Despite challenging conditions, deugro USA successfully delivered more than 6,600 cubic meters of equipment for a major industrial project in the central United States. The company executed the project on behalf of Technip Energies.

Comprehensive Logistics Coordination from Start to Finish

Beginning in 2023, deugro’s Materials, Turnaround and Construction (MTAC) division led the coordination and delivery of nearly 50 individual shipments. These shipments included furnace modules, cooling towers, pump skids exceeding 53 cubic meters, and various container types, ranging from 20-foot and 40-foot standard and open-top containers to flat racks.

Because of its specialized expertise in refinery operations and its proven track record at active refinery sites, deugro USA secured the contract for this complex assignment. The team strictly adhered to the highest safety and industry standards. Moreover, it applied extensive operational knowledge to manage activities efficiently within a live industrial environment and remote location.

Global Transport Network and Strategic Oversight

Acting as the project’s control tower, deugro Houston’s MTAC division coordinated closely with international offices to maintain alignment with strict schedules and project requirements. The team collected cargo from Korea, China, Italy, the United Kingdom, India, Germany, and Mexico.

Subsequently, deugro utilized a combination of domestic road transport, international ocean freight, air freight, and breakbulk solutions to move the cargo to the job site. Most shipments traveled by ocean freight to the Port of Houston, where crews transloaded the cargo onto truck-trailer configurations for final delivery.

To ensure safe inland transport, the team conducted preliminary road surveys, arranged escort services, and scheduled stops at designated rest areas. In total, trucks covered approximately 180,000 kilometers to complete all deliveries.

Proactive Planning and Cost Optimization

To maintain efficiency, the MTAC team kept constant communication with all stakeholders. They held regular status meetings, issued weekly tracking updates, and closely monitored weather conditions, delivery sequences, and equipment availability.

As per the press release, this proactive and collaborative approach not only ensured safe and on-time deliveries but also generated significant cost savings for the client. By identifying transportation synergies, optimizing carrier selection, and consolidating cargo, the MTAC experts reduced overall international shipping costs.

Overcoming Remote Location and Severe Weather

The remote project site presented additional logistical hurdles. Limited carrier access complicated parcel deliveries, yet the MTAC division successfully sourced qualified trucking partners to complete the job.

Furthermore, severe winter weather intensified the challenge. High winds, snowstorms, heavy snowfall averaging 48 inches annually, ice, and temperatures dropping to an average low of 2°F required meticulous planning. Therefore, the team prioritized detailed scheduling and preparation to avoid extreme weather conditions whenever possible.

Through close coordination with the on-site material handling and management team, deugro ensured that each incoming shipment followed a structured offloading plan. This disciplined execution prevented personal injury, minimized cargo damage, and maintained construction timelines.

Leadership Perspective

Chahid Mouawad, MTAC Logistics Manager at deugro USA, emphasized the importance of consistent on-site presence and transparent communication. He explained that maintaining open dialogue among all stakeholders proved critical, particularly when limited working hours and weather-related shutdowns threatened delays. By quickly escalating issues for clarification, the team minimized cargo holdovers and avoided unnecessary costs.

Gert Jensen, Senior Vice President of Operations at deugro USA, highlighted the broader impact of the collaboration. He noted that close coordination among international deugro offices, the client, and on-site teams ensured that every shipment arrived safely and on schedule. He also reaffirmed that the team executed the project in full compliance with the highest safety and industry standards while delivering cost-effective logistics solutions that support long-term industrial sustainability.

India signed a declaration to join the US-led Pax Silica strategic alliance, a coalition designed to build resilient and innovation-driven supply chains for critical minerals and artificial intelligence (AI). The declaration was signed on the sidelines of the AI Impact Summit in the presence of Union Minister Ashwini Vaishnaw, US Under Secretary of State for Economic Affairs Jacob Helberg, and US Ambassador to India Sergio Gor. The move comes as New Delhi and Washington work to finalize a proposed trade deal and strengthen bilateral ties following a period of strained relations.

