Industry experts believe recent appeals encouraging citizens to conserve fuel, reduce non-essential imports, and support local consumption reflect India’s broader strategy to strengthen economic resilience and energy security amid growing geopolitical uncertainty in West Asia. As global conflicts continue to disrupt trade and energy markets, analysts say India is increasingly focusing on protecting its economy from external shocks while ensuring stable domestic supply chains.

Global Conflicts Intensify Pressure on Energy and Commodity Markets

The global economy was already facing severe inflationary and supply-chain pressures following the Russia-Ukraine conflict, which drove sharp increases in crude oil, natural gas, fertilisers, edible oils, metals, shipping, and food commodity prices. Now, ongoing tensions involving Iran and persistent disruptions around the Strait of Hormuz are further worsening market instability. Since nearly one-fifth of global oil trade passes through the strategic waterway, prolonged uncertainty has intensified volatility across international energy and commodity markets. Consequently, crude oil prices, freight charges, marine insurance premiums, and refining margins have all surged significantly in recent months.

India Faces Rising Import Vulnerabilities

India remains heavily dependent on global imports for crude oil, fertilisers, edible oils, electronics, industrial inputs, and several critical commodities. As international prices rise, the country’s import bill increases sharply, placing pressure on foreign exchange reserves, the rupee, inflation levels, and government finances. Economists point out that most of these imports are purchased in US dollars. Unlike domestic currency, foreign exchange reserves cannot be created freely and largely depend on export earnings, remittances, foreign investments, and service-sector revenues. Therefore, during prolonged geopolitical crises, maintaining trade balance and conserving foreign exchange become critical priorities for macroeconomic stability.

Fuel Conservation and Local Consumption Gain Strategic Importance

Against this backdrop, analysts believe calls to reduce unnecessary imports and limit excessive fuel consumption are part of a broader national economic resilience strategy. Lower petrol and diesel consumption can directly reduce crude oil imports, while increased use of public transport and support for domestically manufactured products help retain spending within the local economy. Similarly, initiatives such as ethanol blending, renewable energy deployment, solar-powered irrigation systems, and natural farming practices can gradually reduce India’s dependence on imported fuels, chemicals, and fertilisers over the long term.

Experts emphasize that millions of small behavioural changes by citizens can collectively generate significant macroeconomic benefits. These measures can help conserve foreign exchange, reduce inflationary pressures, strengthen domestic manufacturing, and enhance long-term self-reliance.

State-Run Fuel Retailers Play Critical Stabilising Role

India’s three major state-run fuel retailers — Indian Oil Corporation Limited (IOCL), Bharat Petroleum Corporation Limited (BPCL), and Hindustan Petroleum Corporation Limited (HPCL) — continue to play a key role in maintaining fuel supply stability and controlled retail pricing despite extreme global volatility. International energy markets remain under significant strain due to persistent threats around the Strait of Hormuz. Industry assessments indicate that disruptions have sharply increased fuel transportation costs, insurance premiums, and refinery operational pressures globally.

Despite these challenges, India’s domestic fuel supply network has largely maintained operational continuity through strong logistics coordination, calibrated inventory planning, and efficient supply-chain management. Retail fuel supplies across major consumption centres have remained stable, with no major disruptions reported so far.

Global Energy Crisis Extends Beyond Crude Oil

Industry observers note that the current crisis extends well beyond crude oil pricing alone. Higher shipping costs, escalating war-risk insurance premiums, tightening diesel and aviation fuel inventories in Europe and Asia-Pacific, refinery bottlenecks, and longer transportation routes have collectively contributed to one of the most severe global energy disruptions in decades. Several countries have already introduced fuel-rationing systems, energy conservation advisories, and demand-reduction mechanisms to manage supply risks. In contrast, analysts say India has so far managed to maintain relatively stable fuel availability and controlled retail pricing despite elevated global crude prices.

