Tata Chemicals Mithapur launched Suraksha Gurukul, a dedicated Safety Training Centre designed to strengthen safety skills among employees, contractors, visitors and drivers. Vikrant Deoras, Site and Manufacturing Head, Tata Chemicals Mithapur, inaugurated the centre in the presence of senior leadership, department heads and employees. Developed over two years, the centre combines digital learning, simulation-based training, practical demonstrations and competency assessments with Tata Chemicals’ Golden Safety Rules. The facility aims to provide participants with practical, site-specific training that can help them identify hazards and adopt safer work practices.

Advanced Simulators Strengthen Driver Safety

One of the key features of Suraksha Gurukul is its vehicle driving simulation facility. The simulators allow drivers to practise different road and driving conditions in a controlled environment before entering operational areas. The training focuses on driver competency, hazard identification, situational awareness and defensive driving. Consequently, participants can gain practical experience in handling potential risks without being exposed to real-world operational hazards during training.

VR Training Brings Workplace Hazards to Life

The centre also uses virtual reality (VR) technology to deliver immersive safety training. Employees and other participants can experience simulated scenarios covering areas such as working at height, fire safety and emergency preparedness. Tata Chemicals has digitally recreated plant locations and operational activities at the Mithapur site. This site-specific approach allows participants to understand safety requirements in environments that closely reflect their actual workplace.

Safety Exhibition Gallery Supports Practical Learning

Suraksha Gurukul also features a Safety Exhibition Gallery equipped with safety equipment models, demonstrations, learning displays and industry best practices.

The training programme follows a structured learning journey that includes:

* Classroom and digital learning

* Practical demonstrations

* Driving simulator training

* VR-based safety modules

* Competency assessments

* Certification

The integrated approach enables participants to move from theoretical knowledge to practical application and assessment.

Tata Chemicals Strengthens Its Zero Harm Journey

Deoras stated, “Safety is a core part of how we operate at Tata Chemicals. Suraksha Gurukul brings together technology, practical training and site-specific learning to strengthen safety competence among our employees and partners. As we continue our journey towards Zero Harm, the centre will support a stronger and more proactive safety culture at the Mithapur site.” The centre was developed with support from the Safety, Civil, Electrical and Plant teams at the Mithapur facility. As per the press release, through Suraksha Gurukul, Tata Chemicals Mithapur is further strengthening its safety capabilities by combining technology, practical training and site-specific learning. The initiative forms part of the company’s ongoing efforts to build a proactive safety culture and advance its Zero Harm journey.

Maharashtra Chief Minister Devendra Fadnavis will formally inaugurate Boiler India 2026 on October 8, 2026, at the CIDCO Exhibition & Convention Centre in Navi Mumbai. Organised by Orangebeak Expos, the three-day international exhibition will take place from October 8 to 10, 2026. The event will bring together boiler manufacturers, technology providers, industrial users and industry professionals to explore developments in steam, heat, energy efficiency, safety and industrial decarbonisation.

Attracting Global Attention

The 2026 edition will feature 243 exhibitors from more than seven countries and is expected to attract over 20,000 trade visitors.

Participants will represent a wide range of industries, including:

*Power generation

*Oil and gas

*Chemicals

*Pharmaceuticals

*Food processing

*Textiles

*Metals

*Hospitality

*Renewable energy

With participation spanning multiple industrial sectors, the exhibition will provide opportunities to explore new boiler technologies, equipment, services and solutions for improving industrial energy performance.

Focus on Compliance, Decarbonisation and Efficiency

Boiler India 2026 comes at a time when tightening emission requirements are encouraging industries to upgrade and retrofit existing boiler and steam systems. In particular, sectors such as power generation, textiles, sugar, pharmaceuticals, chemicals and food processing are increasingly focusing on compliance, energy efficiency and emissions reduction. Against this backdrop, the exhibition will address key industry priorities, including regulatory compliance, decarbonisation, boiler safety, operational efficiency and technological innovation. The event will feature 17 knowledge sessions covering these areas and providing industry professionals with insights into emerging technologies and evolving operational requirements.

Industry Experts to Discuss Boiler and Steam Technologies

The knowledge programme will focus on developments across the boiler and steam ecosystem. Discussions will examine ways industries can improve energy efficiency, strengthen safety practices, meet environmental requirements and adopt technologies that support lower-carbon operations. The sessions will also provide a platform for manufacturers, technology providers, industrial users and experts to exchange knowledge and discuss practical solutions for modernising boiler systems.

