Merck Life Science India has signed a Memorandum of Understanding (MoU) with CSIR–Indian Institute of Chemical Technology (IICT), Hyderabad, marking a significant step toward strengthening collaboration in scientific research, innovation, and academia-industry engagement. The partnership aims to create a robust platform for knowledge sharing, technological advancement, and collaborative research initiatives that support India’s growing innovation landscape.

Fostering Knowledge Exchange and Skill Development

Through this strategic alliance, Merck Life Science India and CSIR-IICT will work closely to facilitate the exchange of scientific expertise, research insights, and best practices. The collaboration will also focus on enhancing skill development opportunities for researchers, scientists, and students, helping to build a future-ready scientific workforce. The partnership is expected to bridge the gap between academia and industry by encouraging meaningful interactions and joint initiatives that accelerate the translation of research into practical applications.

Driving Innovation Through Collaborative Research

The MoU underscores the shared commitment of both organizations to advancing scientific excellence and fostering innovation-driven growth. By combining industry expertise with academic and research capabilities, the collaboration seeks to support cutting-edge research projects, promote technology development, and contribute to solving emerging scientific and industrial challenges. In addition, the partnership will create opportunities for collaborative programs that strengthen India’s position as a global hub for research, innovation, and technological development.

Supporting India’s Scientific and Industrial Growth

As India continues to expand its focus on research-led innovation, collaborations between industry leaders and premier research institutions play a crucial role in accelerating scientific progress. The partnership between Merck Life Science India and CSIR-IICT reflects a shared vision of nurturing innovation, developing talent, and building a stronger, more connected research ecosystem. As per the press release, through this collaboration, both organizations aim to contribute meaningfully to India’s scientific advancement while supporting the development of innovative solutions that address future industry and societal needs.

Kellton, an AI-driven digital transformation and enterprise technology consulting company, successfully launched a large-scale digital wellhead monitoring initiative for Oil India Limited (OIL), India’s second-largest national oil and gas company. The project, powered by Kellton’s proprietary Optima Digital Oilfield Platform, was formally inaugurated under the leadership of Dr. Ranjit Rath, Chairman and Managing Director, Oil India Limited. Kellton secured the implementation contract, valued at approximately US$2.5 million, in December 2024. Since then, the company has successfully delivered the project within an ambitious six-month timeline, marking a significant advancement in OIL’s digital transformation strategy.

Real-Time Monitoring Across Production Assets

As part of the initiative, real-time production data from 77 production wells spread across 46 well plinths has been integrated into the Optima platform, creating a comprehensive digital oilfield ecosystem. The deployment includes a fully integrated edge-to-cloud monitoring infrastructure comprising 482 field devices, 390 wireless and wired sensors and gauges, secure telemetry gateways and solar-powered field infrastructure. Together, these technologies provide enhanced production intelligence, enabling improved operational visibility, faster decision-making, and more effective management of critical field operations.

Building the Foundation for Intelligent Oilfield Operations

Beyond real-time monitoring, the Optima Digital Oilfield Platform establishes a scalable foundation for the next generation of smart oilfield operations. The platform supports advanced capabilities such as AI-driven production analytics, predictive maintenance, intelligent workflow automation, integrated asset lifecycle management and digital twin environments. By leveraging these technologies, Oil India can optimize production performance, reduce operational inefficiencies, and enhance asset reliability while preparing for future digital innovations.

Advanced Technology Stack Powers the Deployment

The solution combines multiple advanced technologies to deliver a robust and scalable digital infrastructure. The implementation incorporates Emerson’s field instrumentation technologies and AWS cloud infrastructure within the broader Optima ecosystem. The platform utilizes industrial Internet of Things (IIoT), edge intelligence, and cloud-native architecture to enable seamless data collection, transmission, analysis, and visualization across geographically dispersed production assets.

Oil India Highlights Benefits of the Partnership

Oil India Limited stated, “As Oil India Limited continues to advance towards digital transformation and modernize production operations, partnering with organizations that bring both deep industry expertise and proven execution capabilities is critical. Kellton demonstrated a strong understanding of our operational requirements and successfully delivered a robust production monitoring platform within the scheduled timeline.” The company further noted that the Optima platform has significantly improved visibility across field operations, enabling more informed decision-making, enhanced operational efficiency, and greater performance transparency. According to OIL, the platform also provides a scalable and future-ready foundation that will support ongoing optimization and innovation initiatives across its production assets.

