RBM Infracon has achieved a significant milestone with a successful oil discovery at the Nandej field in Gujarat, strengthening its position in upstream exploration and production. The company drilled and completed two wells—NJ134 (RBM-01) and NJ135 (RBM-02)—marking a major operational success. NJ134 (RBM-01) was spudded on January 14, 2026. NJ135 (RBM-02) followed on February 14, 2026. Both wells have been successfully completed and are currently contributing to production, highlighting efficient execution and strong technical capability.

Strong Production Potential Demonstrated

Together, the two wells demonstrate a peak production potential of up to 100 barrels of oil per day (BOPD), signalling a promising boost to domestic crude oil output. NJ134 reached a depth of 1,763 metres and encountered two hydrocarbon-bearing zones—Kalol-VIII and Kalol-IX. Currently producing around 25 BOPD during testing from the Kalol-IX zone. Further optimisation is expected to enhance output. NJ135, drilled to 1,750 metres, also intersected the same zones. Already producing approximately 75 BOPD, indicating strong initial performance. As a result, both wells confirm the commercial viability of the Nandej field.

Strategic Importance of the Nandej Field

The development holds particular significance as RBM Infracon operates the field under a Revenue Sharing Contract with ONGC, with a 66% revenue share. Consequently, the successful drilling campaign not only enhances production but also strengthens the company’s long-term revenue prospects.

Expansion Plans to Unlock Full Potential

Encouraged by the positive results, RBM Infracon is now planning additional drilling activities to further develop the Nandej field. Going forward, the company aims to increase overall production levels, fully exploit identified hydrocarbon zones and strengthen its footprint in India’s upstream oil and gas sector.

Boosting Domestic Energy Production

As reported by projectstoday.ai, the breakthrough reinforces efforts to enhance domestic oil production and reduce reliance on imports. By successfully tapping into the Nandej field, RBM Infracon is contributing to India’s broader goal of energy security and resource optimisation.

Molex partnered with Celonis to transform its global supply chain, significantly improving operational efficiency and boosting purchase order confirmation rates from 30% to 90%. By leveraging the Celonis Process Intelligence Platform, the company has gained end-to-end visibility across its complex operations—eliminating inefficiencies and enabling smarter decision-making.

From Limited Visibility to Real-Time Process Intelligence

Previously, Molex relied on manual processes and fragmented data, which often led to delays and supply chain disruptions. However, by adopting Celonis, the company has transitioned to a
data-driven, real-time operational model. As a result, Molex can now identify root causes of inefficiencies and proactively address bottlenecks, ensuring smoother and faster supply chain performance.

Building a Digital Twin for Smarter Operations

A key breakthrough in this transformation is the creation of a “digital twin” of the supply chain—a dynamic, real-time system that mirrors actual operations. The digital twin has enabled Molex to standardise workflows across global operations, improve process transparency and accountability and generate reliable, structured data to support AI initiatives. The company now operates with greater agility and precision.

Tangible Gains in Efficiency and Automation

The implementation of process intelligence has delivered measurable results:

*Purchase order confirmations increased from 30% to 90%

*87% of invoices are now processed automatically

*Warehouse efficiency improved by 10–15%

These improvements highlight how data-driven automation and AI integration can significantly enhance supply chain performance.

Strengthening the Foundation for AI Adoption

Importantly, these gains stem from building a robust data foundation enriched with process context. This allows AI tools to operate more effectively, delivering faster and more accurate insights. MJ Patil, Director of Process Excellence at Molex, explained, “Process Intelligence is the heart of our digital transformation and the engine behind our AI journey. Earlier, siloed data made it difficult to identify issues. Now, we have complete visibility, enabling smarter and faster decision-making.”

Real-Time Insights Drive Better Decision-Making

With Celonis, Molex has achieved real-time visualisation of its operations, significantly reducing time-to-insight. Tony Gainsford, Senior Director, Supply Chain at Molex, added, “It’s like placing an MRI or X-ray on top of your ERP system. Celonis allows us to scan the entire process end-to-end with a single click, providing unmatched visibility.”