Pan-India Best Boiler User Awards

Another major highlight of Boiler India 2026 will be the Pan-India Best Boiler User Awards. The organisers will present the awards on October 10, the concluding day of the exhibition, recognising notable achievements in boiler operations and industrial steam management.

Strong Institutional and Industry Support

Boiler India 2026 has received institutional backing from the Ministry of Heavy Industries, Government of India, and the Directorate of Steam Boilers, Maharashtra. Industry organisations supporting the event include IPPTA, ISCMA, AHPI, NITRA, STAI and MRAI. As per the press release, with its combination of international exhibitors, technical sessions, industry participation and institutional support, Boiler India 2026 will provide a platform for stakeholders to examine the evolving role of boiler and steam technologies in improving industrial efficiency, safety and environmental performance.

Anupam Rasayan India Limited, an Indian custom synthesis and specialty chemicals company, completed the acquisition of a 48.2% controlling stake in Bliss GVS Pharma Limited at ₹299 per share. The transaction marks Anupam Rasayan’s third strategic inorganic investment and expands its presence into finished pharmaceutical formulations. Through the acquisition, the company is strengthening its position across both specialty chemicals and pharmaceuticals while advancing its plans to build an integrated global pharma platform.

Acquisition Strengthens Pharma Portfolio

Anupam Rasayan completed the acquisition through its wholly owned subsidiary, Mates Visa Consultancy. The transaction follows the definitive agreement signed on May 23, 2026, and the subsequent completion of the mandatory open offer process. With the transaction now complete, Bliss GVS Pharma has become an integral part of Anupam Rasayan’s growing portfolio. The acquisition also creates an opportunity to combine Anupam Rasayan’s expertise in specialty chemicals, key starting materials and intermediates with Bliss GVS Pharma’s capabilities in finished dosage formulations.

Strategic Financing Supports Future Expansion

Anupam Rasayan funded the acquisition through a combination of debt and non-controlling, non-voting instruments. The financing includes a ₹300 crore term loan and approximately ₹1,450 crore raised from a group of financial investors led by Bain Capital, along with Trust Group and Investec. This financing structure allows Anupam Rasayan to complete the acquisition while maintaining financial capacity for future investments, business expansion and growth initiatives.

Bliss GVS Brings Strong Formulation Capabilities

Founded in 1984, Bliss GVS Pharma is a branded formulations company with more than 150 brands across several therapeutic segments. Its portfolio includes anti-malarial, anti-fungal, anti-bacterial, anti-inflammatory, anti-diabetic and cardiovascular therapies. The company operates six manufacturing facilities across Maharashtra. These facilities hold international quality and regulatory certifications, including US FDA, EU-GMP and WHO-GMP approvals. Bliss GVS is recognised as India’s first EU-GMP-certified suppositories manufacturer, strengthening its manufacturing and quality credentials. The company’s manufacturing facilities currently operate at approximately 30% capacity utilisation. Consequently, the available capacity provides significant scope for future production growth and expansion.

Anupam Rasayan Targets Integrated Pharma Growth

Anand Desai, Managing Director of Anupam Rasayan India Ltd., said the transaction represents an important milestone in the company’s strategy to develop a diversified, integrated and innovation-led global pharmaceutical platform. According to Desai, the acquisition strengthens Anupam Rasayan’s presence in finished pharmaceutical formulations while complementing its existing expertise in key starting materials, intermediates and specialty chemicals. By combining Anupam Rasayan’s manufacturing and process chemistry capabilities with Bliss GVS Pharma’s formulation expertise, customer relationships and market presence, the companies can pursue opportunities in forward integration, new product development and geographic expansion. The integration is also expected to create operational and commercial synergies while supporting the company’s long-term growth strategy.

Building a ₹4,000+ Crore Integrated Platform

The Bliss GVS Pharma acquisition represents the latest step in Anupam Rasayan’s broader inorganic growth strategy. Each strategic transaction has added a distinct capability to the company’s expanding business platform. With the addition of finished dosage formulations, Anupam Rasayan is broadening its pharmaceutical value chain and creating opportunities to connect its specialty chemicals and pharmaceutical capabilities. As per the press release, the company aims to leverage these complementary businesses to develop an integrated platform with greater manufacturing capabilities, expanded product offerings and a stronger presence across global pharmaceutical markets.