Kellton Reinforces Vision for Smarter Energy Operations

Ramana Palisetti, Global Director (Energy Business Unit), Kellton, said, “We are proud to partner with Oil India on this important milestone and support its vision of building smarter, more connected, and increasingly intelligent energy operations.” He added that Optima has been specifically designed for upstream oil and gas environments, enabling operators to consolidate field data, monitor production assets in real time, automate workflows, and generate predictive insights through AI-powered analytics. “By combining edge intelligence, cloud-native scalability, and centralized operational visibility, the platform helps energy enterprises improve production efficiency, accelerate decision-making, and build a scalable foundation for the future of intelligent oilfield operations,” he said.

Proven Digital Oilfield Platform with Global Reach

Built on a cloud-native architecture and powered by industrial IoT technologies, the Optima platform has already demonstrated success across energy operations worldwide. The platform has been deployed across energy enterprises in India, the United States, Saudi Arabia, Libya, Iraq, Peru, Ecuador, and several other international markets, showcasing its ability to support complex oil and gas operations across diverse geographical environments.

Accelerating the Future of Digital Energy

The successful deployment of the large-scale digital wellhead monitoring system represents a significant step toward intelligent and data-driven oilfield management. By integrating real-time monitoring, AI-powered analytics, and scalable cloud technologies, Oil India and Kellton are laying the groundwork for more efficient, connected, and future-ready energy operations. As per the press release, as the oil and gas sector increasingly embraces digital transformation, initiatives such as this are expected to play a crucial role in improving operational performance, enhancing asset reliability, and driving long-term sustainability across the industry.

UPL Limited, a global provider of sustainable agriculture solutions, has been awarded the Clarivate South Asia Innovation Award 2026 in the AgriBusiness category. The award was presented on June 5, 2026, at the JW Marriott Hotel in Mumbai, celebrating organizations that are driving innovation excellence and transforming industries across South Asia. This is the fourth consecutive year that UPL has received this prestigious recognition, underscoring its unwavering commitment to innovation and its continued leadership in developing technologies that create value for farmers and strengthen food systems worldwide.

Four Years of Sustained Innovation Excellence

UPL’s repeated recognition reflects its long-term focus on advancing agricultural science and delivering impactful solutions to address evolving farming challenges. Over the years, the company has consistently invested in research, technology, and product development to improve agricultural productivity, sustainability, and resilience. As a result, UPL has built a strong reputation as an innovation-driven organization dedicated to empowering farmers while supporting global food security objectives.

Rigorous Evaluation Highlights Strong Innovation Pipeline

The Clarivate South Asia Innovation Awards are based on a comprehensive and data-driven evaluation process. The assessment utilizes Clarivate’s proprietary Derwent Strength Index along with extensive global patent data to identify organizations demonstrating exceptional innovation performance. The methodology evaluates both technical advancement and commercial relevance by examining patent filing activity, intellectual property strength, and the real-world impact of innovations. UPL’s continued success in the awards reflects the strength of its innovation pipeline and its ability to translate scientific research into practical, market-ready agricultural solutions.

Driving the Future of Sustainable Agriculture

At the heart of UPL’s innovation strategy lies a robust global research and development ecosystem that spans multiple geographies. The company integrates cutting-edge science with farmer-centric approaches to develop solutions that address critical agricultural and environmental challenges. UPL continues to accelerate innovation through advanced research programs, digital transformation initiatives, and strategic partnerships. Its key focus areas include biological crop protection and nutrition solutions, digital agriculture technologies, climate-resilient farming innovations, sustainable crop productivity enhancement and data-driven agricultural decision-making tools. Through these initiatives, UPL aims to help farmers improve yields, optimize resource utilization, and build resilience against climate-related risks.

Leadership Perspective

Dr. Vishal Sodha, Chief Technology Officer, UPL, said, “We are proud to receive the Clarivate Innovation Award for the fourth consecutive year. This recognition reflects the strength of our innovation ecosystem and the dedication of our teams in advancing science-driven solutions for agriculture.” He further added, “At UPL, we continue to invest in technology and research to address evolving agricultural challenges, empower farmers, and drive sustainable growth while creating lasting value for the global agricultural community.”