Fertiliser and Agricultural Costs Remain a Major Concern

The pressure is also affecting global fertiliser markets, where prices have remained elevated for several years. Experts point out that India continues to shield domestic consumers and farmers from the full impact of rising international fertiliser costs through policy support and supply management measures.

At the same time, the country’s integrated energy infrastructure — including refineries, LPG bottling plants, inland depots, coastal terminals, and extensive pipeline networks — has emerged as a major pillar of resilience during the ongoing global uncertainty.

Long-Term Focus on Energy Security and Self-Reliance

As geopolitical tensions continue to affect global trade and energy flows, industry experts believe India will increasingly focus on strengthening energy security, operational resilience, supply-chain stability, and long-term sustainability. As per the press release, alongside ensuring stable fuel supplies, the country is also expected to accelerate efforts toward renewable energy adoption, domestic manufacturing expansion, and greater economic self-reliance to reduce vulnerability to future global disruptions.

Deepak Nitrite announced the appointment of Maulik Mehta as Deputy Managing Director, effective May 9, 2026. Prior to the elevation, Mehta served as the company’s Executive Director and Chief Executive Officer, completing his tenure in that role on May 8, 2026. The appointment marks a significant leadership transition for the company as it continues to strengthen its long-term growth strategy and reinforce its position in the chemical manufacturing sector.

Five-Year Leadership Term Begins

Maulik Mehta will serve as Deputy Managing Director for a period of five years. His elevation comes after a phase of strategic expansion and operational transformation at the company, during which he played a pivotal role in driving business resilience and organizational development. Over the years, Mehta has contributed extensively to strengthening the company’s operational capabilities while advancing its sustainability-focused initiatives.

Leadership During Challenging Times

During the COVID-19 pandemic, Mehta successfully guided the organization through unprecedented business and supply chain challenges. His leadership helped maintain operational continuity while ensuring employee welfare and customer commitment remained a priority. In addition, he actively promoted ESG-driven business practices and championed the company’s “Responsible Chemistry” philosophy. The initiative emphasizes sustainability, diversity, equity, inclusion, and circularity across operations.

Driving the “Depend on Deepak” Initiative

One of Mehta’s notable contributions included spearheading the “Depend on Deepak” initiative, which focused on building ethical, transparent, and efficient organizational systems. The initiative aimed to create long-term value for shareholders, customers, employees, and other stakeholders by strengthening governance standards and improving operational efficiency.

Focus on Sustainable Growth

With Mehta taking over as Deputy Managing Director, Deepak Nitrite is expected to further accelerate its focus on sustainable growth, responsible manufacturing, and innovation-led expansion. As reported by investywise.com, the leadership change reflects the company’s commitment to strengthening its management structure while continuing to build excellence in the chemical industry.

Elcogen, a European manufacturer of solid oxide fuel cell and electrolyser technology, has introduced its next-generation stack platform, the elcoStack E3000 G2. The newly launched platform is designed to improve the economics of sustainable energy systems while enabling large-scale industrial deployment through mass-manufacturable architecture. The company stated that the E3000 G2 delivers enhanced performance, greater durability, and lower production costs, making it suitable for rapidly expanding clean energy applications, including green hydrogen production and decentralized power generation.

Addressing Energy Transition Challenges

The launch comes at a time when increasing electrification, grid limitations, and renewable energy intermittency are placing pressure on conventional energy infrastructure. In addition, growing geopolitical uncertainties are accelerating the need for localized, secure, and resource-efficient energy systems.

According to Enn Õunpuu, CEO and Founder of Elcogen, electrochemical conversion technologies are emerging as a practical alternative to conventional fuel combustion systems. “Fuel combustion is inefficient and creates harmful pollutants. It’s time to move beyond internal combustion technologies and accelerate cleaner alternatives,” said Õunpuu. He added that industries such as data centres require reliable low- to no-carbon onsite power solutions as global energy systems become increasingly decentralized and diversified.