LANXESS is strengthening its presence in the fast-growing battery materials sector by opening a new battery laboratory at its Krefeld-Uerdingen site in Germany. The specialty chemicals company will use the facility to develop and test advanced materials based on iron oxide and iron phosphate for lithium iron phosphate (LFP) batteries. The new laboratory enables LANXESS to evaluate material performance directly in battery cells. As a result, both the company and its customers can more quickly assess how different grades of iron oxide and iron phosphate influence cell efficiency, processability and suitability for specific applications.

Moreover, the laboratory’s equipment supports research beyond LFP batteries. It is also designed to test materials for emerging technologies such as sodium-ion batteries, which use sodium iron pyrophosphate as a cathode material. “Today, battery manufacturers evaluate more than just raw material availability. They also focus on processing reliability and its impact on cell performance,” said Murat Gürsoy, Head of Innovation for Iron Oxides and Iron Phosphate at LANXESS. “By combining material development with cell testing, we can determine at an early stage whether a material performs effectively in real battery systems.”

Global Demand for LFP Batteries Continues to Rise

The global market for LFP batteries is expanding rapidly, driven by electric vehicles and energy storage applications. In China, around three-quarters of electric vehicles already use LFP batteries. Meanwhile, management consultancy Roland Berger projects that LFP batteries could account for 50% of the European market by 2030, compared with around 10% today. At the same time, demand for LFP materials is increasing in stationary energy storage systems supporting renewable energy, data centres and critical infrastructure. Furthermore, Europe and North America are developing local supply chains to reduce dependence on Asian suppliers and strengthen battery manufacturing capabilities.

LANXESS Leverages Longstanding Expertise in Iron-Based Materials

LANXESS is the leading Western producer of iron oxide and brings more than 100 years of manufacturing experience to the battery sector. Building on this expertise, the company has developed specialized iron oxide grades for the production of LFP cathode materials. These battery-grade materials are specifically designed to meet the requirements of battery manufacturers and are already commercially available. In recognition of this innovation, LANXESS received the 2024 ICIS Innovation Award in the “Best Product Innovation from a Large Company” category. Additionally, the company has developed iron phosphate as another precursor for LFP batteries. Unlike conventional production routes, the LANXESS process uses iron and phosphoric acid, which helps reduce the generation of saline wastewater and offers environmental benefits.

Broad Portfolio Supports the Entire Battery Value Chain

Beyond cathode material precursors, LANXESS provides a wide range of products for battery manufacturing and processing. For instance, the company supplies chemicals used in electrolyte salt production. Its Lewatit ion-exchange resins help extract and purify critical battery metals such as lithium, nickel and cobalt. In addition, LANXESS offers solutions for battery safety and thermal management, including synthetic coolants for high-voltage systems, flame-retardant additives for plastics and electrolytes, and specialized colorants for safety-related orange high-voltage components. The company also supports battery recycling by supplying process chemicals and ion-exchange resins for black mass processing, metal recovery and wastewater treatment. As per the press release, LANXESS provides integrated solutions across the battery value chain—from raw material processing and cell performance enhancement to safety, recycling and resource recovery—helping battery manufacturers improve efficiency and sustainability.

Kalpataru Projects International Ltd (KPIL) received a Letter of Award (LoA) for the Engineering, Procurement and Construction (EPC) of a gas pipeline project in the United Arab Emirates (UAE). KPIL has classified the project as a ‘Major’ order, with a value exceeding ₹4,000 crore. The contract further expands the company’s international presence in the oil and gas infrastructure sector.

Strengthening Global Oil and Gas Capabilities

Manish Mohnot, Managing Director and CEO, KPIL, said the company is pleased to secure the international project. He added that the order reinforces KPIL’s capabilities and track record in the global oil and gas sector. According to Mohnot, the project highlights KPIL’s technical expertise, operational capabilities and ability to scale its operations across international markets.

Expanding International Infrastructure Portfolio

The UAE gas pipeline project adds to KPIL’s international infrastructure portfolio and strengthens its position in the Middle East oil and gas market. As reported by business-standard.com, with the new EPC order, KPIL will further leverage its experience in executing large-scale energy infrastructure projects while expanding its international project execution capabilities.

