Coromandel International Limited, one of India’s leading agri-solutions providers, has entered into a strategic partnership with Samunnati Agri Value Chain Solutions Private Limited, an agri-ecosystem platform, to strengthen access to quality agricultural inputs for Farmer Producer Organisations (FPOs) across the country.

The two organizations recently signed a Memorandum of Understanding (MoU) to facilitate the supply, promotion, and distribution of agri-inputs through Samunnati’s extensive FPO network. The agreement was signed by Madhab Adhikari, EVP & Business Head (Fertiliser, SSP & Nano), Coromandel, and Suresh Rajagopalan, Executive Director, Samunnati, in the presence of Narayanan Vellayan, Executive Director – Crop Nutrition, Coromandel.

Expanding Market Access for Farmers and FPOs

Through the collaboration, Coromandel will leverage its expertise in crop nutrition, crop protection, and agri-services to improve the availability of high-quality agricultural inputs. At the same time, Samunnati will utilize its strong network of FPOs to enhance market reach and create greater value for farmers and rural enterprises. By combining their strengths, the two companies aim to build a more efficient and resilient agricultural ecosystem while addressing the evolving needs of India’s farming community.

Promoting Technology Adoption and Sustainable Agriculture

Beyond product distribution, the partnership will focus on customized marketing initiatives, product demonstrations, and technology adoption programs. These efforts are designed to help farmers embrace modern agricultural practices, improve productivity, and support long-term sustainability. Furthermore, the collaboration seeks to encourage knowledge sharing and awareness programs that can accelerate the adoption of innovative farming solutions across rural India.

Supporting Financial Inclusion in Agriculture

As part of the broader partnership, Samunnati Finance Private Limited may extend financial assistance to eligible FPOs and other agri-ecosystem participants for procuring Coromandel products. These financing arrangements will be subject to separate agreements and applicable regulatory requirements. This integrated approach is expected to improve access not only to quality inputs but also to financial resources, enabling farmers and FPOs to make informed investment decisions for their agricultural operations.

Leadership Perspectives

Narayanan Vellayan, Executive Director – Crop Nutrition, Coromandel, said, “This partnership with Samunnati aligns with our commitment to delivering innovative and sustainable agri-solutions to farmers across India. By combining Coromandel’s strong product portfolio and field expertise with Samunnati’s deep engagement with FPOs and agri value chain participants, we aim to improve access to quality inputs and support the growth of a more resilient and efficient agri ecosystem.”

Suresh Rajagopalan, Executive Director, Samunnati, added, “At Samunnati, we are committed to enabling collective prosperity across the agri ecosystem. Our collaboration with Coromandel will help strengthen last-mile access to quality agri-inputs, promote sustainable farming practices, and create greater value for FPOs, Village Level Entrepreneurs (VLEs), and farmers through integrated market linkage and financial inclusion solutions.”

Building a Stronger Agricultural Value Chain

The partnership between Coromandel and Samunnati marks an important step toward strengthening India’s agricultural value chain. As per the press release, by improving access to quality agri-inputs, enabling financial inclusion, and promoting sustainable farming practices, the collaboration aims to empower FPOs, enhance farmer productivity, and contribute to the long-term growth of the rural agricultural economy.

Birla Carbon, a leading global manufacturer and supplier of high-quality carbon-based materials, will participate in The Battery Show Europe 2026, one of the world’s premier events for advanced battery and electric vehicle technologies. The company will exhibit its innovative portfolio of battery materials at Messe Stuttgart, Germany, from June 9–11, 2026.

Driving Battery Performance with Advanced Conductive Solutions

At the exhibition, Birla Carbon will showcase a comprehensive range of conductive additives engineered to meet the evolving demands of the battery industry. These solutions are designed to enhance electrical conductivity, improve processability, strengthen electrochemical stability, and optimize overall cell performance while helping manufacturers reduce production costs. As battery technologies continue to advance, Birla Carbon’s conductive materials enable manufacturers to achieve greater efficiency, reliability, and performance across a wide range of battery applications.