Key Advancements in the E3000 G2 Platform

The elcoStack E3000 G2 introduces several technical improvements aimed at industrial-scale deployment and long-term operational reliability.

Extended Operational Lifetime

The platform offers slower degradation rates and improved durability, enabling longer operational life and greater reliability for energy systems operating under demanding conditions.

Stable Performance Across Wider Load Ranges

The system operates efficiently across broader load conditions while maintaining strong partial-load stability and thermal cycling performance. As a result, the platform delivers consistent output even in dynamic operating environments.

Lower Cost Through Mass Manufacturing

Elcogen redesigned the E3000 G2 with a manufacturing-first approach, simplifying production and reducing cost per kilowatt. The design also creates a pathway for further cost reductions as production volumes increase.

Unlike project-specific deployments, the new platform supports repeatable industrial-scale rollout, helping accelerate commercialization of solid oxide technologies.

Fuel Flexibility and Green Hydrogen Production

In solid oxide fuel cell (SOFC) mode, the E3000 G2 can utilize multiple fuel sources, including hydrogen, biofuels, and natural gas. This flexibility allows operators to generate onsite power using locally available energy resources.

The platform delivers electrical efficiency of up to 75 percent, which can increase to nearly 90 percent when waste heat recovery is integrated. In solid oxide electrolysis cell (SOEC) mode, the system produces green hydrogen using renewable energy at an efficiency of 33 kWh/kg. Additionally, the technology operates at lower temperatures of approximately 650–750°C compared to conventional solid oxide systems. This lower operating range enables the use of more cost-effective materials while improving overall system economics.

Supporting Decarbonisation Across Industries

The E3000 G2 has been developed as an application-agnostic platform, allowing system developers and integrators to deploy solutions across multiple industries.

Data Centres and Distributed Power

Data centres, one of the world’s fastest-growing and power-constrained sectors, can use SOFC-based onsite power systems to avoid lengthy grid connection delays. Consequently, operators can accelerate commissioning timelines while improving energy resilience and reducing emissions.

Green Steel and Chemical Manufacturing

The platform also supports industrial decarbonisation initiatives in sectors such as green steel production, ammonia synthesis, and hydrogen-intensive chemical refining.

By enabling efficient use of green hydrogen as both a feedstock and energy source, the technology supports industries where direct electrification alone may not achieve net-zero targets.

Additional Energy Applications

Beyond industrial applications, the E3000 G2 can support off-grid EV charging infrastructure, residential heat and power systems, and other distributed energy solutions without requiring major redesigns.

Open Ecosystem Strategy to Accelerate Adoption

Elcogen emphasized that it will continue focusing on supplying core technology components rather than pursuing full vertical integration. According to Õunpuu, this open ecosystem approach allows a broader network of designers, developers, and system integrators to innovate using Elcogen’s technology, ultimately accelerating clean energy adoption across multiple sectors. “With the E3000 G2, we have combined performance, durability, flexibility, and manufacturability into a single platform designed for industrial deployment,” he said.

Expanding Manufacturing Capacity for Global Demand

To support growing market demand, Elcogen has significantly expanded its manufacturing infrastructure. The company recently established its 14,000-square-metre ELCO I production facility in Tallinn, Estonia. The facility increases manufacturing capacity from 10 MW to 360 MW, with future plans to scale toward multi-gigawatt production levels. Designed with advanced standardized manufacturing processes, the facility aims to improve quality consistency, shorten lead times, and reduce production costs.

Licensing Model to Support Global Expansion

Elcogen also plans to license its manufacturing technology and production blueprint to strategic partners worldwide. According to the company, this approach will support localized manufacturing, strengthen supply chain resilience, and accelerate industrial scale-up while maintaining intellectual property control. As per the press release, Õunpuu stated that Elcogen’s factory development expertise could help partners move from licensing agreements to production readiness within approximately fourteen months, significantly reducing deployment timelines for clean energy infrastructure.