India has moved forward with plans to develop domestic green maritime fuel production with the foundation stone laid for the country’s first port-based e-methanol production facility at Deendayal Port Authority (DPA) in Kandla, Gujarat. Gujarat Chief Minister Bhupendra Patel, Union Minister for Ports, Shipping and Waterways Sarbananda Sonowal and Assam Chief Minister Dr Himanta Biswa Sarma jointly laid the foundation stone at the DPA Exhibition Ground in Gandhidham. The facility will produce up to 150 tons of e-methanol per day using renewable power, water and biogenic CO₂. The fuel will primarily support vessels operating along the Asia-Europe International Trade Corridor. According to the government, the plant is expected to produce green methanol at around US$750 per ton, compared with a global cost of approximately US$1,300 per ton.

₹2,300 Crore Project to Be Developed in Two Phases

DPA and Assam Petro-Chemicals Ltd (APCL), based in Namrup, Assam, are jointly developing the project. The facility will be implemented in two scalable phases, with a total investment of ₹2,300 crore. Phase I will add 50 tons per day of production capacity at an investment of ₹1,200 crore. The first phase is targeted for completion by January 2027. Phase II will increase capacity by a further 100 tons per day with an investment of ₹1,100 crore. The second phase is scheduled for completion by March 2027. DPA and APCL will contribute to the project in a 76:24 ratio. DPA’s contribution will include ₹567.32 crore in equity capital, 75 acres of land, desalinated water and renewable energy in the form of green hydrogen.

Project to Support Green Energy Ecosystem

The e-methanol facility is expected to support the development of a wider green-fuel ecosystem around Kandla, including transportation, storage and supply infrastructure. The project will also strengthen India’s efforts to develop domestic sources of cleaner maritime fuels as shipping companies increasingly explore alternatives to conventional fossil fuels.

E-Methanol for International Shipping

The project aligns with India’s long-term target of achieving net-zero emissions by 2070 and its broader focus on energy security and self-reliance. Meanwhile, the government is expanding India’s maritime infrastructure. It plans to add 100 new ships to the merchant fleet over the next five years and aims to position India among the world’s five largest ship-owning nations by 2047. The Kandla project could consequently contribute to the development of a domestic supply chain for low-carbon marine fuels.

Kandla Positioned as Potential Green-Fuel Hub

DPA is also pursuing several other maritime infrastructure projects. These include a ₹1,520 crore DPA-Cochin Shipyard Limited shipbuilding project at Vadinar and a proposed greenfield shipbuilding and repair cluster at Kuchhadi in Porbandar, which has received in-principle approval. Bhupendra Patel said Gujarat’s renewable energy resources and extensive coastline could help supply green fuels to international shipping. He described Kandla as a potential gateway for supplying cleaner fuels to global vessels. Sarbananda Sonowal said the project could help India move beyond its role in global trade and become a supplier of cleaner fuels for international shipping. He also highlighted Kandla’s potential to emerge as a green-fuel hub along the Singapore-Rotterdam shipping route.

Assam-Gujarat Partnership Supports Green Fuel Production

As reported by maritimegateway.com, the project also highlights collaboration between Assam and Gujarat in developing India’s clean-energy infrastructure. Himanta Biswa Sarma said the participation of APCL demonstrates the role that companies from the Northeast can play in India’s emerging clean-energy economy. The partnership brings Assam’s chemical and energy capabilities together with Gujarat’s renewable energy resources, port infrastructure and access to international shipping routes. As a result, the Kandla e-methanol project could provide a foundation for expanding India’s green maritime fuel production and developing an integrated green-fuel supply chain.

Advait Battery Ecosystem, a subsidiary of Advait Energy Transitions, signed a Master Supply Agreement with energy storage manufacturer HiTHIUM for the supply of lithium iron phosphate (LFP) prismatic battery cells. Under the agreement, HiTHIUM will supply its 314 Ah LFP battery cells to support Advait’s upcoming battery energy storage system (BESS) assembly plant in India.

1 GWh Cell Supply to Support BESS Production

Advait plans to procure up to 1 GWh of battery cells from HiTHIUM over the next 12 months. The supply arrangement will support the company as it moves towards commercial production and scales its domestic BESS assembly capabilities. Advait is developing a BESS assembly facility with an annual capacity of 2.5 GWh. The company plans to build capabilities across battery module and pack assembly as it expands its presence in India’s energy storage market. Securing a reliable battery cell supply is therefore an important part of Advait’s manufacturing strategy and will help establish a sourcing base for its initial production phase.

314 Ah LFP Cells for Energy Storage Systems

The 314 Ah prismatic LFP cells will serve as the core energy storage component for BESS units assembled at Advait’s facility. LFP chemistry is widely used in stationary energy storage applications because of its combination of cycle life and thermal stability. Consequently, the cells are suited to applications requiring reliable and durable energy storage.

