Asahi Kasei entered into an agreement with Teijin Limited (“Teijin”) to implement an
absorption-type merger between their respective subsidiaries—Asahi Kasei Advance Corp. (“Asahi Kasei Advance”) and Teijin Frontier Co., Ltd. (“Teijin Frontier”). Under the agreement, Teijin Frontier will become the surviving company and operate as a joint venture, with Asahi Kasei holding 20% and Teijin holding 80%. The merger will take effect on October 1, 2026.

Background of Asahi Kasei Advance

Established in 2015, Asahi Kasei Advance serves as a trading company handling a wide portfolio of Asahi Kasei Group products, including fibers, chemical materials, and construction solutions. As the company continued to expand, Asahi Kasei concluded that it could achieve stronger long-term growth within Teijin Frontier’s broader business ecosystem instead of pursuing independent development.

Why Integration Is the Next Step

Teijin Frontier combines the strengths of a global trading company—with robust procurement capabilities—and a manufacturing powerhouse known for developing high-performance fibers. It provides unique solutions across fields such as apparel textiles and industrial materials. By integrating Asahi Kasei Advance into this platform, both companies aim to unlock new growth opportunities.

Driving Sustainable and Competitive Growth

The merger seeks to integrate the business platforms, sales networks, and customer bases of both subsidiaries. By pooling their expertise, the companies expect to:

*Strengthen competitiveness

*Expand market reach

*Enhance operational efficiency

*Accelerate sustainable value creation

The strategic move positions the merged entity on a stronger foundation for future growth. As per the press release, Hangzhou Asahikasei Textiles Co., Ltd. will be transferred to Asahi Kasei Advance before the integration. The subsidiary, part of Asahi Kasei (China) Co., Ltd., is involved in manufacturing and selling textile products.

Toyo Engineering Corp. (Tokyo) announced that its proprietary urea granulation technology has been selected for Kazakhstan’s first-ever urea plant, planned by KazAzot Prime LLP, a leading chemical fertilizer manufacturer. This selection marks a major step forward in the country’s drive to expand domestic fertilizer production.

TOYO’s Role and Technology Scope

Under the project, TOYO will act as the licensor of its advanced urea granulation technology. The company will provide a complete technology license, a detailed Process Design Package (PDP)*, key equipment procurement, and essential technical services. These contributions will ensure that the plant operates with high efficiency and reliability from the start.

EPC Partner and Global Experience

A Milestone for Kazakhstan’s Fertilizer Industry

As reported by chemengonline.com, the new facility represents a historic milestone as Kazakhstan’s first urea production plant. Once operational, it will supply high-quality urea primarily for agricultural fertilizer applications, supporting the nation’s growing farming sector and reducing reliance on imports.

Neogen Ionics Limited (NIL), a wholly owned subsidiary of Neogen Chemicals Limited, has signed a joint venture agreement with Japan’s Morita Investment Limited (MIL), a subsidiary of Morita Chemicals Industries Co. Limited. The agreement establishes Neogen Morita New Materials Limited (NML), a new entity. It will produce, develop, and sell solid LiPF6 salt, a key ingredient in Lithium-Ion battery electrolytes.

Majority Stake and Strategic Investment

Under the agreement, NIL will hold an 80% majority stake in NML, while MIL will invest USD 20 million to secure the remaining 20%. This strategic partnership brings together India’s growing battery materials ecosystem and Japan’s advanced chemical technology.

Leveraging Proven Japanese Technology in India

With this collaboration, India will host its only non-FEOC compliant Electrolyte Salt plant, marking a significant step toward the country’s ‘Aatmanirbhar Bharat’ vision. The JV will adopt Morita’s proven technology to boost domestic value addition. It will also support import substitution and ensure reliable access to high-quality LiPF6.

Driving Efficiency, Competitiveness, and Market Reach

The new venture aims to improve operational efficiency and enhance cost competitiveness for Neogen Ionics. Moreover, it enables the company to access global markets more effectively. It leverages the Morita Group’s three decades of expertise in the rapidly expanding Lithium-Ion battery segment.