Pax Silica

Launched in December 2025, Pax Silica aims to create a secure and diversified supply chain spanning critical minerals, semiconductors, and AI systems. The initiative focuses on reducing dependency risks while promoting shared growth, technological collaboration, and economic security. The declaration outlines cooperation across the full value chain — from raw material extraction and silicon wafer production to advanced semiconductor fabrication and AI model development.

Boost for India’s Semiconductor and Electronics Ecosystem

Ashwini Vaishnaw emphasized that Pax Silica will significantly benefit India’s fast-growing electronics and semiconductor sectors. He noted that ten semiconductor plants are currently being established in India, with the first facility set to begin commercial production soon. He also highlighted India’s growing strength in chip design, including work on advanced 2-nanometre semiconductor technologies. According to Vaishnaw, Pax Silica will reinforce India’s emerging semiconductor ecosystem and generate new opportunities for the country’s youth, particularly in AI, chip design, and advanced manufacturing.

Economic Security as National Security

Jacob Helberg described the declaration as more than a symbolic agreement. He called it a roadmap for a shared technological future grounded in economic resilience. He stressed that Pax Silica represents a collective decision to reject “weaponised dependency” and economic coercion. “Economic security is national security,” he said, underscoring the alliance’s goal of securing the entire AI and semiconductor stack — from minerals in the ground to advanced AI systems deployed globally.

Similarly, Ambassador Sergio Gor described Pax Silica as a “coalition of capabilities” that replaces coercive dependencies with trusted industrial partnerships. He framed India’s entry as a strategic step to ensure that innovation thrives in democratic societies rather than surveillance-driven states.

Expanding US–India Technological Cooperation

A Growing Coalition of Trusted Nations

The Pax Silica Summit was first held in Washington on December 12 last year, where founding nations signed the declaration. Current member countries include Australia, Greece, Israel, Japan, Qatar, the Republic of Korea, Singapore, the United Arab Emirates, and the United Kingdom. With India’s entry, the alliance strengthens its footprint across Asia and the Indo-Pacific, adding one of the world’s largest engineering and developer talent pools to the coalition.

Strategic Implications for Global Supply Chains

India’s decision to join Pax Silica is both strategic and timely. As global competition intensifies over critical minerals and AI infrastructure, nations are increasingly prioritizing diversified and secure supply chains. By aligning with Pax Silica, India aims to reduce supply chain vulnerabilities, strengthen its semiconductor ambitions, and position itself as a key player in the global AI economy.

As reported by newindianexpress.com, the alliance signals a broader geopolitical shift: countries committed to open markets and democratic values are working together to secure the “commanding heights” of emerging technologies. For India, Pax Silica represents not just participation—but leadership—in shaping the future of AI-driven growth and critical mineral security.

For years, Europe watched its top AI researchers migrate to the United States in search of scale, capital, and opportunity. India, too, has faced a similar challenge, with leading engineering and computer science talent steadily moving to Silicon Valley. According to Arthur Mensch, co-founder and CEO of Mistral AI, reversing this talent outflow is critical in the intensifying global AI race. “Like Europe, India was bleeding talent to the US,” Mensch said in an interview with The Times of India. “The more talent you retain and create value locally, the better.”

Building a Global AI Challenger

Founded in 2023 by Arthur Mensch, Guillaume Lample, and Timothée Lacroix, Mistral AI set out to challenge the opaque and closed ecosystem of “big AI.” Instead of relying solely on proprietary systems, the company focuses on open architectures that make frontier AI models more accessible and adaptable.

In just three years, Mistral AI has scaled rapidly. The company has reached a $400 million revenue run rate and is targeting over $1 billion in revenue in the near future. As of last year, it was valued at $14 billion—underscoring investor confidence in Europe’s ability to compete in advanced AI.

AI as a Structural and Geopolitical Race

However, for Mensch, the AI race extends far beyond commercial success. He views it as both structural and geopolitical. Europe, he argues, remains heavily dependent on overseas digital infrastructure, particularly US hyperscalers.

