Hindustan Petroleum Corporation Limited (HPCL) is preparing to advance its Rs 1,400-crore second-generation (2G) bioethanol project in Punjab towards commercial operations. The facility, located at Nasibpura village in Bathinda, has entered its final trial phase, with the company targeting commissioning by March 2027, according to a report by Hindustan Times.

The project aims to convert agricultural waste, particularly paddy straw, into ethanol for blending with petrol. With an annual biomass processing capacity of two lakh tonnes and a designed ethanol production capacity of 100 kilolitres per day (KLD), the facility represents an important step towards promoting biofuel production and sustainable agricultural waste management in India.

Bathinda Plant Enters Final Testing Phase

HPCL has nearly completed construction of the Bathinda bioethanol plant and is preparing to undertake the final testing and commissioning activities. The testing process is expected to take two to three months. According to the project schedule, commissioning operations are expected to begin in December 2026, followed by full-scale testing targeted for completion by March 2027. The facility is unlikely to generate commercial revenue before next year. The plant will use lignocellulosic technology to convert agricultural residues into ethanol through a series of processing stages. The process involves treating paddy straw to break down complex plant materials into simpler sugars, which are subsequently fermented, distilled and purified to produce ethanol.

Paddy Straw to Serve as Primary Feedstock

The Bathinda facility will primarily use paddy straw as its raw material, with a designed annual processing capacity of two lakh tonnes. At full production capacity, the plant will require approximately 570 tonnes of paddy straw daily to manufacture 100 KLD of ethanol. Securing a consistent biomass supply will therefore remain essential for ensuring uninterrupted plant operations. HPCL began collecting paddy straw in 2023 and has already aggregated approximately 1.25 lakh tonnes over the previous two kharif seasons. However, the company has temporarily suspended procurement during the current harvesting season while it completes system calibration and machinery alignment. HPCL has stored the accumulated biomass in an open yard at Nasibpura. The company will determine the procurement price for the next commercial buying cycle when purchases resume.

Project Aims to Reduce Stubble Burning and Emissions

The project is expected to support more sustainable agricultural waste management by creating an industrial use for paddy straw, which farmers often burn after harvesting. Abhijit Kaplish, Chief Executive of the Punjab Energy Development Agency (PEDA), said the facility aims to demonstrate how agricultural residues can become valuable industrial resources. He highlighted the project’s potential to establish a structured supply chain for agricultural waste, reduce stubble burning and seasonal air pollution, and lower greenhouse gas emissions. Furthermore, domestic bioethanol production could help reduce India’s dependence on imported crude oil.

2G Bioethanol Project Could Offer a Model for Other States

Initially designed as a pilot initiative to address paddy-stubble management, HPCL’s Bathinda project could provide a scalable model for converting agricultural residues into renewable fuels. The facility also supports India’s broader ethanol-blending programme by expanding the availability of non-food biomass-based feedstocks. Unlike conventional first-generation ethanol, which primarily uses food-based crops and sugar-rich materials, second-generation bioethanol utilises agricultural residues and other lignocellulosic resources. As reported by chinimandi.com, successful commissioning and commercial operations could encourage similar projects across agricultural states, helping industries utilise farm waste, diversify renewable fuel sources and strengthen India’s bioenergy ecosystem.

India’s renewable energy transition is entering a capital-intensive phase as the government focuses on mobilising investments, expanding infrastructure and strengthening domestic manufacturing capabilities. Over the next four years, the country will need to accelerate not only renewable power generation but also develop the supporting systems required to ensure reliable electricity supply at scale. Renewable Energy Secretary Santosh Kumar Sarangi said India would require approximately $220 billion in investments between 2027 and 2030 to achieve its target of 500 GW of non-fossil fuel-based energy capacity. The investment requirement extends beyond renewable power generation projects. It also covers the faster deployment of energy storage systems, expansion of electricity transmission networks and development of a stronger domestic manufacturing ecosystem.