Strengthening Supply Security Through Global Manufacturing

In addition to technological innovation, Birla Carbon places a strong emphasis on supply chain resilience. The company produces battery-grade conductive carbons at commercial scale across strategically located manufacturing facilities in the United States, Europe, and Asia.

This geographically diversified production network allows Birla Carbon to provide consistent and timely material supply, even amid ongoing global supply chain challenges. For battery manufacturers operating in highly competitive markets, dependable supply has become a critical factor in maintaining uninterrupted production and achieving business success.

Comprehensive Portfolio for Current and Next-Generation Batteries

Birla Carbon’s battery materials portfolio includes high-performance conductive carbon blacks and carbon nanotubes (CNTs), specifically developed to support both current and emerging battery technologies. The company’s Conductex™ i conductive carbon black product range delivers excellent electrochemical performance for cathodes, anodes, and carbon-coated current collectors. These materials help improve electrode performance, increase peeling strength, and lower manufacturing costs, making them highly suitable for lithium-ion batteries and next-generation energy storage systems.

Leading Innovation in Carbon Nanotube Technology

Birla Carbon is also recognized as one of the largest producers of high-performance carbon nanotubes (CNTs) outside Asia. Available in both powder and dispersion forms, the company’s CNT solutions are designed for demanding battery applications that require extended driving range, enhanced energy density, and ultra-fast charging capabilities. These advanced materials play a critical role in enabling the next wave of electric mobility and energy storage innovations.

Highlighting Commercially Available Battery Additives

During The Battery Show Europe 2026, Birla Carbon will spotlight its commercially available conductive additives, including Conductex™ i conductive carbon black and multi-walled carbon nanotubes (MWCNTs). Visitors will also have the opportunity to explore the company’s broader portfolio of carbon-based solutions developed specifically for the battery value chain.

As per the press release, through its combination of advanced material science, global manufacturing capabilities, and commitment to supply reliability, Birla Carbon continues to support battery manufacturers in building higher-performing, more sustainable, and cost-effective energy storage solutions.

BASF has introduced Oppanol® N PLUS, an advanced high-performance binder designed to meet the evolving demands of next-generation electric vehicle (EV) batteries. As the battery industry transitions toward advanced technologies such as solid-state batteries (SSBs), manufacturers require materials that can deliver greater performance, reliability, and safety. These next-generation batteries promise longer driving ranges, faster charging capabilities, and improved safety standards, making high-quality component materials increasingly critical.

Engineered for Advanced Battery Technologies

Built on BASF’s proven polyisobutene (PIB) technology, Oppanol® N PLUS has been specifically developed for modern battery architectures. The binder plays a vital role within the cathode, anode, and electrolyte by maintaining structural integrity and ensuring the reliable separation of battery components. Its exceptional elasticity and extensibility allow the material to absorb and compensate for mechanical stress generated during charging and discharging cycles. As a result, the binder helps improve battery stability, durability, and overall service life. Moreover, Oppanol® N PLUS is chemically inert, effectively minimizing unwanted side reactions that can negatively impact battery performance.

Enhancing Manufacturing Efficiency and Process Reliability

One of the key advantages of Oppanol® N PLUS is its exceptionally high and consistent product quality. The material is produced within very narrow specifications, enabling battery manufacturers to achieve greater process control and operational efficiency. The benefits include reduced variability in production processes, lower reformulation requirements, decreased quality control efforts, faster process optimization and adjustments and improved manufacturing consistency. By supporting stable and predictable production environments, Oppanol® N PLUS helps battery manufacturers streamline operations while maintaining high-performance standards.

Flexible Supply Solutions for Battery Manufacturers

In addition to product innovation, BASF is enhancing customer support through improved supply chain services. Customers can access freshly manufactured material directly from stock and benefit from flexible delivery options, including packaging sizes starting at just 20 kilograms. These services are designed to help battery manufacturers and OEMs accelerate the development and commercialization of reliable, high-performance battery systems for electric mobility applications.

