per the press release, as demand for critical raw materials continues to rise, the company aims to establish a scalable, distributed metals processing platform capable of supporting the UK and Europe’s long-term resource security, circular economy ambitions, and industrial competitiveness.

Aurobindo Pharma entered the rapidly growing biologics contract manufacturing market with the inauguration of TheraNym, a dedicated biologics Contract Manufacturing Organization (CMO). Located in Borapatla near Hyderabad, the state-of-the-art facility marks a significant milestone in the company’s strategic expansion into advanced biologics manufacturing. The facility is expected to strengthen India’s position in the global biologics supply chain while supporting increasing worldwide demand for biologic medicines.

TheraNym Positioned Among India’s Largest Biologics CMOs

TheraNym has been designed as one of India’s largest dedicated biologics contract manufacturing facilities. The plant has already secured a major endorsement from global pharmaceutical leader MSD (known as Merck & Co. in the United States and Canada), which will serve as the facility’s anchor customer. The collaboration highlights growing confidence in India’s capabilities to deliver high-quality biologics manufacturing services that meet international standards.

Strategic Expansion into a High-Growth Biologics Market

With the launch of TheraNym, Aurobindo Pharma is expanding beyond its traditional pharmaceutical manufacturing business and entering a segment experiencing strong global growth. Satakarni Makkapati, CEO – Biologics and Director, Aurobindo Pharma Limited, described the facility as a landmark achievement for both the company and India’s biopharmaceutical sector. He stated that TheraNym represents a defining moment in large-scale biologics manufacturing in India. Built to meet the highest international standards, the facility is designed to support the supply chains of leading global pharmaceutical companies while enabling broader access to life-saving biologic therapies worldwide.

Advanced Manufacturing Infrastructure and Global Compliance

The TheraNym facility is equipped with advanced manufacturing and quality systems designed to meet stringent global regulatory requirements. Key infrastructure includes 15 KL bioreactor capacity, advanced downstream processing suites, aseptic fill-finish manufacturing capabilities, and modern quality control and analytical laboratories. The facility has been developed in alignment with international regulatory expectations, ensuring high standards of product quality, safety, and operational reliability.

MSD Partnership Strengthens Global Supply Chain

MSD’s partnership with TheraNym underscores the strategic importance of the facility in supporting global biologics production. Dave Maraldo, Executive Vice President and President of MSD Manufacturing Division, said the collaboration reflects a shared commitment to improving global access to critical biologic medicines. According to Maraldo, the partnership adds valuable manufacturing capacity and technical capabilities to MSD’s supply chain while helping ensure a compliant, reliable, and uninterrupted supply of biologic products to patients worldwide.

Supporting Global Access to Biologic Medicines

As demand for biologics continues to grow across therapeutic areas such as oncology, immunology, and chronic disease management, manufacturing capacity has become a critical factor in ensuring timely patient access. Through TheraNym, Aurobindo Pharma aims to provide scalable, cost-effective, and globally compliant manufacturing solutions that help pharmaceutical companies accelerate product availability while maintaining quality standards.

Strengthening India’s Position in Biopharmaceutical Manufacturing

The launch of TheraNym reinforces India’s growing role as a global hub for biopharmaceutical innovation and manufacturing. By investing in advanced biologics infrastructure and forming strategic partnerships with global pharmaceutical companies, Aurobindo Pharma is positioning itself to capitalize on the expanding biologics market while contributing to improved healthcare access worldwide. As reported by cnbctv18.com, the facility represents a significant step in the company’s long-term growth strategy and its ambition to become a key player in the global biologics manufacturing ecosystem.

Suzlon Energy announced its ambitious ‘Suzlon 2.0’ roadmap, marking one of the most significant strategic transformations in the company’s history. While Suzlon has traditionally been recognized as a leading wind energy company, it now plans to evolve into a wind-first, full-stack renewable energy solutions provider. Under the new strategy, the company will expand beyond wind energy and strengthen its presence across solar power, Battery Energy Storage Systems (BESS), renewable energy development, EPC services, and asset management solutions. Through this integrated business model, Suzlon aims to capitalize on the accelerating global shift toward clean energy and electrification.

Expanding Beyond Wind Energy

The Suzlon 2.0 vision is built on the belief that India and global markets are entering a new era of electrification. Rising demand from manufacturing industries, electric vehicles (EVs), data centers, artificial intelligence (AI) infrastructure, and industrial decarbonization initiatives is expected to drive unprecedented growth in renewable energy consumption. To address these emerging opportunities, Suzlon plans to diversify its offerings while leveraging its strong position in the wind energy sector. The company aims to provide end-to-end renewable energy solutions that help customers achieve their sustainability and energy transition goals.