India Requires Massive Investments to Accelerate Energy Transition

Sarangi’s estimate highlights the growing financial requirements as India moves from setting renewable energy targets towards large-scale project implementation. The country has already attracted nearly $64 billion in investments into the renewable energy sector since July 2024. This includes approximately $6.2 billion in foreign direct investment (FDI), he said while addressing the media ahead of the Bharat Renewable Energy Summit & Expo. However, the projected investment requirement of $220 billion between 2027 and 2030 indicates that existing capital inflows will cover only a portion of the funding needed for the next phase of expansion.

Energy Storage and Transmission Infrastructure Gain Importance

As renewable energy capacity increases, India must also strengthen its electricity grid to manage the intermittent nature of solar and wind power generation. Consequently, energy storage technologies, including battery energy storage systems, will play an increasingly important role in balancing electricity supply and demand. At the same time, expanding transmission corridors will help transport renewable electricity from generation centres to major consumption hubs. Furthermore, investments in grid infrastructure and storage solutions will be essential to improve power reliability and integrate larger volumes of renewable energy into the national electricity network.

Domestic Manufacturing to Support Renewable Energy Growth

Alongside infrastructure development, strengthening domestic manufacturing capabilities will remain a key priority. Expanding local production of renewable energy equipment, storage technologies and associated components can support project execution while reducing dependence on imported supplies. The next phase of India’s clean energy expansion will therefore create investment opportunities across several segments, including solar and wind power, energy storage, power transmission, grid modernisation and renewable energy equipment manufacturing.

2027–2030: A Critical Phase for India’s Renewable Energy Ambitions

The estimated $220 billion investment requirement underscores the scale of India’s clean energy ambitions. While the country has already attracted substantial capital into renewable energy, achieving the 500 GW non-fossil fuel capacity target will require significantly greater financial participation and coordinated infrastructure development. As reported by etsustainability.com, for investors and industry stakeholders, the opportunity will extend beyond solar parks and wind farms. Energy storage, transmission networks and domestic manufacturing will become equally important components of India’s renewable energy growth strategy.

UPL Ltd, a global provider of sustainable agricultural products and solutions, reported resilient financial performance for the second quarter (Q2) and first half (H1) of FY27, despite global market uncertainties and rising cost pressures. The company recorded a 4% increase in revenue to Rs 22,041 crore during H1 FY27, supported by strong performances from its Advanta and SUPERFORM businesses, which grew by 18% and 21%, respectively. Additionally, operational profit after tax attributable to members of the company (PATMI) increased by 33% during the first half. The results highlight UPL’s ability to sustain profitable growth through business diversification, disciplined execution and effective cost management amid challenging global market conditions.

Advanta and SUPERFORM Drive Revenue Growth

UPL’s diversified business portfolio continued to support its financial performance during the first half of FY27. Advanta and SUPERFORM emerged as key growth drivers, recording 18% and 21% growth, respectively. Meanwhile, the company’s crop protection businesses navigated phased demand patterns and challenging weather conditions across key markets.

UPL Chairman and Group CEO Jai Shroff said the quarterly results demonstrate the strength of the company’s diversified business model. He highlighted the disciplined execution across businesses, particularly the strong growth delivered by Advanta and SUPERFORM, despite volatility in the global operating environment. Shroff added that rising commodity prices could potentially improve farm economics. Against this backdrop, UPL will continue strengthening its business operations and building a future-ready organisation while focusing on long-term value creation for stakeholders.

Eight Consecutive Quarters of Margin and EBITDA Growth

UPL Group CFO Bikash Prasad highlighted the resilience of the company’s earnings during the first half of FY27, despite persistent global headwinds. He noted that UPL had achieved eight consecutive quarters of margin and EBITDA growth, reflecting its continued focus on improving earnings quality, making sharper portfolio decisions and maintaining strict cost and capital discipline. Furthermore, these measures have helped the company protect profitability and sustain operating margins amid inflationary pressures and challenging global market conditions.