Turning Process Intelligence into Competitive Advantage

According to Alex Rinke, co-CEO and co-founder of Celonis, Molex’s success demonstrates the value of process intelligence as a strategic asset. “Many organisations struggle to realise returns from AI because the technology lacks business context. By grounding AI in process intelligence, Molex is not just solving problems—it is reinventing its operations,” Rinke said.

A Blueprint for Future-Ready Supply Chains

The partnership between Molex and Celonis underscores how AI, automation, and process intelligence can work together to drive transformation. By building a strong digital foundation, Molex is not only improving current performance but also positioning itself for a more intelligent, resilient, and scalable supply chain management. As reported by manufacturingtodayindia.com, the transformation serves as a compelling model for companies aiming to unlock the full potential of AI in supply chain management.

Indian Oil Corporation Limited (IOCL) bagged the bid to develop the Kochi–Kanyakumari–Thoothukudi natural gas pipeline (KTPL), marking a significant step toward strengthening gas infrastructure in southern India.

Project Overview: Connecting Key Southern Markets

The proposed pipeline will originate from the Kochi LNG Terminal in Kerala and extend to Thoothukudi in Tamil Nadu, covering a distance of approximately 425 km. According to the Petroleum and Natural Gas Regulatory Board (PNGRB), the pipeline will have a capacity of 6.84 MMSCMD, including provisions for common carrier usage. As a result, the project is set to enhance the efficient transportation of regasified LNG across Kerala and into the southern districts of Tamil Nadu.

Strengthening Gas Transmission Infrastructure

The KTPL pipeline represents a major infrastructure milestone for the region. It will not only improve connectivity between supply and demand centres but also contribute to the integration of southern India with the national gas grid. Moreover, by expanding transmission capacity, the project will support long-term growth in gas consumption across multiple sectors.

Enabling City Gas Distribution and Industrial Growth

Importantly, the pipeline will act as a backbone for the expansion of City Gas Distribution (CGD) networks. This will enable increased supply of Piped Natural Gas (PNG) to households and commercial establishments, wider availability of Compressed Natural Gas (CNG) for the transport sector and reliable fuel supply for industries and power plants.  The project is expected to stimulate industrial development and urban energy access in the region.

Key Strategic and Economic Benefits

The development of the KTPL pipeline will deliver multiple benefits

*Improved Energy Access: Greater availability of natural gas across Kerala and southern Tamil Nadu

*Infrastructure Strengthening: Enhanced regional pipeline network and better integration with the national grid

*Cleaner Energy Adoption: Promotion of natural gas as a cleaner alternative, supporting India’s decarbonisation goals

*Energy Security: More reliable and diversified energy supply

*Economic Growth: Boost to downstream industries and local economies

Supporting India’s Clean Energy Transition

In line with the government’s vision, the project will help increase the share of natural gas in the overall energy mix. By enabling a shift from conventional fuels to cleaner alternatives, the pipeline will also contribute to reducing carbon emissions. The authorization of the pipeline follows a transparent competitive bidding process conducted by PNGRB. After evaluating both technical and financial proposals, Indian Oil Corporation Ltd. emerged as the successful bidder.

A Strategic Step Forward

As reported by industrialeconomist.com, the Kochi–Kanyakumari–Thoothukudi pipeline is poised to become a critical energy corridor in southern India. By improving gas availability, supporting CGD expansion, and enhancing infrastructure, the project will play a key role in driving sustainable and secure energy growth in the region.

The government of India is gearing up to introduce an Approved List of Battery Manufacturers (ALBM) within the current financial year. The move forms a key part of the government’s strategy to scale domestic battery production, reduce import dependence, and strengthen the country’s clean energy ecosystem.

ALBM to Align Procurement with Localisation Goals

The proposed ALBM framework will identify eligible suppliers for government-backed energy storage projects, ensuring that procurement policies actively support domestic manufacturing. By doing so, the government aims to align large-scale battery deployment with its broader “Make in India” and localisation objectives. Notably, the mechanism mirrors the solar sector’s approved list model, where only vetted manufacturers are permitted to participate in public projects. Similarly, under ALBM, only approved battery producers will qualify for government tenders.