Strengthening the Global Battery Materials Supply Chain

As demand for energy storage solutions rises, the Indo-Japan JV will help diversify and stabilize the global supply chain for battery materials. As reported by filingreader.com, Neogen Morita New Materials Limited combines local manufacturing with advanced international technology. The company is positioned to play a key role in the future of Lithium-Ion battery production.

Vikram Solar commissioned its 5 GW advanced solar module manufacturing facility at Vallam in Tamil Nadu, marking a significant milestone in India’s clean energy manufacturing ecosystem. The Kolkata-based company, a leading solar module manufacturer, is also planning to expand its footprint further with its upcoming Gangaikondan facility in the State.

Expansion Plans

The company aims to commission 6 GW module capacity at Gangaikondan in the fourth quarter of this fiscal year. Additionally, the company plans to install a total of 12 GW cell manufacturing capacity at the same facility and complete it in phases by the end of the next financial year. It estimates a total capital investment of ₹6,200 crore for the Gangaikondan plant.

“The Gangaikondan facility will house both module and cell manufacturing operations. The plant will be commissioned with 6 GW module capacity in Q4FY26,” said Gyanesh Chaudhary, Chairman and Managing Director, Vikram Solar. He added, “The 12 GW cell manufacturing capacity will be installed in phases: first 3 GW in Q3FY27, followed by 9 GW in Q4FY27.”

A Leap in Technology and Scale

With the Vallam commissioning, Vikram Solar now commands a total module manufacturing capacity of 9.5 GW, reinforcing its role as a top-tier, scale-driven player in the solar sector. Vikram Solar designed the Vallam facility as a future-ready, large-scale manufacturing hub that integrates advanced automation and robotics. Features include:

*Intelligent material handling systems

*Comprehensive built-in quality checks

*Fully automated packaging

The automation architecture improves precision, accelerates throughput, strengthens reliability, and sets a new benchmark for operational excellence. The plant uses advanced TOPCon technology and enables seamless HJT upgrades. It also supports M10, G12, and G12R formats, underscoring Vikram Solar’s commitment to future-ready technology leadership.

Strengthening Tamil Nadu’s Clean Energy Ecosystem

“The commissioning of Vallam strengthens Vikram Solar’s commitment to Tamil Nadu’s clean-energy manufacturing ecosystem,” the company said. The plant complements Vikram Solar’s existing Oragadam facility. It also follows the foundation ceremony of the upcoming Gangaikondan unit. This underscores the company’s long-term strategy to anchor advanced solar manufacturing in one of India’s fastest-growing renewable energy hubs.

Delivering on Scale, Speed, and Innovation

“Vallam is a defining milestone for Vikram Solar and for India’s solar manufacturing story,” said Chaudhary. “Commissioning this 5 GW facility within the year demonstrates our readiness for the scale, speed, and innovation the next decade demands.” As reported by thehindubusinessline.com, modules from the Vallam facility will supply customers across India. They will support utility-scale developers, C&I customers, and distributed generation projects. This will help the nation accelerate toward its ambitious renewable energy targets.

Praxair India, a leading industrial gases and related manufacturing company, plans to invest ₹210 crore over the next three years to establish liquid oxygen and nitrogen production units in Karnataka. The announcement follows the signing of a Memorandum of Understanding (MoU) with the State Government.

Investment to Begin This Financial Year

Karnataka’s large and medium industries minister MB Patil confirmed that Praxair India will commence its investment in the current financial year. The government will provide priority support, including land allocation, single-window clearances, and infrastructure facilitation, to ensure smooth implementation of the project.

Driving Growth and Innovation

China’s Envision Group is exploring the possibility of setting up a battery manufacturing plant in India, aiming to capitalize on the country’s growing efforts to upgrade its power grid to support more renewable energy. The company sees strong potential as India begins scaling up its energy storage market.