Strengthening the Future of Global Agriculture

As per the press release, the recognition further reinforces UPL’s position as a global innovation leader in agriculture. By continuously investing in research, digital technologies, and sustainable farming solutions, the company remains focused on addressing the challenges of modern agriculture while supporting farmers, enhancing food security, and promoting long-term environmental sustainability. As agriculture undergoes rapid transformation, UPL’s commitment to science-led innovation continues to play a vital role in shaping a more resilient and sustainable future for global food systems.

Nuberg EPC, a leading global engineering, procurement, and construction (EPC) company, bagged a prestigious international contract from Msufini Tanzania Ltd. for the review, design, procurement, installation, construction, and commissioning of a 45 TPD Chlor-Alkali Plant in the Mlandizi District of Tanzania’s Coast Region. The project is scheduled for commissioning by January 2027. The latest order reinforces Nuberg EPC’s growing global presence and highlights its commitment to supporting industrial development across emerging markets.

Advanced Technology for Efficient and Sustainable Operations

The chlor-alkali facility will incorporate state-of-the-art process technology designed to deliver superior operational efficiency, enhanced process reliability, and compliance with international safety and environmental standards. As the EPC contractor, Nuberg EPC will manage the project from concept to commissioning. The company will leverage its proven project management capabilities, stringent quality assurance systems, and disciplined execution approach to ensure timely and successful project delivery.

Strategic Location to Drive Industrial Growth

Located in the Mlandizi District of Tanzania’s Coast Region, the project site offers excellent logistical advantages due to its proximity to major transportation networks and port infrastructure. Consequently, the facility will benefit from streamlined supply chain operations and efficient movement of raw materials and finished products. The project is expected to generate significant direct and indirect employment opportunities while stimulating economic activity across the region.

Production of Essential Industrial Chemicals

The plant will manufacture chlorine and caustic soda as its primary products. In addition, it will produce a range of valuable downstream chemicals and derivatives, including hydrogen, hydrochloric acid (HCl), sodium hypochlorite, liquid chlorine, caustic soda lye, and caustic soda flakes. These products play a critical role in numerous industries, including water treatment, sanitation, pharmaceuticals, textiles, paper and pulp, plastics, and chemical manufacturing. As a result, the facility will contribute significantly to supporting both industrial production and essential public utility services within Tanzania.

Expanding Global Footprint and Strong African Presence

The Tanzania project further strengthens Nuberg EPC’s international credentials. The company has successfully executed projects across more than 35 countries, serving clients in diverse industrial sectors. In Africa, Nuberg EPC has already delivered major projects in countries such as Ethiopia, Ivory Coast, Morocco, and Egypt. Consequently, the company continues to deepen its presence across the continent’s rapidly growing industrial markets.

Supporting Tanzania’s Industrialization Agenda

The chlor-alkali facility is expected to enhance Tanzania’s domestic production capacity for essential chemicals, reduce reliance on imports, and encourage the growth of downstream industries. Moreover, the project aligns closely with Tanzania’s broader goals of industrialization, economic diversification, and job creation. By strengthening local manufacturing capabilities, the facility will contribute to the country’s long-term industrial and economic development.

Leadership Perspective

A.K. Tyagi, Chairman and Managing Director, Nuberg Group of Industries, said, “We are delighted to have been entrusted with this strategic project in Tanzania, which further augments Nuberg’s global EPC portfolio and strengthens our presence in high-growth international markets. Africa continues to offer compelling opportunities for industrial and chemical sector expansion, and our partnership with Msufini Tanzania Ltd. reflects a shared vision of developing resilient and future-ready industrial infrastructure.”

He further added, “The project is integral to supporting local industries through reliable access to essential chemicals, thereby enabling value addition across multiple sectors. At Nuberg, our focus remains on delivering engineering excellence, maintaining the highest standards of safety and quality, and ensuring disciplined project execution within defined timelines.”

Positioning for the Future

Nuberg EPC’s expanding international footprint demonstrates its ability to execute complex, technology-driven projects across diverse geographies. At the same time, the company is broadening its capabilities in Green Energy, Oil & Gas, Fertilizers, Green Hydrogen, Emerging Fuels, and Advanced Process Solutions. As per the press release, as industries worldwide transition toward more sustainable and efficient operations, Nuberg EPC continues to strengthen its position as a key partner in next-generation industrial transformation and infrastructure development.