Supporting India’s Battery Storage Supply Chain

Advait’s planned 2.5 GWh facility forms part of its broader expansion into battery energy storage systems. The company is developing domestic assembly capabilities as demand for energy storage infrastructure increases alongside renewable power generation and grid modernisation. The company’s manufacturing strategy will integrate imported battery cells into locally assembled battery modules and packs. Over time, this approach could help strengthen domestic capabilities across the BESS value chain.

HiTHIUM Expands Presence in India’s BESS Market

For HiTHIUM, the agreement establishes a supply relationship with an Indian BESS manufacturer and expands the deployment of its 314 Ah LFP cell technology in India. Meanwhile, Advait will gain a defined cell supply base as it moves towards higher-volume commercial production. The planned offtake of up to 1 GWh over 12 months represents a significant portion of the facility’s 2.5 GWh annual assembly capacity, although actual utilisation will depend on production schedules and customer demand.

Building Domestic BESS Manufacturing Capabilities

The partnership will support Advait’s efforts to develop an integrated battery assembly ecosystem in India. By securing battery cells and combining them with domestic module and pack assembly capabilities, the company aims to establish a foundation for commercial BESS production. As India continues to expand renewable energy and modernise its power grid, battery energy storage systems are expected to play an increasingly important role in balancing electricity supply and demand. As reported by manufacturingtodayindia.com, Advait’s planned facility and its agreement with HiTHIUM position the company to participate in this growing energy storage market.

Wacker Chemie AG (WACKER), a global chemicals and biotechnology company, established a new Global Capability Center (GCC) in Pune, India, in collaboration with HCLTech, a global technology company. The new center will strengthen WACKER’s global engineering, IT and digital transformation capabilities. In addition, it will provide a flexible and resilient delivery platform to support the company’s long-term digital initiatives.

GCC to Support Engineering and Digital Transformation

The Pune GCC will focus on WACKER’s engineering, IT and digital transformation programmes. By bringing these capabilities together in India, WACKER aims to build a future-ready operating model that can adapt to changing business and technology requirements. Fabian Seibold, Director, WACKER Excellence Hub Pune, said the new center represents an important step in strengthening the company’s global delivery and digital execution capabilities. He added that HCLTech’s experience in establishing and scaling capability centers will help WACKER develop an operating model focused on agility, governance and long-term growth.

Strategic Partnership with HCLTech

The GCC builds on the existing strategic partnership between WACKER and HCLTech. According to HCLTech, the expanded engagement marks an important milestone in WACKER’s digital transformation journey. Dr. Frank Fehler, Executive Vice President and Country Head – Germany, HCLTech, said the company will support WACKER’s long-term digital and engineering transformation as a technology partner.

Focus on Automation and DevSecOps

HCLTech will establish the Pune GCC through a phased, customer-centric operating model. The company will leverage its expertise in DevSecOps and automation to develop a high-performing technology team and strengthen operational governance. Furthermore, the GCC will focus on improving operational efficiency and accelerating digital modernisation across WACKER’s global operations. Kiran Cherukuri, EVP and Global GCC Practice Head, HCLTech, said the model is designed to create a flexible, resilient and future-ready center while supporting WACKER’s evolving digital and engineering requirements.

Strengthening WACKER’s Global Delivery Network

The Pune center will therefore serve as an important component of WACKER’s global capability network. As per the press release, by combining local technology talent with global engineering and digital expertise, the GCC is expected to support innovation, automation and the company’s broader digital transformation objectives.

Vedanta Group Chairman Anil Agarwal has renewed the company’s push to reopen the Niyamgiri bauxite reserves in Odisha, nearly 13 years.  The Niyamgiri Hills, spread across Odisha’s Rayagada and Kalahandi districts, contain substantial bauxite resources. Bauxite is a key raw material for producing alumina and aluminium. Vedanta operates an alumina refinery at Lanjigarh near the Niyamgiri Hills. The refinery currently relies largely on imported bauxite, while the company has also secured mining interests in the Sijimali and Karlapat bauxite deposits in Odisha.

Vedanta Seeks Greater Domestic Bauxite Supply

Vedanta’s renewed interest in Niyamgiri comes as the company expands its aluminium operations and seeks to strengthen domestic bauxite supplies. The company has outlined plans to expand its presence across the aluminium value chain, covering bauxite mining, alumina refining, aluminium smelting and downstream manufacturing. Therefore, securing reliable domestic raw material supplies remains an important part of its expansion strategy.