Focus on Sustainable and Profitable Growth

UPL’s H1 FY27 performance underscores the contribution of its diversified business portfolio and disciplined financial management. Strong growth in Advanta and SUPERFORM, combined with continued operational efficiencies, supported revenue and profitability. As reported by agrospectrumindia.com, the company will focus on strengthening its business portfolio, managing costs and capital efficiently, and capitalising on opportunities arising from improving agricultural market conditions.

Reliance Industries Ltd (RIL) reported a record quarterly profit of Rs 29,550 crore for July–September, marking a 33.8% increase compared with the corresponding period last year. Strong earnings from its oil-to-chemicals (O2C) business, supported by higher global fuel margins, drove the growth. Meanwhile, expansion in its telecom business further strengthened the company’s performance, partly offsetting relatively subdued earnings from retail operations. The sharp recovery in the O2C segment emerged as the primary growth driver, as higher transportation fuel cracks and improving petrochemical margins boosted profitability.

Oil-to-Chemicals Business Drives Profit Growth

Reliance’s O2C business, which includes its oil refineries and petrochemical facilities, recorded a 67.9% increase in EBITDA to Rs 25,203 crore. Revenue from the segment also rose 44.2% to Rs 2,31,601 crore. The strong performance came despite operational and supply-chain challenges arising from disruptions in West Asia, higher crude premiums and increased freight costs. However, Reliance leveraged its diversified crude sourcing strategy and optimised product placement to capture stronger refining and petrochemical margins. The company also reported record crude processing volumes during the quarter. By shifting crude procurement towards suppliers in the Americas and the Mediterranean, Reliance strengthened supply flexibility and maintained high refinery utilisation.

Higher Costs Partly Offset Strong Refining Margins

Despite the improvement in O2C profitability, several cost pressures affected the segment’s overall performance. Higher crude premiums, elevated freight and insurance expenses, costs associated with the Special Additional Excise Duty (SAED), and under-recoveries in domestic fuel retail operations weighed on earnings.

Nevertheless, Reliance mitigated some of these challenges by redirecting exports towards markets offering better net realisations. This strategy, combined with flexible crude sourcing and optimised refinery operations, helped the company capitalise on favourable global market conditions.

Digital Services Support Overall Performance

Beyond its core energy operations, Reliance’s digital services business also contributed to quarterly earnings growth. However, relatively subdued performance in the retail segment partially offset the gains from its energy and telecom businesses. As reported by psuwatch.com, the latest results highlight the importance of Reliance’s diversified business portfolio, with its O2C operations benefiting from favourable global refining conditions while digital services continued to provide additional earnings support.

Thermax entered into a strategic agreement with Germany-based C1 Green Chemicals AG to jointly develop a pre-commercial facility for producing green methanol from biomass-derived synthesis gas (syngas). Ankur Scientific Energy Technologies Pvt. Ltd. will also participate in the initiative, contributing its expertise in biomass gasification.

The collaboration brings together C1’s methanol catalyst technology, Thermax’s process engineering and development capabilities, and Ankur Scientific’s experience in gasification. Through this partnership, the companies aim to demonstrate an integrated production pathway that could support the future commercial-scale production of biomass-based methanol in India.

Thermax Chief Technology Officer Santanu Chaudhuri said the agreement reflects the company’s commitment to advancing sustainable energy solutions through strategic innovation. He added that developing the pre-commercial facility would help establish the technical capabilities required for future commercial deployment.

C1 Green Chemicals Grants Its First Technology Licence to Thermax

The agreement marks an important milestone for C1 Green Chemicals, as Thermax becomes the first company to receive a technology licence from the German technology developer. C1 CEO Christian Vollmann described Thermax as an ideal partner for deploying the company’s technology, highlighting its extensive experience in developing and building chemical plants. He said both companies plan to scale up the methanol technology initially in India, with potential opportunities to expand into other markets.