Röhm achieved a significant milestone with the successful full-scale operation of its methyl methacrylate (MMA) plant in Bay City, Texas, marking the world’s first industrial-scale deployment of the company’s proprietary LiMA technology.

Following its start-up phase, the facility completed a structured ramp-up program and has consistently operated at full production capacity in recent months. To commemorate the achievement, Röhm welcomed customers, business partners, and government officials to the Bay City site, providing an in-depth look at the plant’s operations and the innovative technology powering the facility.

LiMA Technology Sets New Benchmark for MMA Manufacturing

LiMA, which stands for Leading in MethAcrylates, represents Röhm’s next-generation MMA production technology designed to enhance efficiency, sustainability, and production performance. Methyl methacrylate is a key raw material used in the manufacture of products serving diverse industries. Notably, the Bay City facility is the first C2-based MMA production plant in North America, strengthening regional supply chains and enhancing domestic manufacturing capabilities for critical industrial materials.

Strategic Investment Supports Global Growth

Hans Bohnen, CEO of Röhm, emphasized that the Bay City project reflects the company’s long-term strategy of driving growth through technological innovation and strategic investments. “As the only global producer of both methyl methacrylate and polymethyl methacrylate with production sites in the major regions of Europe, Asia, and North America, we are uniquely positioned to serve our customers worldwide—reliably, locally, and with leading technology,” said Bohnen. The facility further strengthens Röhm’s global manufacturing network while improving supply reliability for customers across North America and international markets.

Enhancing Supply Chain Resilience in North America

The Bay City plant has been strategically designed to improve supply security by utilizing readily available feedstocks, including ethylene and natural gas, while positioning production closer to key customer markets. According to Jack Chenault, President of Röhm Americas, the investment demonstrates the company’s commitment to supporting customers throughout the region. “This reflects our long-term commitment to customers across the region, and Bay City’s strategic location allows us to efficiently serve both North American and global markets,” Chenault said.

Technology Developed in Germany, Scaled in the United States

Röhm developed the LiMA technology over several years at its research and development facilities in Germany before successfully transferring the process to commercial-scale operations in the United States. The project received significant backing from Advent International, which has invested approximately US$1.6 billion (€1.5 billion) in partnership with Röhm to support innovation, expansion, and long-term growth initiatives. Ronald Ayles of Advent International described LiMA as a transformative breakthrough for the methacrylate industry. “LiMA technology does not only mark a technological quantum leap—it is a true game changer for the methacrylate industry,” he said.

Advancing the Future of Methacrylate Production

The successful commercialization of LiMA technology at Bay City represents a major advancement for the global methacrylate industry. By combining large-scale production capacity with enhanced efficiency and sustainability benefits, Röhm is setting a new benchmark for MMA manufacturing. As per the press release, as demand for high-performance materials continues to grow across automotive, construction, electronics, and healthcare sectors, the Bay City facility positions Röhm to deliver reliable supply, technological leadership, and sustainable production solutions to customers worldwide.

Henkel has achieved a significant sustainability milestone by establishing carbon-neutral production at its flagship Adhesive Technologies manufacturing sites in Kurkumbh, India, and Gebkim, Türkiye. The accomplishment marks a major step in the company’s global effort to decarbonize operations and achieve its climate targets by 2030. By eliminating Scope 1 and Scope 2 greenhouse gas emissions at both facilities, Henkel continues to advance its science-based sustainability commitments while accelerating the transition toward fossil fuel-free manufacturing.

Driving Emission Reductions Through Electrification and Renewable Energy

The achievement aligns with Henkel’s broader strategy of reducing operational greenhouse gas emissions through energy efficiency, electrification, and the gradual phase-out of fossil fuels. Simultaneously, the company is expanding the use of renewable energy across its global production network to support long-term climate goals. These initiatives form a critical part of Henkel’s roadmap toward achieving net-zero operations and creating a more sustainable industrial future.

Kurkumbh Facility Eliminates 11,300 Tons of CO₂ Emissions

At its Kurkumbh manufacturing site in India, Henkel achieved carbon-neutral operations by replacing furnace oil-based thermic fluid heaters with high-efficiency electric heating systems. This transition completely eliminated the site’s dependence on fossil fuels. To enable the transformation, Henkel upgraded the facility’s energy infrastructure through extensive optimization measures. The project included heat load optimization, installation of advanced high-efficiency heat exchangers, and significant investments in electrical capacity to support full-scale electrification. In addition, the facility transitioned to 100 percent renewable electricity, enabling the complete elimination of both Scope 1 and Scope 2 emissions. As a result, the site reduced approximately 11,300 tons of CO₂ equivalent emissions annually, representing a major achievement in its decarbonization journey.