India’s Oil Marketing Companies (OMCs) are facing estimated under-recoveries of nearly ₹30,000 crore every month as the ongoing West Asia crisis disrupts crude oil and gas supplies through the strategically important Strait of Hormuz. The disruption has sharply increased international crude oil, LNG and LPG prices, putting significant financial pressure on state-run fuel retailers such as Indian Oil Corporation Limited (IOCL), Bharat Petroleum Corporation Limited (BPCL) and Hindustan Petroleum Corporation Limited (HPCL).

Government Cuts Excise Duty to Protect Consumers

According to Sujata Sharma, Joint Secretary in the petroleum ministry, the government has attempted to shield consumers from rising global energy prices by reducing excise duty on petrol and diesel by ₹10 per litre in late March. However, the tax reduction has resulted in revenue losses of nearly ₹14,000 crore per month for the government.

“Our oil marketing companies are also facing losses, but the government has tried to ensure that there is no increase in consumer prices, and therefore excise duty has also been reduced,” Sharma said. Despite these measures, OMCs continue to absorb heavy losses on petrol, diesel and LPG sales.

Fuel Losses Exclude Aviation Turbine Fuel Impact

The estimated ₹30,000 crore monthly under-recoveries do not include losses from Aviation Turbine Fuel (ATF), where prices have surged significantly following escalating tensions involving Iran, Israel and the United States. To limit the burden on airlines, the government has capped monthly ATF price increases by OMCs at 25 per cent.

Strait of Hormuz Disruption Hits India’s Energy Security

India remains highly vulnerable to disruptions in the Strait of Hormuz because the country imports nearly 88 per cent of its crude oil requirements. Before the conflict intensified, nearly 90 per cent of India’s LPG imports from West Asia and about 50 per cent of natural gas imports passed through the Strait of Hormuz. As cargo movement slows, supplies of crude oil, LNG and LPG have tightened, causing global energy prices to spike sharply. According to the Petroleum Ministry, crude oil prices have risen from nearly $70 per barrel two months ago to around $120 per barrel. Meanwhile, LPG prices linked to the Saudi Contract Price (CP) benchmark have increased to nearly $780 per tonne.

OMCs Absorb Heavy Daily Losses

Although global fuel prices have surged, retail petrol and diesel prices in India have remained unchanged since February 28. As a result, OMCs incurred estimated under-recoveries of around ₹18 per litre on petrol and ₹25 per litre on diesel during April. This translated into average daily losses of ₹600–700 crore. However, the government has approved selective increases in LPG prices. Domestic LPG cylinder prices have risen by ₹60, while commercial LPG cylinder rates have increased by more than ₹1,000 per cylinder.

Higher Freight and Insurance Costs Add Pressure

Apart from higher crude prices, OMCs are also dealing with rising logistics expenses. As reported by msn.com, emergency sourcing of crude oil, longer shipping routes to avoid conflict zones and sharply higher marine insurance premiums have collectively increased operational costs for Indian energy companies. The geopolitical uncertainty has also disrupted maritime trade in the region.

The government is preparing to impose a nationwide ban on paraquat dichloride, one of India’s most extensively used herbicides, following mounting concerns over its severe health risks and toxicity profile. An expert panel comprising doctors and agricultural scientists unanimously recommended a complete prohibition on the herbicide after reviewing evidence linking it to fatal poisoning, kidney failure, lung fibrosis and Parkinson’s disease. The proposed move could impact a large agrochemical market involving more than 1,500 licence holders while significantly reshaping weed-management practices across Indian agriculture.

Expert Panel Flags Serious Public Health Risks

The recommendation follows an extensive review of paraquat dichloride’s safety, toxicity and long-term public health implications. Medical experts have raised concerns over the herbicide’s potential to cause severe illness through ingestion, inhalation and even skin absorption. A February 2026 study published in The National Medical Journal of India described Paraquat as a “highly toxic compound” associated with high mortality rates and long-term health complications.