Vollmann also highlighted the growing demand for locally produced, decentralised biomethanol as countries seek to reduce their dependence on imported fossil fuels. The partnership combines three complementary technologies and capabilities. While C1 contributes its proprietary catalyst technology, Thermax will lead process engineering and development, and Ankur Scientific will provide its biomass gasification expertise. Biomass gasification converts solid organic materials into synthesis gas, or syngas, which serves as a feedstock for methanol production.

Biomass-Based Methanol Supports the Energy Transition

Biomass-based methanol offers a potential pathway to produce lower-carbon fuels and chemical feedstocks from renewable resources. However, its environmental and commercial benefits depend on sustainable biomass availability, feedstock quality, conversion efficiency and emissions across the entire production supply chain.

Methanol plays an important role in the chemical industry and is also gaining attention as an alternative fuel, particularly in sectors such as shipping. Consequently, developing commercially viable biomass-to-methanol technologies could create new opportunities for renewable fuel production.

Nevertheless, the technology’s wider adoption will depend on several factors, including production costs, reliable biomass supplies, process efficiency and growing demand from end users. The companies have not yet disclosed the proposed facility’s location, production capacity, investment, construction schedule or expected commissioning date.

Thermax Advances Another Biomass-Based Methanol Project in Gujarat

The latest agreement follows another green methanol initiative announced by Thermax and Ankur Scientific in May 2026. Under that partnership, the companies plan to establish a biomass-based methanol production facility at Deendayal Port Authority in Kandla, Gujarat, with an annual production capacity of up to 18,000 tonnes.

The proposed facility will use locally sourced Ganda Baval biomass and Ankur Scientific’s gasification technology, while Thermax will integrate its fuel-processing capabilities. The project aims to support the development of lower-emission marine fuels in India.

However, the newly announced collaboration with C1 Green Chemicals represents a separate development. It introduces C1’s catalyst technology into the partnership, although the companies have not announced any direct connection between the proposed pre-commercial facility and the Kandla project.

Technology Demonstration Will Determine Commercial Potential

The collaboration represents another step towards advancing India’s biomass-to-methanol industry. By integrating biomass gasification, process engineering and specialised catalyst technology, the partners aim to demonstrate an integrated production pathway at the pre-commercial stage.

However, moving from technology demonstration to commercial production will require the partners to establish consistent syngas quality, efficient methanol conversion, catalyst performance and reliable biomass feedstock supplies. Furthermore, the project’s long-term commercial viability will depend on competitive production costs and demonstrable lifecycle emissions reductions.

As reported by bioenergybusiness.com, the next important milestone will be the disclosure of the facility’s technical specifications, investment details and implementation timeline. Its performance could provide valuable insights into the commercial potential of biomass-derived methanol and support the wider adoption of renewable methanol technologies in India.

Celanese Corporation, a global specialty materials and chemicals company, partnered with Röchling Industrial, a leading plastics processor and part of the Röchling Group, to advance the use of lower-carbon polyoxymethylene (POM) materials in industrial stock shape applications. Under the collaboration, Röchling Industrial has procured Celanese’s POM ECO-C material for selected stock shape applications. The initiative supports Röchling’s sustainability strategy by introducing circular and lower-carbon raw materials into its plastics product portfolio.

CCU Technology Converts Captured CO₂ into High-Performance POM

Celanese uses its patented Carbon Capture and Utilisation (CCU) process to convert captured carbon dioxide (CO₂) emissions into chemical building blocks for manufacturing high-performance POM polymers. Through a mass balance approach, the process incorporates circular feedstock content while helping reduce the product carbon footprint (PCF) of the resulting materials. The POM ECO-C grades are designed to enable manufacturers to adopt more sustainable materials without compromising essential performance characteristics. These include rigidity, dimensional stability, sliding properties and wear resistance, which make POM suitable for demanding industrial applications.