To address this, Mistral AI has chosen to build its own capabilities. “We don’t position ourselves as a sovereign alternative. We position ourselves as a global competitor in the AI race,” Mensch explained. “But tactically, to have capacity you fully control, you need infrastructure—the servers that run the technology.”

Currently, about 60% of Mistral’s business comes from Europe, with the remaining 40% generated globally. Notably, some clients choose the company’s platform because they can deploy it on their own infrastructure, thereby reducing reliance on external cloud providers.

The Case for Sovereign AI

Mensch believes sovereign AI is both a strategic and political necessity. As artificial intelligence begins to power large segments of the global economy, governments and defence systems cannot afford external control over critical digital infrastructure. Similarly, businesses that depend too heavily on a single provider risk losing negotiating leverage and operational continuity. Open-source models, he argues, provide greater flexibility and resilience.

“If you have access to model parameters, you can deploy wherever you want—including local infrastructure,” he said. Open models also enable deeper customization, allowing enterprises to tailor AI systems to their specific operational needs.

India’s Opportunity to Retain AI Talent

India, with one of the world’s largest developer ecosystems, now stands at a pivotal moment. Mensch pointed out that Mistral has already brought many European researchers back home. In his view, India has a similar opportunity. “Universities here produce excellent AI and computer science talent. The focus should be on ensuring they innovate and build value here,” he noted. Mistral AI is currently developing commercial partnerships in India, and establishing a local technology centre could be a potential next step.

Moving Beyond Chatbots to High-ROI AI

While competitors such as OpenAI and Anthropic explore IPO plans, Mensch said a public listing remains “down the road.” Profitability and global scale, he emphasized, must come first. He also argued that enterprise AI adoption has faltered because companies initially treated generative AI as a collection of productivity tools rather than a transformative platform shift. Early chatbot deployments delivered incremental gains, but they did not fundamentally impact the bottom line. Instead, Mistral focuses on high-return use cases that eliminate significant sources of business friction and create measurable economic value.

Open Source as a Competitive Strategy

At the heart of Mistral AI’s strategy lies open source. By offering access to model parameters, the company allows enterprises to deploy AI systems on their own infrastructure. This approach reduces vendor lock-in and strengthens digital sovereignty. As Mensch repeatedly stresses, over-dependence on a single service provider poses long-term risks. In his words, Europe—and by extension, other regions—cannot afford to become an “AI colony” of the US.

As reported by timesofindia.indiatimes.com, the global AI race is no longer just about innovation speed or funding scale. It is about talent retention, infrastructure control, and strategic independence. For both Europe and India, the challenge now is clear: build locally, scale globally, and retain the minds shaping the future of artificial intelligence.

India has taken a decisive step toward securing critical mineral supplies by signing a rare earth cooperation agreement with Brazil. The move aims to reduce dependence on China while strengthening supply chain resilience for key industries. The agreement emerged as a major outcome of Prime Minister Narendra Modi’s meeting with Brazilian President Luiz Inacio Lula da Silva in New Delhi. Together, the leaders underscored the strategic importance of diversifying global critical mineral supply chains.

Reducing Dependence on China

PM Modi noted that the critical minerals agreement “could potentially lower dependence on China.” This diversification strategy comes at a time when global economies are actively seeking alternative sources of rare earth elements, which are essential for high-tech manufacturing and clean energy transitions. Brazil, which holds substantial rare earth reserves, sees India as a long-term strategic partner. Notably, officials revealed that only 30% of Brazil’s reserves have been explored so far. Consequently, the agreement opens up opportunities for expanded exploration, processing, and industrial collaboration.

Supporting Electronics, Clean Energy and Defence

Rare earth elements play a crucial role in sectors such as electronics, renewable energy, electric mobility, and defence manufacturing. By partnering with Brazil, India aims to secure steady access to these materials, thereby strengthening domestic manufacturing and advancing its clean energy and technology ambitions. As global competition for critical minerals intensifies, this partnership positions India to better manage supply risks and future-proof its industrial ecosystem.