₹1 Lakh Crore Investment Plan for Odisha

Alongside the Niyamgiri proposal, Agarwal outlined Vedanta’s plans to invest around ₹1 lakh crore in Odisha’s aluminium sector. The proposed investments include a 3 million tons per annum (MTPA) aluminium smelter in Dhenkanal and a 6 MTPA alumina refinery in Rayagada. Vedanta has also proposed a 1 MTPA brownfield expansion of its Jharsuguda aluminium smelter and downstream aluminium parks in the state.

Focus on Aluminium Industry Development

Agarwal has also called for the development of a broader aluminium-based industrial ecosystem in Odisha. According to Vedanta, the state could attract manufacturing units across sectors that use aluminium, including transportation, engineering and infrastructure. As reported by business-standard.com, the proposed investments are expected to support employment and encourage the development of ancillary industries and downstream manufacturing.

Fujifilm India is exploring potential supply agreements for chemicals and semiconductor raw materials with several companies as India’s silicon chip manufacturing and packaging ecosystem expands. According to Koji Wada, Managing Director of Fujifilm India, Tata Electronics is expected to be an important customer during the initial phase. However, as India develops more semiconductor manufacturing facilities, Fujifilm expects demand for semiconductor-grade chemicals and materials to increase. In addition, semiconductor packaging companies could become potential customers for the company’s specialised chemical and material products.

₹800 Crore Semiconductor Materials Facility

Fujifilm India recently announced an investment of approximately ₹800 crore to establish a greenfield semiconductor materials manufacturing facility in India. The investment will be implemented in two phases, with commercial production targeted to begin in 2027-28. The facility will be located in Dholera, Gujarat, near Tata Group’s semiconductor manufacturing unit. Initially, Fujifilm India plans to manufacture chemicals used in front-end semiconductor processes. Subsequently, the second phase will expand production to semiconductor surface-conditioning materials and high-purity chemicals.

Focus on Localising Raw Material Supply

Fujifilm India will import many of the raw materials required to manufacture these semiconductor chemicals. However, the company also plans to develop partnerships with Indian suppliers and help them build the capabilities required for semiconductor-grade production. Fujifilm could support selected Indian companies through manufacturing and technical know-how as well as technology transfer. Once these suppliers achieve the required standards, Fujifilm could eventually source raw materials from them. Several Indian companies have already expressed interest in entering the semiconductor materials sector. However, Fujifilm will assess their technical capabilities and willingness to invest before selecting potential partners.

Semiconductor-Grade Quality Requirements

Local suppliers will need to meet stringent semiconductor manufacturing standards. In particular, Fujifilm will evaluate capabilities related to metal contamination control, quality control and manufacturing processes. Therefore, developing a reliable domestic supply base will require Indian companies to invest in advanced manufacturing technologies and quality systems. This localisation could gradually strengthen India’s semiconductor materials ecosystem.

Policy Support to Strengthen Semiconductor Ecosystem

Wada also highlighted the importance of continued government support for India’s semiconductor ecosystem. According to him, appropriate incentives beyond the programmes already announced could encourage more companies to invest in silicon chip manufacturing and related activities. Moreover, developing a strong domestic supplier network could help Indian semiconductor companies become more cost-competitive with established markets such as Taiwan, Malaysia and Singapore.

Local Manufacturing Could Drive Technology Development

Although India’s semiconductor manufacturing and packaging ecosystem remains at an early stage, the emerging industry provides an opportunity for local companies to adopt advanced technologies from the beginning. As the ecosystem develops, Indian companies could also build capabilities in intellectual property and proprietary semiconductor manufacturing techniques. Fujifilm believes the first step is to bring advanced technology into India and gradually localise manufacturing. At the same time, the development of local talent, manufacturing capabilities and R&D facilities could support greater innovation and IP creation. Similar technology-development journeys have taken place in countries such as Japan, South Korea and Taiwan.

Domestic Demand Offers Long-Term Opportunity

India’s strong domestic demand could further support the development of local semiconductor technologies and capabilities. As manufacturing, talent and R&D infrastructure expand, the country could increasingly develop its own expertise across the semiconductor value chain. As reported by business-standard.com, for Fujifilm, building a local manufacturing and sourcing ecosystem will therefore be an important part of supporting India’s growing semiconductor industry.