Lower-Carbon Materials Support Scope 3 Emissions Reduction

By making POM ECO-C solutions available at scale, Celanese aims to help customers reduce the carbon footprint of their products and advance their circularity objectives. Importantly, manufacturers can integrate these materials into existing applications without making significant changes to established product designs, manufacturing processes or performance requirements. This approach offers industrial customers a practical route to incorporating lower-carbon engineered plastics while supporting their Scope 3 greenhouse gas emissions reduction targets.

Celanese and Röchling Highlight Sustainable Plastics Innovation

Todd Elliott, Senior Vice President, Celanese Engineered Materials, said Röchling’s adoption of POM ECO-C demonstrates the practical potential of CCU technology in delivering lower-carbon engineered materials across multiple industries, including applications with demanding performance requirements. He highlighted Celanese’s integrated technology, global POM manufacturing footprint and ECO-C product portfolio as key capabilities that enable the company to deliver sustainable material solutions at scale. These solutions help customers advance circularity initiatives and reduce product carbon footprints without compromising material performance or quality. Florian Helmich, Chief Sales Officer and Chief Technology Officer, Röchling Industrial, described Celanese POM ECO-C as an innovative approach to improving sustainability in the chemical and plastics industries. He emphasised that capturing CO₂ that would otherwise enter the atmosphere and reusing it as a raw material can help reduce dependence on virgin fossil-based resources.

CO₂-Based Feedstocks Open New Opportunities for Sustainable Plastics

The collaboration highlights the growing role of carbon capture and utilisation technologies in developing more sustainable chemical and polymer products. By converting captured CO₂ into valuable chemical feedstocks, manufacturers can explore alternatives to conventional fossil-based raw materials while maintaining the performance standards required for industrial applications. As reported by businesswire.com, the adoption of POM ECO-C by Röchling Industrial demonstrates how material suppliers and plastics processors can work together to accelerate the commercial use of circular, lower-carbon engineering plastics.

As regulatory requirements tighten, feedstock prices fluctuate and decarbonisation pressures intensify, chemical companies face a growing challenge: achieving sustainability without compromising profitability. Against this backdrop, Automa Chem 2026, held on 26–27 October in Berlin, hosted a dedicated roundtable on bio-based and circular value chains. The discussion moved beyond sustainability commitments to examine the practical economic and operational benefits of circular chemistry.

The Chemical Industry’s Sustainability Challenge

The global chemical industry, valued at $6.3 trillion, supplies essential building blocks for 96% of manufactured goods. However, transitioning to greener feedstocks remains expensive and technically challenging. The bio-based chemicals market is projected to grow from $113 billion in 2025 to $251 billion by 2035, highlighting significant opportunities for the industry. Nevertheless, many producers continue to struggle with implementing cost-effective solutions at scale. Furthermore, of the 158 million metric tonnes of chemicals produced annually, only 10% are recycled. New European Union chemical recycling content targets and the forthcoming Circular Economy Act are adding further regulatory pressure, encouraging manufacturers to accelerate the transition towards circular production models.

Automa Chem 2026: Turning Circular Chemistry into Business Value

To address these challenges, the Automa Chem 2026 roundtable brought together industry experts to explore practical technologies, engineering solutions and economic models that can align sustainability objectives with commercial performance.

The participating industry leaders shared their expertise across several key areas:

Hendrik Rasch, Vice President – Circular Packaging & Plastics Recycling, Evonik, will discuss chemical recycling technologies, with a particular focus on Purocel™ adsorbents.

Miguel Perdigão Silva, Senior Process Engineer, Worley, will explain how techno-economic modelling can help chemical producers balance circular production costs with market expectations, particularly when recycled materials do not fully match virgin material specifications.

Andree Blesgen, Head of Technology Platform Depolymerization Technologies, Evonik, will present depolymerisation technologies that break down complex polyurethane waste into reusable materials.