Supporting the Transition to Sustainable Mobility

Madeleine Jordan, Global Business Management, Oppanol at BASF, said, “With Oppanol® N PLUS, BASF combines decades of expertise with the requirements of tomorrow’s e-mobility. The new product exemplifies the company’s commitment to continuously advancing proven materials and actively shaping the transition to sustainable technologies.” The introduction of Oppanol® N PLUS reflects BASF’s ongoing commitment to supporting innovation across the battery value chain and enabling the growth of sustainable transportation solutions.

A Versatile Material with Global Applications

For nearly a century, Oppanol® has earned a reputation for its unique combination of properties, including transparency, chemical resistance, water and gas impermeability, physiological safety, and strong adhesive characteristics. Today, the material is used in a diverse range of applications. Its outstanding durability, chemical stability, and long-term performance continue to make Oppanol® a preferred material across multiple industries. As per the press release, with the introduction of Oppanol® N PLUS, BASF is extending this legacy into the rapidly growing battery sector, helping manufacturers develop safer, more efficient, and longer-lasting energy storage solutions for the future of e-mobility.

The International Finance Corporation (IFC), a member of the World Bank Group, has committed $50 million to Hygenco Green Energies to support the expansion of green hydrogen production across India. The investment is expected to accelerate the development of commercially viable green hydrogen projects while strengthening India’s efforts to build a low-carbon and sustainable energy future.

Part of a $105 Million Multi-Investor Funding Package

IFC’s commitment forms part of a larger $105 million financing package involving several leading global investors and climate-focused funds. The funding consortium includes Siemens Financial Services, the Clean Technology Fund, Frontier Opportunities Fund, and Fullerton Carbon Action Fund.

Under the arrangement, IFC will contribute $25 million from its own account, while Siemens Financial Services will invest $25 million. Fullerton Carbon Action Fund will provide up to $30 million. Additionally, IFC has structured blended finance facilities to reduce investment risks and encourage greater participation from private investors. The collaborative funding model is designed to accelerate investment in India’s rapidly growing green hydrogen sector.

Expanding Green Hydrogen and Green Ammonia Production

The capital infusion will enable Hygenco Green Energies to develop multiple large-scale green hydrogen projects and expand the production of green hydrogen and its derivatives, including green ammonia. By increasing production capacity, the company aims to provide affordable, reliable, and zero-emission green molecules to industries that are traditionally difficult to decarbonize. These sectors include refining, fertilizers, chemicals, steel manufacturing, and heavy transportation. As demand for clean fuels continues to grow, green hydrogen is emerging as a critical solution for reducing industrial carbon emissions and supporting global climate goals.

Supporting India’s National Green Hydrogen Mission

The investment aligns closely with India’s National Green Hydrogen Mission, which seeks to position the country as a global hub for green hydrogen production, utilization, and exports. Through enhanced production capabilities and stronger supply chains, Hygenco will contribute to the country’s broader energy transition objectives while helping reduce dependence on fossil fuels. Furthermore, the company’s projects are expected to strengthen India’s clean energy infrastructure and support long-term industrial decarbonization efforts. As reported by projectstoday.ai, with increasing investments in clean energy technologies, Hygenco’s expansion represents an important step toward building a robust green hydrogen economy while driving sustainable growth and employment generation in India.

GE Vernova bagged a 100 MW wind energy order from Powerica Limited for the development of the Botad Wind Farm in Gujarat. The project marks a significant milestone for the company as it introduces its advanced 3.8 MW-154m onshore wind turbine to the Indian market for the first time. The order further strengthens GE Vernova’s position in one of the world’s fastest-growing renewable energy markets and highlights the growing demand for high-efficiency wind power solutions in India.

Twenty-eight Advanced Wind Turbines to Power Gujarat Project

Under the agreement, GE Vernova will supply and install twenty-eight units of its latest
3.8 MW-154m wind turbine for the Botad Wind Farm. The project builds on the long-standing relationship between GE Vernova and Powerica Limited, which have previously collaborated on three wind energy projects. Deliveries for the project are scheduled to commence in the fourth quarter of 2026.