Envision Eyes 5 GWh Battery Unit to Support Grid Modernization

Once the emerging market gains momentum, Envision hopes to enter the sector with a 5 gigawatt-hours-per-year, $34 million battery unit, said Suman Nag, Global Head for Contracts at Envision Group. The proposed project plans to procure battery cells from China while building racks and software infrastructure locally.

Nag emphasized, “As an Indian subsidiary of a Chinese company, we’ll be happy to localize,” he said. “Just passing the equipment through our books and counting it as sales adds no value to our company in India.” He expects to take a final decision within the next 18 months, depending on the market’s trajectory.

Storage Shortages Challenge India’s Renewable Energy Ambitions

Batteries Can Transform Grid Management

As reported by thehindubusinessline.com, and according to Nag, batteries can play a pivotal role in strengthening India’s power system. “There’s a lot that a battery can do in India today,” he said. “We are currently trying to do grid frequency management from our coal plants, which take hours to ramp up and ramp down. Batteries can do that job in milliseconds.”

Hi-Tech Pipes Limited, one of India’s leading manufacturers of steel tubes, hollow sections, and value-added steel products, has commenced commercial production at its Sanand Unit II – Phase II facility in Gujarat. This milestone marks a significant step in the company’s long-term expansion strategy and strengthens its footprint in the fast-growing Western India market.

Expansion Adds 1 Lakh MTPA of New Capacity

The commissioning is part of Hi-Tech Pipes’ ongoing brownfield expansion at Sanand. With an additional 1 lakh MTPA of manufacturing capacity, the company is now better equipped to meet rising demand for high-performance, precision-engineered steel products across multiple industries.

Enhanced Capability to Serve High-Growth Sectors

The upgraded unit enhances production capabilities by enabling the manufacturing of:

*Larger-diameter ERW pipes

*Jumbo hollow sections

*A wider portfolio of structural and fabrication-grade steel products

Due to the expansion, Hi-Tech Pipes can now more effectively cater to high-growth sectors such as solar, engineering, fabrication, and infrastructure—industries experiencing strong momentum in the Western region.

Strategic Location Strengthens Supply Chain Efficiency

Sanand’s strategic location continues to offer a competitive advantage. By operating closer to key industrial hubs, Hi-Tech Pipes can ensure:

*Faster deliveries

*Lower transportation costs

*Improved service for OEMs, fabricators, and infrastructure developers

The proximity enhances responsiveness and positions the company as a preferred supplier for time-sensitive projects.

Reinforcing Hi-Tech Pipes’ Growth Trajectory

As reported by businessupturn.com, overall, the start of production at Sanand Unit II – Phase II reinforces Hi-Tech Pipes’ commitment to capacity expansion, operational efficiency, and customer-centric growth. The company is now better aligned to support India’s accelerating industrial and infrastructure development.

India could mobilise nearly ₹360 trillion in green investments by 2047, according to a new analysis by the Council on Energy, Environment and Water (CEEW). The report highlights how decisive climate policies and rapid adoption of clean technologies can accelerate this transition.

Strong Policy Push Drives Investment Momentum

CEEW notes that India’s long-term climate goals—including its net-zero target for 2070—are already spurring strategic investments across renewable energy, clean mobility, and sustainable manufacturing. As the government strengthens regulations and incentives, private and public sector interest continues to rise.

Clean Energy Takes Centre Stage

Solar and wind power remain the biggest growth engines. India’s ambitious plans to expand its renewable capacity, coupled with falling technology costs, are turning clean energy into a preferred investment destination. At the same time, emerging sectors such as green hydrogen, bioenergy, and energy storage are gaining significant traction.

Industry and Mobility Shift Towards Low-Carbon Pathways

Industries are actively adopting energy-efficient technologies and greener production processes to stay competitive. Meanwhile, India’s mobility landscape is transforming rapidly with a surge in electric vehicle manufacturing, charging infrastructure, and supportive state policies.