The study was authored by Bharadwaj Sai, Satya Murthy Malla and Ananth Rupesh Kattamreddy of Andhra Medical College. The researchers stated that Paraquat poisoning often proves fatal and can lead to hepato-renal failure, progressive lung fibrosis and Parkinson’s disease. They also highlighted growing concern among Indian doctors regarding both intentional and accidental exposure cases.

States Push for Permanent Ban

Pressure for stricter regulation has intensified in recent years, particularly from states such as Telangana and Odisha. Telangana imposed a sixty-day ban on the sale, distribution and use of Paraquat from April 1, the maximum restriction period permitted to states under current regulations. The state government also urged the government to implement a permanent nationwide prohibition. Odisha introduced similar restrictions in 2023. Earlier, Kerala had also attempted to sustain curbs on the herbicide, although courts later ruled that states cannot enforce indefinite bans without government approval.

Widely Used Across Indian Agriculture

Despite ongoing safety concerns, paraquat dichloride continues to remain deeply embedded in Indian farming practices because of its low cost and rapid weed-control action. Farmers extensively use the herbicide in tea, rubber, coffee, cotton, paddy, wheat, maize, potato, grape and apple cultivation. In addition, it is widely applied for weed management in canals, ponds and waterways. As a non-selective herbicide, Paraquat plays a major role in plantation agriculture and labour-scarce farming regions where manual weed control is expensive and difficult.

Government Revisits Earlier Regulatory Approach

The proposed nationwide ban would mark a major shift in the government’s earlier position on paraquat regulation. In December 2015, the Registration Committee under the Agriculture Ministry had allowed continued use of the herbicide with stricter safeguards, including enhanced packaging standards, warning labels and medical training for poisoning management.

The decision followed recommendations from the Anupam Verma Committee, which examined 66 pesticides banned, restricted or withdrawn in several other countries. Subsequently, the government constituted another subcommittee to reassess the herbicide’s safety, efficacy and toxicity profile amid continuing health concerns.

Imports and Domestic Sales Continue to Rise

Trade data suggest that India’s dependence on Paraquat has continued despite increasing scrutiny. According to sources, imports of the herbicide rose sharply from 8,598 tonnes in 2019-20 to 20,786 tonnes in 2022-23. Domestic sales, which had fallen from 1.13 lakh tonnes in 2019-20 to 74,490 tonnes in 2020-21, later recovered to nearly 1.05 lakh tonnes in 2023-24, reflecting sustained agricultural demand.

Farmers Concerned About Rising Weed-Control Costs

While public health experts support the proposed ban, agricultural economists and scientists caution that replacing Paraquat may substantially increase cultivation costs for farmers. The February 2026 medical study noted that alternative herbicides could raise weed-management expenses by two to ten times. Meanwhile, non-chemical weed-control methods may cost “tens to hundreds of times” more than existing practices.

However, the researchers argued that the long-term health burden and mortality associated with Paraquat exposure outweigh the economic benefits of continued usage. As reported by thehindubusinessline.com, the Centre’s final decision is expected to have significant implications for India’s agrochemical industry, public health policy and future weed-management strategies across multiple crop sectors.

Biocon Limited reported a 56.8 percent year-on-year decline in consolidated net profit for the fourth quarter of FY26, primarily due to an exceptional item charge of ₹80.4 crore during the period. Despite the sharp drop in profitability, the company posted steady revenue growth, supported by strong momentum in its biosimilars and generics businesses. Biocon’s consolidated net profit for Q4FY26 stood at ₹198.6 crore, while revenue from operations increased 13 per cent year-on-year to ₹4,517 crore, including licensing income recognised during the quarter.