First Deployment of GE Vernova’s New-Generation Wind Turbine in India

The project will serve as the inaugural deployment of GE Vernova’s newest workhorse turbine platform in India. Designed specifically to meet local operating conditions, the 3.8 MW-154m turbine incorporates advanced technologies aimed at enhancing reliability, efficiency, and long-term performance.

The turbine is engineered for a 30-year operational lifespan and features enhanced lightning protection systems to improve durability in diverse weather conditions. In addition, it utilizes an artificial intelligence-powered digital blade certification process that enables real-time quality monitoring throughout manufacturing and operational phases.

Advanced Design Improves Project Execution and Reliability

GE Vernova has designed the turbine platform to simplify installation while maximizing operational efficiency. The turbine can be installed using tubular steel towers and 650-tonne crane capabilities, helping developers streamline project execution and reduce installation complexities. The company stated that the platform is optimized to maximize equipment availability, ensuring higher energy generation and improved long-term project economics for wind farm operators.

Local Manufacturing Supports India’s Renewable Energy Growth

The entire order will be fulfilled from GE Vernova’s wind turbine manufacturing facility in Pune, reinforcing the company’s commitment to local manufacturing and the Government of India’s Make in India initiative. Once fully operational, the Pune facility is expected to support an annual manufacturing capacity of up to 1,500 MW, enabling the company to meet the growing demand for wind energy infrastructure across the country.

ALMM Approval Opens New Growth Opportunities

In another significant development, GE Vernova has received certification from the Ministry of New and Renewable Energy (MNRE) and has been included in India’s Approved List of Models and Manufacturers (ALMM).

ALMM inclusion is a mandatory requirement for wind turbine manufacturers seeking to participate in India’s wind energy sector. The approval is expected to further strengthen GE Vernova’s ability to compete in upcoming renewable energy projects across the country.

Supporting India’s Ambitious Renewable Energy Targets

India has set an ambitious target of achieving 500 GW of non-fossil fuel energy capacity by 2030, including 100 GW of installed wind power capacity. As the country accelerates its clean energy transition, advanced wind technologies will play a critical role in meeting these goals. GE Vernova’s wind business surpassed 5 GW of installed capacity in India during 2025, underscoring its long-standing contribution to the country’s renewable energy sector.

Strong Manufacturing and Engineering Footprint in India

GE Vernova continues to expand its presence in India through a comprehensive manufacturing and engineering network. In addition to its Pune wind turbine manufacturing facility, the company operates a technology centre in Bengaluru and a blade manufacturing facility in Vadodara. As reported by manufacturingtodayindia.com, globally, GE Vernova’s wind business has installed approximately 59,000 wind turbines representing nearly 120 GW of renewable energy capacity, making it one of the world’s leading providers of wind power technology.

Elessent Clean Technologies (Elessent) announced a strategic alliance with Hyderabad-based Thermal Systems Private Limited, a leading manufacturer of steaming equipment. The collaboration brings together more than a century of MECS® sulfuric acid plant expertise from Elessent and four decades of engineering and manufacturing experience from Thermal Systems. Through the partnership, the two companies aim to deliver highly efficient, reliable, and integrated solutions for sulfuric acid producers across multiple industries.

Addressing the Complexities of Sulfuric Acid Plant Upgrades

While replacing steaming equipment in sulfuric acid plants is often viewed as a routine replacement exercise, the reality is far more complex. Over the years, many plants undergo operational changes, making original design conditions significantly different from current operating requirements. As a result, simply replacing boilers, superheaters, or economizers with identical units may not deliver optimal performance. Instead, successful upgrades require a comprehensive understanding of plant operations and access to advanced, high-quality equipment tailored to current process conditions.

Integrated Solutions for Improved Reliability and Performance

Elessent and Thermal Systems will offer customers a fully integrated approach to heat recovery system optimization. Rather than focusing solely on individual equipment replacement, the companies will evaluate the entire heat recovery system to identify opportunities for enhanced efficiency and performance.