Séval Schichtel, Global Business Development & Sales Manager, Clariant, will showcase the company’s adsorbent and catalyst portfolio, including Clarit Pyrolyse™, Clarit Protect™ and HDMax™, designed to upgrade contaminated plastic waste into virgin-quality feedstocks.

Rudy Lamond, Growth & Innovation Leader – Water Treatment, Air Liquide, will examine how CO₂ can replace mineral acids for pH control in wastewater treatment, offering an alternative approach to industrial water management.

Circular Economy Gains Importance Amid Industry Pressures

The roundtable came at a critical time for the European chemical industry. Production capacity declined by 5% in 2023, while further plant closures have intensified concerns about the sector’s competitiveness. At the same time, the European Commission’s Chemicals Industry Action Plan signals stronger policy support for decarbonisation, circularity and bio-based chemicals. Consequently, chemical manufacturers must explore innovative solutions that reduce environmental impact while improving operational efficiency and financial performance.

Driving Practical Solutions for a Sustainable Chemical Industry

As the chemical industry navigates economic uncertainty and increasing sustainability expectations, the need for commercially viable circular solutions has become more urgent than ever. Through technical discussions, industry insights and real-world economic models, Automa Chem 2026 aims to bridge the gap between sustainability ambitions and practical implementation. As per the press release, the roundtable provided an opportunity for industry stakeholders to understand how circular chemistry can create measurable business value while supporting the transition towards a more resource-efficient chemical industry. Registration: https://sh.bgs.group/4vm

Solex Energy plans to expand its presence in the global renewable energy market by establishing solar module and cell manufacturing facilities in the United States (US). The proposed projects form part of the company’s $1.5 billion investment roadmap through 2030. In an interaction, Solex Energy Chairman and Managing Director Chetan Shah said the company is exploring opportunities in the US, which remains one of the world’s largest solar markets. He highlighted that steep anti-dumping duties on Chinese imports could create opportunities for Indian manufacturers to emerge as cost-effective and reliable suppliers.

Solex Energy Explores US Solar Manufacturing Opportunities

Shah said Solex Energy aims to capitalise on the growing global demand for clean energy components while strengthening its position as an alternative to Chinese suppliers. He added that several Indian companies are exploring investment opportunities in the US, given the market’s significant growth potential. Although Shah did not disclose specific details of the proposed US projects due to regulatory compliance requirements, he confirmed that the investments would form part of the company’s broader $1.5 billion investment plan through 2030. Meanwhile, Solex Energy has formed a dedicated team to evaluate key project parameters, including investment requirements and potential manufacturing locations in the US.

Company Expands Solar Manufacturing Capacity in India

In India, Solex Energy operates a 4 GW solar module manufacturing facility in Gujarat and plans to increase its capacity to 10 GW. Additionally, the company is establishing 10 GW of solar cell manufacturing capacity and 2 GW of ingot and wafer production capacity. These investments will strengthen its domestic manufacturing capabilities and support its long-term expansion strategy.

Seeks Extension of ALMM-II Implementation

Commenting on the Approved List of Models and Manufacturers (ALMM)-II framework, Shah said the solar industry supports the government’s initiative and has already invested thousands of crores in domestic module manufacturing to advance India’s clean energy and net-zero ambitions. However, he emphasised that the industry needs an extension of at least 12 months for ALMM-II implementation due to limited domestic solar cell availability. The ALMM-II framework mandates the sourcing of domestically manufactured solar cells from approved manufacturers listed under the applicable government framework.

Solar Module and Cell Manufacturing Capacity Gap

Highlighting the challenges facing the domestic solar manufacturing sector, Shah noted that India had approximately 262 GW of solar module manufacturing capacity as of October 2026, compared with only around 37 GW of solar cell manufacturing capacity. He further pointed out that a significant portion of the installed cell manufacturing capacity relies on older Mono PERC technology, while several facilities remain non-operational. In contrast, many recently established module manufacturing facilities are designed to use advanced TOPCon technology. This mismatch between available cell technology and module manufacturing requirements creates additional challenges for the industry. As reported by thehindubusinessline.com, Shah stressed the need to address domestic cell availability and capacity constraints to ensure the smooth implementation of ALMM-II and support India’s expanding solar manufacturing ecosystem.