Phased Transition to Support Industry Adaptation

To ensure a smooth rollout, policymakers are expected to introduce draft localisation norms alongside the ALBM. These norms will likely include a phased transition period, allowing developers and suppliers sufficient time to adapt to domestic sourcing requirements. As a result, the industry can gradually shift from import reliance to homegrown manufacturing capabilities without disrupting ongoing projects.

$38 Billion Investment Opportunity in Energy Storage

The timing of the initiative is critical. India is targeting the deployment of approximately 47 GW of battery energy storage capacity, which is expected to attract investments worth nearly $38 billion. The expansion will play a crucial role in enhancing grid stability, supporting renewable energy integration and enabling round-the-clock power supply.

Reducing Supply Chain Risks and Import Dependence

The ALBM will act as a non-tariff regulatory filter, restricting participation in public tenders to approved manufacturers. This approach directly addresses supply chain vulnerabilities, particularly India’s heavy reliance on imported battery components—most of which currently come from China. By prioritising domestic players, the policy aims to mitigate geopolitical and supply risks while fostering a resilient local ecosystem.

Focus on Advanced Chemistry Cells and Upstream Capabilities

In the near term, the government will prioritise building capacity in advanced chemistry cell (ACC) manufacturing along with key upstream components. To support this, additional measures are expected, including demand aggregation to ensure stable market demand, infrastructure development to support large-scale production and workforce skilling initiatives to build technical expertise. Together, these steps will accelerate ecosystem readiness and attract further investments into the sector.

Part of India’s Long-Term Battery Vision 2047

The ALBM initiative is a cornerstone of the broader India Battery Vision 2047, spearheaded by the ministries of power and heavy industries. The roadmap outlines a comprehensive strategy covering critical mineral sourcing, battery chemistry innovation, manufacturing scale-up, deployment across sectors and recycling and circular economy. India ultimately aims to build nearly three
terawatt-hours (TWh) of battery capacity by 2047, catering to applications in electric mobility, grid storage, and consumer electronics.

A Strategic Shift Towards Deep Localisation

As reported by manufacturingtodayindia.com, India’s policy direction clearly signals a progressive shift toward deeper localisation, extending beyond assembly to upstream components and raw materials. In this context, the ALBM will serve as a foundational framework, helping structure and formalise the domestic battery manufacturing ecosystem while positioning India as a global hub for energy storage solutions.

ABB has upgraded its My Measurement Assistant+ platform with advanced Generative AI (GenAI) capabilities, making industrial device maintenance more efficient, intelligent, and accessible. The enhanced solution introduces real-time multilingual support, predictive maintenance tools, and improved condition monitoring—helping industries reduce downtime and optimise performance.

Smarter Maintenance with Real-Time AI Insights

With the latest upgrade, My Measurement Assistant+ now delivers device-specific insights and actionable recommendations powered by GenAI. As a result, maintenance teams can quickly diagnose issues, identify root causes, and take corrective actions without delays. The platform is designed to address common technical challenges across industries such as chemicals, power, mining, and water and wastewater, thereby streamlining operations and improving reliability.

Powered by ABB Genix™ Copilot

At the core of the transformation is ABB Genix Copilot, a GenAI-driven solution developed in collaboration with Microsoft using Microsoft Foundry. By integrating Copilot, ABB enables real-time diagnostics and analysis, predictive and prescriptive maintenance recommendations and faster issue resolution with contextual insights. Consequently, organisations can shift from reactive troubleshooting to proactive, data-driven maintenance strategies.

Multilingual Support for Global Operations

To enhance usability across global markets, the platform now supports multiple languages, including English, Spanish, German, French, Italian, Portuguese, and Chinese. This multilingual capability ensures faster response times and seamless communication, allowing teams worldwide to access insights and resolve issues efficiently.