The comprehensive approach enables customers to achieve optimized plant performance, improved operational reliability, reduced operational risks, enhanced energy efficiency and customized equipment solutions aligned with current and future plant requirements. By combining process expertise with advanced equipment manufacturing capabilities, the partnership aims to maximize the value of sulfuric acid plant modernization projects.

Leadership Highlights Strategic Value of Collaboration

Kevin Bockwinkel, Vice President, Cleaner Fertilizers, Metals and Chemicals at Elessent Clean Technologies, expressed, “We are excited to collaborate with Thermal Systems. The combination of MECS® design standards and Thermal Systems’ steaming equipment fabrication capabilities allows us to better serve our customers by providing equipment directly to them. Thermal Systems is a respected and proven partner, making this a natural fit”.

MECS® Technology Continues to Lead the Global Sulfuric Acid Industry

The MECS® sulfuric acid technology has been widely adopted for more than 100 years across industries including phosphate fertilizers, non-ferrous metals processing, oil refining, and specialty chemicals. Over the decades, MECS® technologies have introduced several innovations that have transformed sulfuric acid production by improving efficiency, reliability, product quality, and overall operating economics.

Strengthening Global Sulfuric Acid Production Capabilities

Licensed and marketed by Elessent Clean Technologies, MECS® remains the world’s leading sulfuric acid production technology, with more than 1,000 sulfuric acid plant licenses and projects completed worldwide. As per company press release, by combining Elessent’s process technology leadership with Thermal Systems’ manufacturing expertise, the new alliance is expected to provide sulfuric acid producers with advanced heat recovery solutions that improve plant efficiency, reliability, and long-term operational performance.

Balrampur Chini Mills Limited (BCML), in collaboration with the Lucknow Cantonment Board (LCB), has launched Bioyug Green Command 2026, a first-of-its-kind platform dedicated to strengthening and accelerating India’s bioplastics ecosystem. The initiative seeks to bring together key stakeholders from government, industry, academia, and local communities to promote the adoption of sustainable biomaterials and drive innovation in the green economy.

Building a Sustainable Future Through Collaboration

As concerns over plastic pollution and climate change continue to grow, Bioyug Green Command 2026 aims to create a collaborative framework for developing eco-friendly alternatives to conventional plastics. The platform will focus on encouraging research, innovation, policy support, and industry participation to advance the production and use of bioplastics across multiple sectors.

BCML Highlights the Economic Potential of Sustainability

Vivek Saraogi, Chairman and Managing Director of Balrampur Chini Mills Limited, emphasized the importance of balancing economic growth with environmental responsibility. “India stands at a defining moment in its sustainability journey, where economic growth and environmental responsibility must advance hand in hand. The transition from conventional materials to sustainable alternatives is not merely an environmental imperative but also an opportunity to build new industries, strengthen domestic manufacturing, and create long-term value for society,” he said.

He further noted that the Bioyug Green Command 2026 platform will serve as a catalyst for accelerating India’s transition toward sustainable materials and green manufacturing. “Through Bioyug Green Command 2026, we are bringing together government, industry, institutions, and communities to accelerate this transition and demonstrate how innovation-led solutions can contribute meaningfully to a cleaner, greener, and more self-reliant India,” Saraogi added.

Bioplastics Can Empower Farmers and Create New Industries

Highlighting the broader economic impact of biomaterials, Avantika Saraogi, Executive Director of Balrampur Chini Mills Limited, described the shift toward bioplastics as a significant opportunity for India’s agricultural and industrial sectors. “The transition to biomaterials is not merely an environmental imperative; it is an economic opportunity. It is about empowering farmers, creating new industries, and strengthening Atmanirbhar Bharat,” she said.

She further emphasized that agriculture could become a key source of future sustainable materials. “The last century belonged to oil and petrochemicals; the next can belong to farmers and fields. The materials of the future will not only be mined from beneath the earth but cultivated above it, through the power of agriculture,” she added.