GAIL (India) Limited and Rashtriya Chemicals and Fertilizers Limited (RCF) signed a Memorandum of Understanding (MoU) to explore the development of a new gas-based fertilizer plant in Maharashtra. The proposed project aims to strengthen India’s domestic fertilizer production capacity and reduce dependence on imported fertilizers. The collaboration will combine GAIL’s expertise in the natural gas sector with RCF’s established fertilizer manufacturing infrastructure and industry capabilities. Through this partnership, both public sector enterprises aim to support the expansion of India’s fertilizer manufacturing infrastructure.

GAIL and RCF to Leverage Their Industry Expertise

Under the MoU, both companies will explore the development of the proposed gas-based fertilizer facility by leveraging their respective strengths:

GAIL (India) Limited: Will contribute its expertise in natural gas and the gas sector to support the proposed project.

Rashtriya Chemicals and Fertilizers Limited (RCF): Will bring its established fertilizer manufacturing infrastructure and industry expertise to the collaboration.

By combining their capabilities, the two companies aim to facilitate the development of a new fertilizer manufacturing facility in Maharashtra.

Project to Strengthen Domestic Fertilizer Production

The proposed gas-based fertilizer plant is expected to contribute to India’s domestic fertilizer production capacity. Furthermore, the initiative aligns with the Government of India’s objective of strengthening self-reliance in the fertilizer sector. The project also supports the broader goal of reducing fertilizer import dependence and improving the availability of domestically manufactured fertilizers. In addition, expanding domestic manufacturing infrastructure could strengthen the country’s fertilizer supply chain.

Further Project Details Awaited

The MoU marks an initial step towards exploring the proposed fertilizer project. However, GAIL and RCF have not yet announced details regarding the plant’s production capacity, investment requirements or implementation timeline. As reported by indianmasterminds.com, both companies are expected to provide further information as the project progresses.

IOL Chemicals and Pharmaceuticals Limited announced three strategic projects to expand its manufacturing capabilities and strengthen its pharmaceutical and specialty chemicals businesses. The company plans to invest a combined ₹495 crore in these initiatives to increase production capacity, enter the contract development and manufacturing organisation (CDMO) segment and expand its specialty chemicals operations.

₹350 Crore Investment to Expand Manufacturing Capacity

The first project involves expanding production capacity by 6,000 metric tons per annum (MTPA), taking the company’s total capacity to 18,000 MTPA. IOL Chemicals will invest ₹350 crore to establish the additional capacity at its existing manufacturing facility in Barnala, Punjab. This expansion will strengthen the company’s manufacturing infrastructure and support its plans to meet growing market demand.

Entry into the Pharmaceutical CDMO Segment

Under the second project, IOL Chemicals plans to establish a dedicated manufacturing facility with a capacity of 1,500 million tablets or an equivalent volume of direct compressible (DC) grade products. Through this investment, the company aims to move further into the pharmaceutical CDMO segment, expanding its manufacturing and contract production capabilities.

₹35 Crore Investment in Specialty Chemicals

The third project involves an investment of ₹35 crore to establish a dedicated manufacturing facility for a specialty chemical product. The facility will manufacture the product for a leading global chemical company under a long-term tolling arrangement. The initiative will further strengthen IOL Chemicals’ specialty chemicals business and create opportunities for long-term manufacturing partnerships.

₹495 Crore Investment to Drive Business Diversification

Together, the three projects represent a planned investment of ₹495 crore. As reported by projectstday.ai, through these strategic initiatives, IOL Chemicals and Pharmaceuticals aims to expand its manufacturing footprint, diversify its product portfolio and strengthen its presence across pharmaceutical and specialty chemical markets.