Nine Agreements to Deepen Bilateral Ties

Importantly, the rare earth pact forms part of a broader effort to deepen India–Brazil cooperation. In total, both nations signed nine agreements covering mining, steel supply chains, technology collaboration, and defence partnerships. Furthermore, the leaders reaffirmed their commitment to expanding bilateral trade to $30 billion by 2030. To facilitate greater business engagement, Brazil announced that it will extend business visas for Indian ordinary passport holders to 10 years, making cross-border collaboration easier for companies and professionals.

Expanding Cooperation in Emerging Technologies

Beyond minerals and trade, both countries emphasized collaboration in cutting-edge technologies. PM Modi highlighted growing partnerships in artificial intelligence, semiconductors, blockchain, and supercomputing, describing such cooperation as essential not only for India and Brazil but also for the wider Global South. President Lula echoed this strategic outlook, noting that India and Brazil are influential voices at global platforms such as the UN, the WTO, and the G20. He stressed that closer cooperation between the two nations would be critical in navigating global economic uncertainty.

A Strategic Shift in Global Supply Chains

As reported by firstpost.com, overall, the rare earth agreement marks a strategic shift in India’s approach to critical mineral security. By strengthening ties with resource-rich Brazil, India is actively diversifying its supply chains, reducing geopolitical risks, and reinforcing its position in emerging global industries.

Simon India Limited (SIL) has signed a strategic Memorandum of Understanding (MoU) with Indian Institute of Technology Bombay through its National Centre of Excellence in Carbon Capture, Utilization and Storage (NCoE-CCUS), Department of Earth Sciences. Through this collaboration, both institutions will co-develop next-generation green and low-carbon technologies aimed at strengthening India’s energy transition and industrial sustainability roadmap. The partnership combines IIT Bombay’s advanced research capabilities with Simon India’s engineering execution strength and industrial deployment expertise—bridging the gap between laboratory innovation and large-scale implementation.

Driving India’s Energy Transition

The MoU establishes a structured framework to advance critical green and climate-focused technologies. Key focus areas include:

*Green hydrogen and green ammonia

*Carbon Capture, Utilization and Storage (CCUS)

*Circular economy and waste-to-value solutions

*Energy efficiency and low-carbon industrial processes

*Rare earth recovery, advanced fertilizers, and chemical derivatives

Rather than limiting the partnership to academic exchange, both parties will actively co-develop scalable solutions. They will jointly validate technologies, undertake pilot projects, facilitate technology transfer, and accelerate commercialization pathways.

From Lab Research to Industrial Deployment

Under the agreement, IIT Bombay will provide access to advanced laboratory infrastructure and conduct bench-scale validations. Additionally, the institute will develop engineering models and generate CAPEX and OPEX estimates to support pilot-scale design and industrial feasibility.

Meanwhile, Simon India will contribute its industrial know-how, engineering capabilities, and implementation expertise to transform validated research into deployable projects. This collaborative approach ensures that promising innovations do not remain confined to research labs but move efficiently toward commercial application.

Innovation, IP Development and Skill Building

Beyond technology development, the partnership also emphasizes intellectual property (IP) creation and protection, particularly in catalyst innovation and process technologies. The two institutions will collaborate on joint R&D programs, pilot projects, and domestic as well as international research grant proposals.

Furthermore, the MoU includes provisions for faculty–industry exchange, student internships, industrial training, and experiential learning initiatives. As a result, the collaboration will not only deliver green technologies but also build skilled human capital to support India’s long-term decarbonization journey.

Leadership Perspectives

Prof. Vikram Vishal of IIT Bombay expressed confidence that the collaboration will deliver scalable solutions aligned with India’s sustainability and decarbonization goals. Aashutosh Aggarwal, CEO of Simon India, emphasized that combining academic excellence with engineering and execution expertise will accelerate the development and deployment of proprietary green and low-carbon technologies. He added that these efforts will support India’s clean energy transition while fostering long-term industrial growth.