Seamless Access with Dynamic QR Codes

ABB has also introduced Dynamic QR Code functionality, enabling users to instantly access device data by simply scanning a code—without the need for additional downloads or installations. As a result, users can retrieve real-time device health data, access service history and diagnostics and connect directly to AI-powered support tools. This feature significantly simplifies maintenance workflows and enhances user convenience.

Driving Efficiency with Predictive Maintenance

In addition to diagnostics, the platform strengthens predictive maintenance capabilities, helping organisations anticipate failures before they occur. Key benefits include reduced unplanned downtime, improved asset reliability and lower maintenance costs. Furthermore, users can access a comprehensive spare parts library, place orders directly, and schedule Visual Remote Support sessions—minimising the need for onsite interventions.

Integration with Genix Datalyser for Advanced Monitoring

My Measurement Assistant+ now integrates with ABB Genix Datalyser, a fleet monitoring platform widely used for emissions tracking and real-time data processing. The integration enables continuous live data analysis, enhanced emissions monitoring and transition from reactive to proactive operations. Additionally, ABB has introduced a cybersecurity dashboard, offering transparency into the security measures protecting industrial assets and data.

Enabling the Future of Intelligent Industrial Operations

As reported by manufacturingtodayindia.com, ABB’s GenAI-powered upgrade to My Measurement Assistant+ marks a significant step toward intelligent, connected, and sustainable industrial operations. By combining AI, IoT, and advanced analytics, the platform empowers businesses to operate leaner, cleaner, and more efficiently in an increasingly competitive landscape.

A Delta-based startup has taken a significant step toward strengthening North America’s critical minerals ecosystem. Mangrove Lithium officially opened a commercial-scale lithium refining plant, introducing an innovative electrochemical process—marking a first-of-its-kind deployment in North America.

Breakthrough Technology Targets Energy Transition Needs

The newly commissioned facility is designed to produce enough lithium to support up to 25,000 electric vehicle (EV) batteries, positioning the company at the forefront of the clean energy transition. Lithium, a vital component in EV batteries, remains central to global decarbonisation efforts.

CEO Saad Dara described the commissioning as a “landmark moment,” emphasising that the company aims to demonstrate both the cost competitiveness and scalability of its proprietary refining process. By doing so, Mangrove Lithium seeks to secure a foothold in a global market currently dominated by South American mining and Asian refining hubs.

Reducing Dependence on Foreign Processing

Currently, Canada exports most of its mined lithium for processing abroad—a gap Mangrove intends to address. “All of Canada’s lithium resources are sent to other countries for processing and refining,” Dara noted. “This not only creates geopolitical risks but also prevents Canada from capturing the full value of its mineral wealth,” he added. By establishing domestic refining capacity, the company is working to retain value within Canada while strengthening supply chain resilience.

Scaling Up: Plans for a Larger Quebec Facility

Looking ahead, Mangrove Lithium plans to leverage the Delta plant as a demonstration site to justify a final investment decision for a much larger facility. The proposed refinery, likely to be located near lithium mines in Quebec, could produce enough material for up to 500,000 EV batteries annually. Such expansion reflects the company’s ambition to evolve from a technology innovator into a major global lithium refining player.

Strong Government and Investor Backing

The project has attracted considerable attention and funding from both provincial and federal governments, along with institutional investors. Key supporters include Export Development Canada, the Business Development Bank of Canada, and provincial clean technology funds. In March, Canada’s Natural Resources Ministry committed $165 million to critical mineral initiatives, including a conditional $22 million investment in Mangrove Lithium to support engineering work for its larger-scale plant.

Strengthening Canada’s Position in Clean Technology

The Delta facility reinforces British Columbia’s role as a leader in clean technology innovation. By reducing reliance on foreign refining and enabling domestic processing, the project supports both economic growth and energy security.

Global Competition and Cost Challenges Remain

Despite the optimism, the lithium sector remains highly competitive. Mining is largely concentrated in Australia, Chile, and China, while China controls nearly 60% of global refining capacity. Energy economist Werner Antweiler from the University of British Columbia noted, “It looks like a promising new approach. The key question is how cost-competitive it will be.”