Driving India’s Circular Economy and Green Manufacturing Goals

The launch of Bioyug Green Command 2026 reflects the growing momentum behind India’s efforts to promote circular economy principles, reduce dependence on fossil fuel-based plastics, and develop a robust bio-based materials industry. As reported by money.rediff.com, by fostering collaboration, innovation, and sustainable manufacturing practices, the platform is expected to play a crucial role in advancing India’s environmental goals while creating new opportunities for economic growth and rural development.

Oil India Limited (OIL) announced the discovery of natural gas in its third exploratory well in the Andaman shallow offshore region, further reinforcing the hydrocarbon potential of the Andaman Basin. The company reported that natural gas was encountered in the exploratory well Vijayapuram-3, located approximately 15 kilometres off the east coast of the Andaman Islands. The well was drilled at a water depth of 355 metres within an offshore block awarded under the Government of India’s Open Acreage Licensing Policy (OALP).

Production Testing Confirms Presence of Natural Gas

According to OIL, initial production testing conducted in the Eocene formation at a depth exceeding 1,900 metres successfully established the presence of natural gas. The company stated that continuous gas flaring was observed during testing, confirming hydrocarbon accumulation in the reservoir. Furthermore, after perforation operations were carried out, the well exhibited an immediate pressure build-up and commenced gas production. This positive outcome highlights the exploration success achieved by OIL in the emerging offshore basin.

Detailed Gas Analysis Underway

To further evaluate the discovery, OIL has initiated gas sampling activities. The samples will be analysed to determine the gas composition and calorific value. In addition, isotope studies will be conducted to understand the origin and geological characteristics of the gas reserves. These studies are expected to provide valuable insights into the commercial viability and future development potential of the discovery.

Second Hydrocarbon Discovery in Three-Well Campaign

With the success of Vijayapuram-3, OIL has now established the presence of hydrocarbons in two out of the three exploratory wells drilled in the Andaman offshore block. Notably, the company reported its first natural gas indication from the Vijayapuram-2 exploratory well in September 2025. The latest discovery further validates the prospectivity of the region and strengthens confidence in future exploration activities.

Boost to India’s Offshore Exploration Efforts

The latest gas discovery marks another important milestone in India’s efforts to enhance domestic oil and gas production and reduce dependence on energy imports. As reported by msn.com, as exploration activities continue in the Andaman offshore region, the basin is emerging as a promising frontier for hydrocarbon development. The success of OIL’s drilling campaign could pave the way for further exploration investments and contribute significantly to India’s long-term energy security goals.

Ohmium International Inc., manufacturer of high-efficiency and modular Proton Exchange Membrane (PEM) electrolyzers, has partnered with InSolare Energy, a renewable energy solutions provider, to develop a landmark four MW green hydrogen project for NLC India Limited in Neyveli, Tamil Nadu. The project marks a significant step in India’s clean energy transition and reinforces the country’s commitment to achieving carbon neutrality. NLC India Limited, a pioneer in renewable energy development, continues to expand its green energy portfolio through innovative and sustainable initiatives.

Project to Produce Up to 700 Metric Tons of Green Hydrogen Annually

The green hydrogen facility is expected to produce up to 700 metric tons of hydrogen per year. The hydrogen generated will support a wide range of applications, including power generation, industrial processes, and clean mobility solutions. As India accelerates its transition toward low-carbon energy systems, projects of this scale are expected to play a vital role in building a robust green hydrogen ecosystem.

Ohmium Brings Advanced PEM Electrolyzer Technology

Ohmium will provide its advanced PEM electrolyzer technology along with its strong manufacturing capabilities. The company’s India-based production facilities and modular electrolyzer design offer a reliable and scalable solution for local green hydrogen generation. Dr. Hemanshu Bhatt, COO and Co-Founder of InSolare Energy, said, “Ohmium’s PEM technology and India-based manufacturing align with our vision for local green hydrogen production. Their highly efficient and modular solution, combined with a strong commitment to research and development, rigorous testing, and continuous innovation, distinguishes them in the market. Supported by local service capabilities, Ohmium offers the right technology platform to help us deliver a dependable project.”