Strengthening India’s Sustainable Industrial Future

As reported by iamrenew.com, the Simon India–IIT Bombay partnership represents a strategic industry–academia model for advancing India’s green technology ecosystem. By integrating research excellence with engineering execution, the alliance is set to play a crucial role in shaping India’s low-carbon industrial future and driving sustainable economic growth.

In a significant boost to the government’s BioE3 initiative, German process technology leader Glatt and PreferCo announced the launch of the “PreferCo-Glatt Centre of Excellence for Bioprocess Scale-Up” in Hyderabad’s Genome Valley. The announcement was made during BioAsia 2026 in the presence of Ms. Rashmi Pimpale, CEO of Research and Innovation Circle of Hyderabad (RICH).

The new Centre of Excellence (CoE) will focus on microbial precision fermentation and aims to support seamless scale-up from laboratory research to pilot and pre-commercial manufacturing. The initiative strengthens India’s bioprocessing infrastructure at a critical time, as the country accelerates efforts to translate scientific innovation into globally competitive biomanufacturing.

Advancing Precision Fermentation and BioE3 Vision

The CoE aligns closely with the government’s BioE3 (Biotechnology for Economy, Environment, and Employment) strategy. By enhancing domestic biomanufacturing capabilities through innovation-driven infrastructure, the initiative directly contributes to India’s expanding bioeconomy.

Microbial precision fermentation plays a pivotal role in this transformation. It enables scalable, resource-efficient production of high-value biological products across industries. Therefore, the PreferCo-Glatt CoE serves as a practical enabler, ensuring that India’s growing innovation pipeline can move confidently toward global commercialization.

Expanding Beyond Biopharma

While biopharmaceuticals remain a key focus area, the facility broadens its scope to include industrial biotechnology, sustainable materials, functional foods, personal care, wellness and longevity solutions, and bio-based chemicals.

By doing so, the CoE addresses a long-standing infrastructure gap faced by industry players, academic institutions, and emerging startups. It provides accessible, high-quality scale-up infrastructure that supports diverse bioproduct development pathways under globally benchmarked standards.

Built for Scalable, AI-Enabled Manufacturing

Designed to support scale-up operations up to 1,500-litre bioreactor capacity, the Centre of Excellence integrates automation, advanced instrumentation, and AI-enabled process support from the outset.

This forward-looking design delivers several advantages:

*Deeper process understanding through data-driven insights

*Improved reproducibility during fermentation scale-up

*Faster, evidence-based decision-making

*Reduced technical risk from proof-of-concept to commercialization

As a result, innovators can accelerate the journey from laboratory validation to industrial readiness with greater confidence and efficiency.

Strengthening India’s Biomanufacturing Ecosystem

By offering globally competitive infrastructure at accessible price points, the CoE lowers entry barriers for both Indian and international innovators seeking to commercialize fermentation-based technologies.

Rajiv Bhide, Managing Director of Glatt Systems Pvt. Ltd., highlighted the strategic importance of the initiative. He noted that India’s bioeconomy has grown from $10 billion in 2014 to $166 billion in 2024 and is projected to reach $300 billion by 2030. However, sustaining this momentum will depend on the country’s ability to convert scientific capability into reliable, large-scale manufacturing.

According to him, the Centre of Excellence provides a structured fermentation scale-up platform supported by advanced engineering and integrated digital systems. Such infrastructure, he emphasized, is essential for building a globally competitive biomanufacturing ecosystem capable of consistently delivering high-value products to both domestic and international markets.

A Strategic Step Toward Global Biomanufacturing Leadership

The PreferCo–Glatt partnership represents a strategic milestone in India’s biotechnology journey. By combining German engineering expertise with India’s innovation ecosystem, the Centre of Excellence positions Hyderabad’s Genome Valley as a key hub for precision fermentation and next-generation bioprocess scale-up. As reported by businessnewsthisweek.com, as India pushes forward under its BioE3 framework, initiatives like this will play a defining role in transforming research breakthroughs into scalable, sustainable, and globally competitive biomanufacturing success stories.