Biosimilars Segment Leads Revenue Growth

The company’s biosimilars business emerged as the key growth driver during the quarter. Revenue from the segment rose 16 per cent year-on-year to ₹2,756 crore, reflecting strong demand across advanced and emerging markets. Meanwhile, the Contract Development and Manufacturing Organisation (CDMO) business recorded moderate growth of 3 per cent year-on-year, reaching ₹1,037 crore. However, the generics segment witnessed pressure during the quarter, with revenue declining 17 per cent year-on-year to ₹847 crore.

Biocon Focuses on Profitability and Global Expansion

Kiran Mazumdar-Shaw said the integration of the company’s biologics business has strengthened Biocon’s financial and operational position. “The combined business has a stronger balance sheet, improved leverage metrics and a more global commercial footprint. We are now focused on profitability enhancement and long-term value creation,” she stated. The company also continued to invest in innovation and product development, making a net research and development (R&D) investment of ₹277 crore during the quarter.

Biocon Completes Integration of Biologics Business

During FY26, Biocon completed the integration of its biologics arm within the broader Biocon group structure. The integration, announced in December 2025, was aimed at creating a unified global biopharmaceutical company by combining Biocon’s generics operations with Biocon Biologics’ specialised biosimilars portfolio.

The restructuring was also intended to eliminate the holding company discount linked to Biocon Biologics and unlock greater shareholder value. To support the acquisition and integration process, the company raised nearly ₹4,500 crore through a qualified institutional placement (QIP).

Company Shifts Strategy Toward Consolidation

Shreehas Tambe, CEO and Managing Director, Biocon Limited said the company witnessed strong growth in advanced markets along with key tender wins across emerging regions. “Growth was led by strong performance in advanced markets and key tender wins across emerging markets. With the integration now complete, we shift gears in FY27 from the ‘Preserve’ phase of our strategy to ‘Consolidate’, as we set up the business for sustainable growth,” he said. As reported by thehindubusinessline.com, going forward, Biocon plans to focus on operational consolidation, profitability improvement and expanding its global presence in the biosimilars and specialty pharmaceuticals market.

Torrent Pharmaceuticals has emerged as the frontrunner in India’s rapidly expanding generic semaglutide market, capturing nearly 38 percent market share within just one month of launch. The company’s strong start follows the expiry of Novo Nordisk’s patent for semaglutide in India at the end of March, which opened the door for multiple domestic pharmaceutical companies to introduce lower-cost generic alternatives for diabetes and weight management.

Generic Semaglutide Market Crosses ₹44 Crore in April

More than a dozen Indian pharmaceutical companies launched generic versions of semaglutide in April 2026. Collectively, these products generated nearly ₹44 crore in sales during the month. Torrent Pharma led the market with sales of around ₹17 crore, significantly outperforming competitors such as Zydus Lifesciences, Dr. Reddy’s Laboratories and Lupin Limited, which recorded sales of approximately ₹4 crore each. Meanwhile, Alkem Laboratories and Eris Lifesciences posted sales of around ₹3.4 crore each, while Sun Pharmaceutical Industries and USV Private Limited generated nearly ₹2.3 crore each.

Oral Semaglutide Gives Torrent Competitive Edge

Industry experts attribute Torrent Pharma’s rapid market penetration to its dual-format launch strategy. The company is currently the only Indian pharmaceutical player offering generic semaglutide in both oral tablet and injectable formulations. According to Aasim Maldar, consultant endocrinologist and diabetologist at PD Hinduja Hospital, patient preference for oral medication has played a major role in driving demand. “Torrent’s early lead appears to be driven by oral semaglutide,” Maldar informed.

India’s Weight-Loss Drug Market Expands Rapidly

India’s anti-obesity and weight-management drug market is witnessing strong growth as global blockbuster drugs such as Ozempic, Wegovy and Mounjaro enter the market alongside lower-cost generic alternatives. A report published by Forbes India in April 2026 highlighted that rising obesity levels, increasing social media influence and improved affordability are accelerating consumer demand for GLP-1 weight-loss therapies.