Gebkim Plant Advances Fossil Fuel-Free Manufacturing

Henkel’s Gebkim production facility in Türkiye also reached a major sustainability milestone through a landmark electrification project. The company replaced a natural gas-fired boiler with a high-efficiency electric boiler system, effectively eliminating direct fossil fuel consumption at the site. Consequently, Scope 1 emissions were reduced to zero, resulting in an annual reduction of approximately 956 tons of CO₂ equivalent emissions. The project demonstrates how industrial electrification can significantly reduce carbon emissions while maintaining operational performance and reliability.

Leadership Highlights Sustainability Progress

Simon Ulmann, Vice President Supply Chain & Operations IMEA, Henkel Adhesive Technologies, emphasized the importance of the milestone in supporting the company’s sustainability ambitions. He noted that achieving carbon-neutral production at two flagship manufacturing sites represents a major step toward delivering Henkel Adhesive Technologies’ global sustainability goals. He further highlighted the company’s commitment to systematically eliminating fossil fuels from operations and replacing them with electrified processes powered by renewable energy. According to Ulmann, the successful transformation of the Kurkumbh and Gebkim facilities demonstrates how sustainability strategies can be translated into measurable operational impact while accelerating the journey toward net-zero manufacturing.

Kurkumbh Site Demonstrates Sustainable Growth in Action

Bappa Bandyopadhyay, Director Operations & Projects India, Henkel Adhesive Technologies, described the achievement as a testament to the company’s commitment to responsible manufacturing and sustainable growth. He stated that through renewable energy adoption and continuous efficiency improvements, the Kurkumbh facility has significantly reduced its carbon footprint while maintaining the highest standards of safety, quality, and operational excellence. The milestone reinforces the idea that sustainability initiatives and business performance can progress together to generate long-term value.

Accelerating the Path to Net-Zero Operations

By expanding electrification projects and increasing renewable energy adoption across its manufacturing network, Henkel is accelerating the decarbonization of its global operations. These initiatives play a crucial role in reducing the company’s overall carbon footprint while supporting customers in achieving their own sustainability objectives. Moreover, the success of the Kurkumbh and Gebkim facilities demonstrates that fossil fuel-free manufacturing is both practical and scalable across diverse regions and industrial environments. As per the press release, as Henkel continues its sustainability journey, the company is setting a strong example for the manufacturing sector by proving that environmental responsibility and operational excellence can go hand in hand.

JSW Energy commissioned its state-of-the-art wind blade manufacturing facility in Halol, Gujarat, marking a major milestone in strengthening its renewable energy value chain. The new plant reflects the company’s commitment to expanding domestic manufacturing capabilities and accelerating India’s clean energy transition.

Enhancing Vertical Integration in Wind Energy

The Halol facility forms a key part of JSW Energy’s strategy to achieve greater vertical integration across its wind energy business. By manufacturing critical components in-house, the company aims to improve project execution, enhance operational efficiency, and reduce dependence on external suppliers. Furthermore, the move is expected to mitigate supply chain risks, lower logistics costs, and improve the overall reliability of renewable energy projects.

Advanced Manufacturing Capacity to Support Growth

Designed to produce up to 450 wind turbine blades annually, the plant can support approximately 600 MW of wind energy capacity each year. The facility will manufacture 82-metre-long blades that are compatible with 4 MW Wind Turbine Generators (WTGs), aligning with the company’s growing renewable energy portfolio. As JSW Energy continues to scale its clean energy footprint, the new manufacturing unit will play a crucial role in meeting the increasing demand for high-performance wind turbine components.

Expanding Renewable Energy Portfolio

JSW Energy currently operates 3.9 GW of wind power capacity and manages a 6.5 GW hybrid energy portfolio that incorporates wind power integration. In addition, the company has 2.4 GW of standalone wind projects under various stages of development, underscoring its strong focus on renewable energy expansion.

Further Capacity Expansion Planned in Karnataka

JSW Energy is also establishing another wind blade manufacturing facility in Chitradurga, Karnataka. The project is in the advanced stages of commissioning and is expected to further strengthen the company’s manufacturing ecosystem. With investments in domestic production and renewable infrastructure, JSW Energy is reinforcing its long-term commitment to supporting India’s wind energy sector while enhancing self-reliance and sustainability across its operations.