A Strategic Step Toward Energy Independence

As reported by msn.com, Mangrove Lithium’s new facility represents more than just a technological milestone—it signals a broader shift toward localising critical mineral supply chains. As demand for EV batteries continues to surge, such initiatives could play a crucial role in reshaping North America’s position in the global energy transition.

Pi Green Innovations Pvt Ltd has partnered with EcoGuard Global AG to digitise carbon capture methodologies and deploy advanced digital Measurement, Reporting, and Verification (dMRV) systems. The collaboration will serve clients across India as well as global markets, strengthening technology-driven carbon management solutions.

India’s Carbon Market Gains Momentum

The partnership comes at a time when India’s carbon market is rapidly evolving. Backed by a ₹20,000 crore allocation for carbon capture and storage and a newly operational compliance framework, the country is emerging as a key hub for carbon abatement and trading. As a result, the demand for transparent, verifiable, and scalable carbon solutions is increasing significantly.

Combining Technology and Digital Infrastructure

The collaboration brings together Pi Green’s patented carbon capture and utilisation technologies with EcoGuard’s digital carbon infrastructure. Pi Green offers innovative solutions such as the Carbon Cutter device for particulate capture and the Net Zero Machine, which converts industrial emissions into carbon-negative construction materials. Meanwhile, EcoGuard’s platform leverages distributed ledger technology to enable end-to-end MRV, real-time traceability, and seamless carbon credit issuance.

Deployment of dMRV Systems and Global Standards

Under the agreement, EcoGuard will digitise Pi Green’s carbon capture methodology in line with international standards. In addition, it will deploy a robust dMRV platform that automates data capture, reporting, and verification processes. This system will enhance transparency and enable efficient, trustworthy carbon transactions for project developers and stakeholders.

Enabling Scalable and Market-Ready Carbon Projects

The initiative is expected to strengthen readiness for third-party validation while helping clients transition toward technology-driven, market-ready carbon project frameworks. By integrating digital tools with carbon capture technologies, the partnership aims to accelerate industrial decarbonisation efforts.

Leadership Perspective on the Collaboration

Irfan Pathan, Co-founder and CEO of Pi Green Innovations, emphasised that the future of industrial decarbonisation will depend not only on breakthrough technologies but also on the ability to measure, verify, and scale impact with credibility. He noted that the partnership marks a significant step toward building a digitally enabled ecosystem for carbon capture projects.

Yashodhan Ramteke highlighted that the evolving Carbon Markets 2.0 landscape demands trust, transparency, and auditability. He added that the collaboration will enable clients to create more transparent, traceable, and standards-aligned pathways for climate value creation.

Driving the Future of Carbon Management

Overall, the partnership between Pi Green and EcoGuard underscores a broader shift toward digitalisation in carbon markets. By combining innovation with transparency, both companies are positioning themselves at the forefront of next-generation carbon capture and verification solutions.

Rubicon Research Limited acquired an 85% equity stake in Arinna Lifesciences Limited, marking its strategic entry into India’s domestic formulations market. The move strengthens Rubicon’s focus on the central nervous system (CNS) therapeutic segment. As part of the agreement, Arinna’s founder Vivek Seth will retain a 15% stake and continue to lead the company as Managing Director, ensuring continuity in leadership and operations.

Strong Portfolio in CNS and Neuro-Psychiatric Therapies

Arinna Lifesciences is a branded pharmaceutical marketing company with a strong presence in CNS and neuro-psychiatric therapies. It offers a portfolio of over 60 brands, including products in antiepileptics, antidepressants, and antipsychotics. Therefore, this acquisition provides Rubicon with immediate access to a well-established product base and market presence in a high-growth therapeutic segment.

Strategic Expansion into High-Growth Segments

The acquisition aligns closely with Rubicon’s strategy to leverage its intellectual property and chronic product portfolio. By expanding into CNS therapies, the company aims to strengthen its position in key therapeutic areas that offer long-term growth potential. Moreover, the transaction, expected to close within 30 days, will enable Rubicon to scale its domestic footprint while enhancing its commercial capabilities in India.