Anti-Obesity Drug Sales More Than Double

India’s anti-obesity drug market recorded exceptional growth in 2025. According to a report by Business Standard, sales surged 115 per cent year-on-year, driven by the growing popularity of injectable GLP-1 agonists such as semaglutide and tirzepatide. The overall market size expanded to nearly ₹1,230 crore in 2025, compared with ₹571 crore in 2024, reflecting rising awareness of obesity management and increasing adoption of newer therapies.

GLP-1 Drugs Gain Ground in Diabetes and Obesity Care

GLP-1 agonists are a class of medications designed to regulate blood sugar levels, slow stomach emptying and increase satiety. As a result, they help patients achieve better glucose control while supporting weight loss in individuals with type-2 diabetes and obesity. As reported by outlookbusiness.com, despite their growing popularity, GLP-1 therapies currently account for only around five percent of India’s overall anti-diabetes market, which serves more than 100 million people. Industry analysts expect this share to rise steadily as affordability improves and generic competition intensifies.

The government of Maharashtra signed a ten-year Memorandum of Understanding (MoU) with Bengaluru-based Recove Ventures Private Ltd to establish a large-scale plastic recycling ecosystem across the State. The partnership involves a committed investment of more than ₹500 crore and aims to strengthen India’s underdeveloped HDPE and polypropylene (PP) recycling infrastructure.

First Recycling Facility Planned in Jalgaon MIDC

Recove Ventures will establish its first recycling facility at Additional Jalgaon MIDC, a priority D+ industrial zone in Maharashtra. The project will involve an investment of over ₹35 crore and is designed to process 1,100 tons of HDPE and PP waste every month.

The upcoming plant will deploy advanced extrusion, granulation and deep-vacuum deodorisation technologies to manufacture industrial-grade recycled plastic granules. These materials will cater to sectors such as packaging, automotive and consumer goods manufacturing. Construction and commissioning are expected between October and December 2026. Once operational, the facility is projected to generate around 100 direct jobs and more than 1,500 indirect employment opportunities.

Maharashtra Pushes Circular Economy and Plastic Waste Management

Recove Ventures plans to create processing capacity for 5,000 tons of plastic waste per month during the first phase. Over the ten-year partnership period, the company aims to scale total recycling capacity to nearly 1,00,000 tons annually. To support the initiative, the Maharashtra government will facilitate priority land allotment in MIDC industrial areas, provide single-window clearance assistance and extend applicable industrial incentives. The partnership aligns with Maharashtra’s larger focus on circular economy development, sustainable manufacturing and scientific plastic waste management.

India Faces Major Gap in HDPE and PP Recycling

The agreement also seeks to address a major weakness in India’s recycling ecosystem. While polyethylene terephthalate (PET) recycling rates in India are estimated at nearly 95 per cent, recovery rates for HDPE and PP remain below 30 per cent despite their widespread use in packaging, automotive parts and consumer products.

At the same time, regulatory pressure on manufacturers is increasing. Under India’s Extended Producer Responsibility (EPR) framework, brands are currently required to incorporate around 30 per cent recycled plastic content in products, with the mandate expected to rise to nearly 60 per cent within the next two to three years. Industry estimates suggest that India could lose recyclable plastic value worth nearly $36 billion between 2025 and 2030 if recycling infrastructure gaps are not addressed.

Recove Expands Recycling Operations

Recove Ventures has already begun expanding its operational footprint in India. The company started test runs at its Pune pre-processing facility in April 2026, while its Bengaluru recycling plant has been processing more than 415 tonnes of plastic waste per month since late 2025. According to the company, it has achieved nearly 12-fold revenue growth over the past six months. As reported by thehindubusinessline.com, Recove currently serves more than 30 recycling partners and reports an approximate 90 per cent repeat order rate, reflecting growing demand for recycled HDPE and PP materials in the domestic market.