Driving India’s Renewable Energy Future

The commissioning of the Halol plant represents a strategic step toward building a resilient and integrated renewable energy supply chain. As reported by projectstoday.ai, as India accelerates its clean energy ambitions, JSW Energy’s manufacturing expansion is expected to contribute significantly to the growth of the country’s wind power industry and its broader sustainability goals.

The implementation of mandatory domestic sourcing requirements under the second phase of the Approved List of Models and Manufacturers (ALMM-II) from June 1 has triggered concerns among solar module manufacturers and vendors regarding the availability and pricing of solar cells. Representatives from the solar sector have engaged with officials from the Ministry of New and Renewable Energy (MNRE) both before and after the rollout of the new regulations. The discussions focused on addressing supply constraints and mitigating the potential impact on project execution and manufacturing costs.

Capacity Gap Emerges Between Module and Cell Manufacturing

A key concern highlighted by non-integrated module manufacturers and ancillary equipment suppliers is the significant mismatch between India’s solar module manufacturing capacity and domestic solar cell production capability. India currently has an estimated solar module manufacturing capacity of approximately 225 GW, including around 193 GW registered under ALMM-I. In contrast, the country’s domestic solar cell manufacturing capacity stands at only about 30 GW, creating concerns about the industry’s ability to meet rising demand under the new sourcing requirements. Industry stakeholders argue that this imbalance could lead to supply shortages and increased procurement costs, particularly for manufacturers that do not produce solar cells in-house.

Manufacturers Expect Capacity Expansion to Ease Concerns

Despite these concerns, solar cell manufacturers remain optimistic about the market outlook. Industry players have stated that current production levels are adequate to meet near-term demand and that several new manufacturing facilities are expected to become operational in phases through December 2026. These capacity additions are anticipated to significantly strengthen domestic cell availability and support the growing requirements of India’s rapidly expanding solar sector. Industry experts believe that projects requiring domestically sourced content are unlikely to face major supply disruptions during calendar year 2026.

Government Maintains Policy Stability While Offering Limited Relief

Several industry representatives sought a broader extension of the ALMM-II implementation timeline to allow manufacturers more time to adapt to the domestic sourcing requirements. However, the Ministry of New and Renewable Energy opted against granting a blanket postponement. Instead, the ministry provided conditional exemptions for select projects while reaffirming its commitment to policy stability and long-term growth of India’s domestic solar manufacturing ecosystem. The government’s approach reflects its broader objective of strengthening supply chain resilience and advancing the country’s vision of achieving greater self-reliance in renewable energy manufacturing.

High-Efficiency Solar Cells Remain a Key Challenge

Another concern raised by industry stakeholders relates to the availability of high-efficiency solar cells, which account for a substantial portion of market demand. The Rajasthan Solar Association noted that not all existing domestic cell manufacturing capacity is geared toward producing high-efficiency cells. As a result, certain project developers and module manufacturers may continue to face procurement challenges even as overall production capacity expands. This highlights the need for continued investment in advanced solar cell technologies to support India’s evolving renewable energy market.

Domestic Solar Cell Capacity Expected to Triple

According to estimates from the Indian Solar Manufacturers Association (ISMA), demand for domestically manufactured solar cells is expected to remain in the range of 22–25 GW during calendar year 2026. At the same time, the association projects that India’s solar cell manufacturing capacity could expand dramatically to nearly 103 GW by the end of 2026, more than tripling current capacity levels. If these expansion plans materialize as expected, the domestic industry could significantly reduce supply bottlenecks while strengthening India’s position as a major global solar manufacturing hub.

Balancing Localization Goals with Industry Growth

As India accelerates its renewable energy transition, the implementation of domestic sourcing norms marks an important step toward building a robust and self-reliant solar manufacturing ecosystem. However, industry stakeholders emphasize that ensuring adequate availability of high-quality solar cells, maintaining competitive pricing, and supporting capacity expansion will be critical to sustaining growth across the solar value chain. As reported by moneycontrol.com, with substantial investments underway and new manufacturing facilities expected to come online over the coming months, the sector remains optimistic that domestic production will gradually align with the country’s ambitious solar deployment targets.