Financing Mechanisms Strengthen the Transition

Green bonds, blended finance models, and global climate funds are expected to play a pivotal role in mobilising capital. As regulatory frameworks improve, India is likely to attract more international investors seeking sustainable long-term opportunities.

Pathway to a Sustainable, High-Growth Future

Overall, CEEW’s projection signals a major economic opportunity. As reported by business-standard.com, if India sustains its climate commitments and continues scaling clean technologies, the country can unlock a greener, more resilient, and high-growth future by 2047.

BASF Coatings has opened a state-of-the-art laboratory in Würzburg, Germany, reinforcing its position as a pioneer in digitalization, occupational safety, efficiency, and sustainability. The advanced “Lean Lab” concept focuses on developing and producing waterborne basecoats for automotive customers across Europe.

Driving Digital, Flexible, and Sustainable Product Development

With the new facility, BASF Coatings expands its global Lean Lab rollout. “The Lean Lab in Wuerzburg is part of our global rollout. With this infrastructure, we are laying the foundation for modern, digitalized, and flexible product development, reaffirming our commitment to driving innovation and sustainability consistently across all regions,” said Dr. Ralf Otte, Vice President, Global Technology, Automotive OEM Coatings at BASF Coatings. He adds that the project team delivered the concept on time with great dedication.

A Global Concept Tailored to Local Needs

BASF is currently introducing the Lean Lab concept at additional sites worldwide, adapting its structure to suit local requirements. The model follows a clear specialization strategy:

*Process laboratory manages all wet work.

*Product laboratory focuses on customer support and continuous product optimization.

*Laboratory services oversee raw material logistics and supply management.

The division ensures streamlined workflows, faster decision-making, and more efficient product development.

Modern Infrastructure with Full Digital Integration

Every workstation in the laboratory is ergonomically designed and equipped with advanced IT systems. Moreover, all processes are digitally recorded, enabling data-driven efficiency from start to finish. The lab’s central location near production also strengthens interdisciplinary collaboration and speeds up the transition from idea to implementation.

Supporting Future EU Standards and Sustainability Targets

The Lean Lab already complies with upcoming EU requirements related to raw material classification and occupational safety. Beyond regulatory readiness, it significantly boosts sustainability. Optimized material flow, direct logistics connections, and intelligently centralized space help save 25.1 tons of CO₂ annually. Consumption-based material supply further enhances resource efficiency.

Automated Systems Improve Transparency and Efficiency

Custom laboratory software and an RFID-based warehouse system enable full transparency and automated data capture. Even warehouse management—including raw material ordering—is fully digitalized. Meanwhile, a modern working café enhances creativity, teamwork, and employee well-being.

Strengthening Würzburg as a Key Global Hub

As per the press release, the Würzburg team develops and produces waterborne basecoats for automotive OEM customers worldwide. With the new Lean Lab, BASF Coatings further strengthens the site’s position as an innovation hub and a highly attractive employer in the region.

Organic Recycling Systems (ORSL) signed a memorandum of understanding (MoU) with the Indian Institute of Technology (BHU), Varanasi to drive innovation in bioenergy and waste management. This collaboration marks a major step toward developing sustainable and high-impact solutions in the sector.

Focus on Advanced Bioenergy Technologies

The partnership will accelerate research and innovation in key areas, including:

*Anaerobic digestion and biomethanation efficiency

*Development of digestate-based products

*Modular AD system engineering

*Feedstock innovation and microbial dynamics

*Process modelling and digestate valorisation

By combining academic expertise and industry know-how, the initiative aims to advance next-generation waste valorisation solutions across India.

Driving Sustainable Energy Practices

Through the collaboration, ORSL will leverage IIT Varanasi’s world-class research and technology to implement real-world, impactful solutions for the biogas and waste management sectors. This partnership reinforces the commitment to enhancing energy sustainability and supporting India’s transition toward a circular bioeconomy. As reported by projectstoday.com, by joining forces, ORSL and IIT Varanasi aim to transform waste into value, driving innovation in bioenergy and sustainable environmental management.