Godavari Biorefineries Ltd is set to commission its grain and maize-based ethanol plant in North Karnataka during the current quarter, marking a significant step in the company’s strategy to diversify its ethanol feedstock base and expand renewable fuel production capacity. The new facility will strengthen the company’s ethanol manufacturing capabilities while supporting India’s growing biofuel and ethanol blending initiatives.

Facility to Add Two Lakh Litres Per Day Capacity

According to Samir Somaiya, Chairman and Managing Director of Godavari Biorefineries Ltd, the maize and grain-based facility will add nearly 2 lakh litres per day to the company’s ethanol production capacity. The facility is being developed alongside the company’s existing sugar and ethanol operations in North Karnataka, enabling operational synergies and efficient utilization of infrastructure. Following commissioning, Godavari Biorefineries’ total daily ethanol production capacity is expected to increase from around 6 lakh litres to nearly 8 lakh litres.

Annual Ethanol Output to Rise Significantly

On an annualized basis, the company expects ethanol production to rise substantially from nearly 10 crore litres to approximately 16 crore litres after commercial operations begin at the new unit. The expansion is expected to strengthen the company’s position in India’s rapidly growing ethanol market, driven by rising demand for cleaner fuels and government-led ethanol blending programs.

Investment Supports Feedstock Diversification

Godavari Biorefineries has invested around ₹130 crore in the maize and grain-based ethanol project. The move toward grain and maize-based ethanol production reflects the company’s broader strategy to diversify feedstock sources beyond sugar-based ethanol manufacturing. This approach is expected to improve supply flexibility while supporting year-round ethanol production.

Supporting India’s Biofuel and Energy Transition Goals

India continues to accelerate its ethanol blending targets as part of its broader energy security and decarbonization strategy. Grain-based ethanol facilities are increasingly becoming an important component of the country’s biofuel ecosystem, helping reduce dependence on fossil fuels and crude oil imports. As reported by chinimandi.com, with the commissioning of the North Karnataka facility, Godavari Biorefineries aims to strengthen its contribution to India’s renewable energy transition while expanding its presence in the biofuels sector.

Pace Digitek Infra Private Limited bagged multiple contracts from Damodar Valley Corporation (DVC) for the development of a 250 MW/500 MWh Battery Energy Storage System (BESS) project at Maithon in Jharkhand. The project marks a significant step toward strengthening India’s grid-scale energy storage infrastructure and supporting renewable energy integration into the power network.

Comprehensive Scope Covers Supply, EPC and Long-Term O&M

Pace Digitek will undertake the supply of plant and equipment, including mandatory spare parts for the battery storage facility. In addition, the company will execute complete engineering, procurement and construction (EPC) services covering project design, engineering, installation, testing, and commissioning. The agreement also includes comprehensive operation and maintenance (O&M) services for a period of 12 years, ensuring long-term operational reliability and system performance.

Total Contract Value

The aggregate value of the contracts stands at ₹7,019.54 million, including GST. The large-scale investment highlights the growing importance of battery energy storage systems in enhancing grid stability, managing renewable power fluctuations, and improving energy efficiency across India’s power sector.

Project Scheduled for Completion in 18 Months

Pace Digitek stated that the supply and EPC portions of the project are expected to be completed within 18 months from the receipt of the Letter of Award. Once operational, the Maithon BESS facility will help support peak load management, improve grid reliability, and facilitate the integration of renewable energy sources into the regional power system.

Growing Momentum for Energy Storage in India

India’s energy transition strategy increasingly emphasizes battery storage systems to support renewable energy expansion and grid modernization. Large-scale BESS projects such as the Maithon installation are expected to play a critical role in balancing power supply and demand while enabling greater adoption of solar and wind energy. As reported by pv-magazine-india.com, with this order, Pace Digitek further strengthens its position in India’s fast-growing energy infrastructure and clean energy solutions market.