Kirloskar Pneumatic Company Ltd (KPCL) unveiled Tonalli, an innovative waste-to-energy solution designed to convert organic food waste into biogas and organic fertiliser. The compact, decentralised system caters to a wide range of users, including industries, hospitality establishments, industrial canteens, commercial kitchens, and residential communities. By enabling a 100 percent waste-utilisation process, Tonalli helps organizations reduce waste disposal challenges while generating renewable energy and valuable by-products.

Advancing Circular Economy and Sustainable Waste Management

Built on the principles of the circular economy, Tonalli promotes efficient resource recovery by converting food waste into clean energy and nutrient-rich organic fertiliser. As a result, users can reduce their dependence on conventional fuels such as LPG and PNG while benefiting from lower energy costs and safer cooking fuel alternatives. Furthermore, the solution supports organizations seeking to improve sustainability performance and reduce their environmental footprint through responsible waste management practices.

Supporting Compliance with Emerging Waste Management Regulations

Tonalli aligns with India’s evolving Solid Waste Management Rules, 2026, which emphasize decentralized waste processing and four-stream waste segregation. By enabling on-site treatment of organic waste, the solution helps businesses and communities comply with regulatory requirements while minimizing waste transportation and landfill dependency. As sustainability regulations become increasingly stringent, decentralized waste-to-energy technologies such as Tonalli offer an effective pathway toward regulatory compliance and environmental stewardship.

Driving Sustainable Impact Through Engineering Innovation

Aman Kirloskar, Managing Director, Kirloskar Pneumatic Company Ltd, said, “Tonalli represents our commitment towards engineering innovation that creates sustainable impact. As industries and communities increasingly look for smarter and decentralized waste-management systems, Tonalli offers an efficient way to convert food waste into valuable green energy while supporting compliance, resource recovery, and long-term environmental responsibility.”

Nuriel Pezarkar, Technology Partner at NobleExchange Environment Solutions Private Limited, added, “Tonalli with BioBit Technology is more than a machine. It is a compact, plug-and-play solution where every installation is equivalent to thousands of trees planted, LPG replaced, and carbon credits earned—measurable outcomes that reflect environmental responsibility, circularity, and economic value.”

Advanced Technology Ensures Reliable Biogas Production

At the core of Tonalli is an advanced Controlled Anaerobic Digestion Process, which efficiently converts organic waste into biogas through a carefully managed biological process. The system incorporates several innovative features, including Advanced Controlled Anaerobic Digestion Technology, Innovative Gas Agitation Technology that eliminates the need for mechanical agitators, Multi-stage biogas purification and cleaning systems, Pressurized gas delivery using a Kirloskar compressor for consistent flame performance and PLC-based safety controls with automatic flaring and pressure relief mechanisms. Together, these technologies ensure reliable operation, improved efficiency, and enhanced industrial safety.

Enabling a Cleaner and More Resource-Efficient Future

With the launch of Tonalli, Kirloskar Pneumatic strengthens its commitment to sustainable engineering and responsible resource utilization. The solution addresses growing demand for decentralized waste management systems while supporting renewable energy generation, carbon reduction, and circular economy objectives. As reported by manufacturingtodayindia.com, as industries, institutions, and residential communities seek environmentally responsible alternatives to traditional waste disposal methods, Tonalli offers an efficient, scalable, and future-ready solution that transforms waste into valuable resources while contributing to a cleaner and more sustainable future.

India is rapidly strengthening its position as one of the world’s most promising clean industry markets. According to the latest Global Project Tracker released by Mission Possible Partnership (MPP), the country’s pipeline of
low-carbon industrial projects has expanded by 30% in just six months, highlighting growing momentum in clean manufacturing, green fuels, and industrial decarbonization. As nations seek to build resilient energy and manufacturing systems amid geopolitical uncertainty and supply chain disruptions, India is increasingly attracting investments in next-generation industrial projects powered by renewable energy.

Third-Largest Clean Industry Pipeline Worldwide

The report ranks India as the world’s third-largest clean industrial project market by project count, behind only China and the United States. Currently, India’s clean industry pipeline comprises 65 projects spanning four sectors across 11 states, representing an estimated $433.07 billion investment opportunity. These projects focus on critical growth areas including green fuels, sustainable chemicals, and low-carbon manufacturing technologies. The rapid expansion reflects India’s growing alignment between industrial development goals and energy transition strategies, supported by government initiatives promoting green hydrogen, renewable energy, advanced manufacturing, and energy security.