Aggressive Growth Targets for FY31

As part of its long-term growth strategy, Suzlon has set ambitious operational targets for FY31. The company plans to quadruple its annual renewable energy sales to 10 GW while expanding its order book to 15 GW. In addition, Suzlon intends to significantly scale its Asset Under Management (AUM) portfolio, targeting 70 GW by FY31. These goals reflect the company’s confidence in the rapid expansion of India’s renewable energy market and growing customer demand for integrated clean energy solutions.

RE DevCo to Drive Future Growth

A key pillar of the Suzlon 2.0 strategy is the expansion of its Renewable Energy Development Company (RE DevCo) business. Management expects this segment to contribute nearly 60% of future project volumes. The RE DevCo platform will help customers accelerate renewable energy project execution by managing critical development activities such as land acquisition, regulatory approvals, grid connectivity, and project implementation. By simplifying project development, Suzlon aims to reduce barriers for customers and accelerate renewable energy adoption across industries.

Entry into Battery Energy Storage Systems

Recognizing the growing importance of energy storage in ensuring renewable power reliability, Suzlon is also entering the Battery Energy Storage Systems (BESS) market. The company plans to establish a dedicated BESS manufacturing facility by 2027. This move is expected to strengthen Suzlon’s ability to offer integrated renewable energy solutions while addressing the intermittency challenges associated with solar and wind power generation.

Strengthening Domestic and Global Market Presence

Suzlon aims to further strengthen its leadership in the wind energy sector. The company has set a target of capturing 40% of India’s wind energy market by FY31. Suzlon plans to expand its international footprint by securing 3 GW of export order intake over the next five years. This dual focus on domestic growth and global expansion is expected to create additional revenue streams and improve long-term business resilience.

Opportunities and Challenges Ahead

While the Suzlon 2.0 roadmap presents significant growth opportunities, successful execution will depend on several factors. The company will need to maintain strong project execution capabilities, continue investing in technology innovation, and allocate capital efficiently to achieve its ambitious targets.

Building an Integrated Renewable Energy Platform

As reported by tradebrains.in, the Suzlon 2.0 strategy represents a bold transformation aimed at positioning the company as one of the world’s most integrated renewable energy platforms. By expanding across renewable energy technologies and strengthening its development, manufacturing, and services capabilities, Suzlon is seeking to play a larger role in India’s clean energy transition.

Rittal India appointed Mathew Jacob as its Chief Executive Officer (CEO), effective June 1, 2026. He succeeds Ajay Bhargava, who led the company for 16 years and played a pivotal role in establishing and expanding Rittal India’s presence in the country’s industrial infrastructure market. The leadership transition marks a significant milestone as Rittal India continues to strengthen its position in industrial enclosures, power distribution, climate control, and IT infrastructure solutions.

Experienced Industry Leader Takes Charge

Mathew Jacob brings more than three decades of experience in industrial technology, business development, and sales leadership to his new role. Prior to becoming CEO, he served as Vice President – Sales and Marketing at Rittal India, where he spent the last eight years driving business growth and enhancing customer engagement. Throughout his career, Jacob has held leadership positions at Standard Batteries, Larsen & Toubro, and Schneider Electric, gaining extensive expertise across industrial automation, sales management, strategic planning, and market expansion. His contributions at Rittal India have been instrumental in strengthening the company’s market presence and expanding its reach across key industrial sectors.

Focus on Innovation, Growth and Customer Value

Jacob expressed his commitment to building on the strong foundation established by his predecessor while steering the company toward new growth opportunities. He emphasized that innovation, customer-centricity, and sustainable business growth will remain central to Rittal India’s future strategy. As CEO, he will focus on accelerating business expansion, enhancing customer value, and reinforcing the company’s leadership position in the Indian market. Additionally, the company plans to continue investing in innovation, operational agility, and advanced solutions that address evolving industry requirements.

Supporting India’s Industrial and Digital Transformation

Rittal India operates as a wholly owned subsidiary of Rittal GmbH & Co. KG, Germany, and is part of the Friedhelm Loh Group. Since commencing operations in India in 1997, the company has become a key provider of industrial infrastructure solutions supporting automation, electrical systems, and digital transformation initiatives. The company serves customers through its manufacturing facility in Doddaballapur, Bengaluru, complemented by a nationwide network of sales offices, channel partners, system integrators, and service centres.

Driving the Next Chapter of Growth

As India’s manufacturing and industrial sectors continue to evolve, Rittal India is well-positioned to capitalize on emerging opportunities in automation, digital infrastructure, and industrial modernization. As reported by manufacturingtodayindia.com, under Mathew Jacob’s leadership, the company aims to accelerate growth, deepen customer engagement, and further strengthen its role in supporting India’s industrial development while delivering innovative and reliable solutions to customers across diverse industries.