Integrated Pharma Capabilities and Global Presence

Rubicon Research Limited operates as an integrated pharmaceutical company with capabilities spanning research and development, manufacturing, and commercialisation. It currently manages a portfolio of over 80 products across multiple markets.

In addition, the company runs globally inspected manufacturing facilities approved by leading regulatory authorities such as the US FDA, UK MHRA, and Australia’s TGA. This strong regulatory compliance framework further supports its global expansion strategy.

Strengthening Position in India’s Pharma Market

The acquisition of Arinna Lifesciences positions Rubicon to deepen its presence in India’s growing pharmaceutical market. As reported by thehindubusinessline.com, by combining Arinna’s established CNS portfolio with its own R&D and manufacturing strengths, Rubicon is set to enhance its competitive edge in the domestic formulations space.

NPSPL Speciality Chemicals Private Limited announced plans to establish a cathode material manufacturing facility in Gudupalle mandal near Kuppam. The project, backed by an investment of ₹2,550 crore, marks a significant step toward strengthening India’s battery materials supply chain.

Government Approval and Land Allocation

The Government of Andhra Pradesh has approved the proposal and allocated 105 acres of land for the project. Furthermore, the State Investment Promotion Board (SIPB) reviewed the proposal and recommended it for final approval, enabling the project to move forward without delays.

Attractive Incentives Under State Policy

To encourage investment, the state government will extend incentives under its Electronics Component Manufacturing Policy. These benefits include a 60% capital subsidy and a power cost reimbursement of ₹2 per unit for a period of 10 years.

In addition, officials confirmed that the project will also qualify for early bird incentives as per policy provisions. Bhaskar Katamneni, Secretary (IT), Andhra Pradesh, reiterated the government’s commitment to supporting such high-value manufacturing investments.

Policy Push for Electronics Manufacturing

The Andhra Pradesh Electronics Component Manufacturing Policy (2025–30) aims to attract investments and explore new opportunities in the electronics and advanced materials sector. By offering targeted incentives, the policy seeks to position the state as a preferred destination for component manufacturing.

Steps Initiated for Project Execution

The government has directed the Revenue Department to ensure timely availability of land for the project. This proactive approach is expected to accelerate project execution and support faster commissioning. As reported by thehindubusinessline.com, the investment by NPSPL Speciality Chemicals is set to boost industrial development in Andhra Pradesh while contributing to India’s growing focus on advanced battery materials and clean energy technologies.

Ganesh Green Bharat Ltd, an Ahmedabad-based solar PV manufacturer and EPC player, bagged a domestic order worth over ₹430 crore. The contract involves the supply of advanced 630 Wp G12R TOPCon n-type bifacial solar PV modules, reinforcing the company’s growing position in India’s solar market.

High-Efficiency Modules for Utility-Scale Projects

The order focuses on delivering high-performance bifacial modules designed for utility-scale solar installations. These modules offer higher energy yield, improved durability, and consistent performance under varying environmental conditions.

Moreover, the company will manufacture these modules using advanced, fully automated production lines. This approach ensures uniform quality, scalability, and enhanced efficiency across large project deployments.

Strengthening Presence in India’s Solar Ecosystem

Ketan Patel, Chairman of Ganesh Green Bharat Ltd, highlighted that the order marks a significant milestone in the company’s growth journey. He emphasised that the deal aligns with the company’s strategy to scale manufacturing capabilities and strengthen its footprint in India’s rapidly expanding solar ecosystem. Additionally, the focus on advanced technologies such as TOPCon reflects the company’s commitment to delivering reliable and high-efficiency solutions for large-scale solar applications.

Expanding Manufacturing Capacity in Gujarat

Currently, Ganesh Green Bharat operates a 1.1 GW solar module manufacturing facility in Mehsana. To support rising demand, the company has already initiated expansion plans aimed at increasing its production capacity. As reported by pv-magazine-india.com, Ganesh Green Bharat is well-positioned to capitalise on growing opportunities in India’s renewable energy sector while meeting the evolving needs of utility-scale solar projects.