InSolare Energy Strengthens Project Execution and Integration

InSolare Energy will contribute its extensive expertise in engineering, procurement, and construction (EPC), along with its proven track record in utility-scale solar projects, hybrid renewable energy systems, and green hydrogen infrastructure. The company’s integrated approach to clean energy development will be instrumental in ensuring the successful execution and commissioning of the project.

Dr. Markus Tacke, CEO of Ohmium International, emphasized the strategic value of the partnership, stating, “InSolare’s proven EPC experience and expertise in utility-scale solar, hybrid systems, and green hydrogen technologies perfectly complement our PEM electrolyzer solutions. Together, we will deliver an integrated green hydrogen project for NLC India that supports the nation’s energy transition goals.”

Supporting India’s Clean Energy and Decarbonization Goals

By combining Ohmium’s cutting-edge PEM electrolyzer technology with InSolare Energy’s engineering excellence and project management capabilities, the partners aim to establish a scalable and locally delivered green hydrogen solution. As per company press release, the project positions NLC India Limited at the forefront of green energy innovation while demonstrating the growing importance of indigenous green hydrogen production in India’s decarbonization journey. Furthermore, it highlights the critical role of strategic industry partnerships in accelerating the adoption of clean energy technologies and strengthening the country’s sustainable energy future.

Reinforcing its commitment to environmental stewardship and sustainable mining, Hindustan Zinc Ltd, an integrated zinc producer, signed a Memorandum of Understanding (MoU) with The Energy and Resources Institute (TERI) to undertake a landmark ecological restoration project in Rajasthan.

Transforming Industrial Land into a Thriving Ecosystem

The ambitious 250-hectare project will be developed at Hindustan Zinc’s Chanderiya Lead Zinc Smelter Complex in Chittorgarh district. Once completed, it is expected to become one of the largest green cover developments within an industrial premises anywhere in the world. Through the initiative, the company aims to transform industrial land into a self-sustaining ecosystem that promotes biodiversity, strengthens climate resilience, and delivers long-term environmental benefits.

Science-Driven Ecological Restoration

Hindustan Zinc will implement a scientifically designed ecological restoration model to revive and enhance the site’s natural environment. The project will focus on plantation of native tree, shrub, herb, and grass species, biodiversity conservation and habitat enhancement, management and removal of invasive plant species, restoration of water bodies and aquatic ecosystems, and long-term ecological monitoring, maintenance, and impact assessment. By integrating these measures, the initiative seeks to create a resilient ecological landscape that supports local flora and fauna while improving environmental quality across the region.

TERI to Provide Scientific and Technical Expertise

As a leading research institution in sustainability and environmental management, TERI will play a pivotal role in the project’s execution. The institute will provide scientific guidance, ecological planning, species selection, restoration strategies, and implementation support throughout the project lifecycle. The collaboration combines Hindustan Zinc’s sustainability ambitions with TERI’s expertise in ecosystem restoration, ensuring that the project delivers measurable ecological outcomes.

Advancing Sustainable Mining Practices

Arun Misra, CEO of Hindustan Zinc, highlighted the company’s long-term commitment to sustainability and biodiversity conservation. “Our partnership with TERI reflects our commitment to transforming industrial land into resilient green ecosystems that support native biodiversity and ecological restoration. As the first Indian company to join the International Council on Mining and Metals (ICMM), we continue to align with global benchmarks in sustainable mining.”

Supporting Sustainability Goal 2030

The ecological restoration project forms a key part of Hindustan Zinc’s Sustainability Goal 2030 strategy. Through the initiative, the company aims to halt and reverse biodiversity loss, create measurable environmental value, and progress towards achieving a net positive impact on nature. As reported by psuconnect.in, the project underscores the company’s broader vision of integrating environmental responsibility into industrial operations while setting new benchmarks for sustainable development in the mining and metals sector.