Green Ammonia Leads India’s Low-Carbon Transition

The Global Project Tracker maps projects across several emerging clean industry segments, including green ammonia, green methanol, Sustainable Aviation Fuel (SAF) and low carbon aluminium. These projects are spread across Odisha, Andhra Pradesh, Gujarat, Karnataka, Tamil Nadu, Maharashtra, Rajasthan, Madhya Pradesh, Haryana, Himachal Pradesh, and Chhattisgarh.

Among these sectors, green ammonia dominates the pipeline with 49 projects, underscoring India’s ambition to become a leading global producer and exporter of clean fuels. Meanwhile, increasing investments in Sustainable Aviation Fuel indicate growing opportunities in cleaner aviation and international export markets.

Major Industrial Players Drive Project Development

Several leading companies are actively shaping India’s clean industrial ecosystem. Notable projects highlighted in the report include AM Green’s developments in Kakinada, ACME’s Green Ammonia Project in Odisha, Indian Oil’s Sustainable Aviation Fuel initiatives, NTPC’s Pudimadaka Green Energy Proposals and Vedanta’s Low-Carbon Aluminium Operations in Odisha and Chhattisgarh. The report also points to increasing collaboration between Indian and international companies as new clean industrial value chains continue to emerge.

Green Hydrogen Momentum Shifts from Vision to Reality

Arnava Sinha, Executive Vice President – Green Hydrogen and Ammonia at ACME, emphasized the country’s growing leadership in green hydrogen development. According to Sinha, India’s green hydrogen sector is moving steadily from ambition to implementation. He noted that ACME’s success in multiple Solar Energy Corporation of India (SECI) green ammonia auctions has helped establish a competitive market supported by assured demand, transparent pricing mechanisms, and globally competitive tariffs.

With abundant renewable energy resources, strong policy support, and growing project expertise, India is well-positioned to become a major global hub for green ammonia production and clean fuel exports. The next challenge, he noted, is accelerating project execution and achieving commercial-scale supply.

Global Clean Industry Investment Reaches Record Levels

The report reveals that clean industrial investment is accelerating worldwide as governments and industries prioritize energy security, competitiveness, and decarbonization. Mission Possible Partnership’s analysis shows that the number of projects reaching Final Investment Decision (FID) has more than doubled over the past year—the fastest pace recorded to date. China currently leads project deployment globally, while countries with abundant renewable energy resources are increasingly emerging as future industrial powerhouses. The report identifies India as part of a new global “industrial sunbelt”—a group of renewable energy-rich economies that could secure long-term competitive advantages as clean manufacturing scales worldwide.

Clean Industry Offers Economic and Strategic Advantages

Faustine Delasalle, CEO of Mission Possible Partnership and Executive Director of the Industrial Transition Accelerator (ITA), highlighted the strategic importance of industrial decarbonization. She noted that clean industry is rapidly transitioning from concept to implementation, with project approvals and investments accelerating at unprecedented rates. Furthermore, she emphasized that dependence on fossil fuels continues to expose economies to price volatility, supply disruptions, and climate-related risks. By developing cleaner industrial systems, countries can strengthen control over essential sectors such as energy, materials, food production, and manufacturing while enhancing long-term economic resilience.

Execution Will Be Key to Sustaining Growth

Yash Kashyap, India Lead at the Industrial Transition Accelerator, described India’s clean industry pipeline as one of the most significant early-stage opportunities globally. While project announcements continue to grow across sectors and states, Kashyap stressed the importance of accelerating policy implementation, unlocking financing, and strengthening market demand to move projects from planning to execution. If India successfully leverages its renewable energy advantage and converts it into large-scale industrial development, the country could emerge as a major global center for clean manufacturing, sustainable fuels, and low-carbon exports over the next decade.

Building the Foundation for a Low-Carbon Industrial Economy

As global investment in clean industry gains momentum, India’s expanding project pipeline demonstrates the country’s commitment to building a sustainable industrial future. As per the press release, advancing green hydrogen, clean fuels, sustainable chemicals, and low-carbon manufacturing, India is laying the groundwork for a robust low-carbon industrial economy. This transformation has the potential to boost manufacturing competitiveness, strengthen export capabilities, attract long-term investment, and support economic growth while advancing national climate goals.