Tata Consultancy Services (TCS) partnered with Cisco Systems to launch a Center of Excellence (CoE) for Autonomous Enterprise Operations at its Synergy Park Campus in Hyderabad. Through this strategic collaboration, the companies aim to help enterprises transition from rule-based automation to intelligent, self-governing operations. Importantly, the CoE will enable organizations to adopt zero-touch operations, reduce operational complexity, and deliver measurable business outcomes by eliminating friction across IT environments.

Moving from Automation to Autonomous Operations

Unlike traditional automation models that rely on predefined rules, the new CoE focuses on building AI-driven systems capable of real-time contextual understanding and autonomous decision-making.

By leveraging an Agentic AI mesh architecture, the platform will allow enterprises to:

*Sense and contextualize behavioral states in real time through advanced observability

*Assist and automate processes using conversational AI layers

*Orchestrate and self-heal systems through intelligent automation frameworks

*As a result, enterprises can shift from reactive IT management to proactive, outcome-driven operations.

An Experience Hub for AI-First Innovation

Located at TCS’ Hyderabad campus, the CoE will function as an immersive experience hub. It will guide enterprises through the TCS Five-Level Services Autonomy Model, enabling them to achieve progressively higher levels of operational autonomy.

Furthermore, the center will combine Cisco’s AI-driven technology stack with TCS’ deep industry expertise to co-create next-generation, AI-first solutions across sectors. These solutions will be tailored to client-specific business processes, ensuring contextualized and scalable deployment.

Redefining IT’s Role in Business Outcomes

The transition to autonomous operations goes beyond improving efficiency. Instead, it fundamentally changes how IT supports business strategy. Enterprises will move from siloed, performance-metric-driven IT models to integrated, experience-centric operating frameworks focused on measurable business impact. Consequently, IT will evolve from a support function to a strategic enabler of agility, resilience, and innovation.

Leadership Perspectives

Tim Coogan, Senior Vice President, Global Partner Sales at Cisco, emphasized the strength of the long-standing partnership. He noted that the CoE combines Cisco’s AI-powered technologies with TCS’ deep industry expertise. Together, this collaboration will accelerate customers’ journeys toward autonomous operations and greater business agility.

Rajanna, President–Technology Software and Services at TCS, highlighted that the two companies have collaborated for over two decades to deliver innovation at scale. According to him, the CoE will act as a co-innovation platform that empowers enterprises with self-learning, self-acting, and self-governing IT capabilities while delivering measurable business impact.

Powering the Next Generation of Connected IT Ecosystems

Building on a robust 20-year partnership, TCS and Cisco are now shaping the future of business autonomy. Together, they are designing next-generation connected IT ecosystems that enable enterprises to innovate, collaborate, and adapt continuously.

The CoE will integrate advanced solutions including Cisco AppDynamics, Cisco Splunk, TCS ignio™, and TCS Cognix™, along with enterprise-grade application ecosystems. These technologies will provide real-time visibility, AI-driven decision-making, and intelligent problem-solving.

A new study by Fondazione MAIRE in collaboration with IPSOS highlights shifting global attitudes toward the energy transition. Notably, India has emerged as a frontrunner in both awareness and commitment to decarbonization. Conducted across fourteen countries and based on more than 2,300 interviews, the 2025 survey provides valuable insights into how nations perceive and prioritize the global energy transition.

India Tops in Awareness and Commitment

India stands out with a strong 63% public awareness rate regarding energy transition concepts. Even more significantly, 71% of respondents perceive a clear national commitment to decarbonization strategies. As a result, India leads the study in aligning public awareness with policy-driven climate action. This strong positioning reflects the country’s growing focus on renewable energy expansion, low-carbon technologies, and sustainability-driven industrial development.

Qatar and Argentina: Contrasting Awareness Levels

The study also includes new entrants—Qatar and Argentina—offering fresh regional insights. Qatar reports a high public awareness rate of 67%, indicating widespread familiarity with energy transition goals. In contrast, Argentina faces awareness challenges, with only 36% of respondents stating they are fully familiar with energy transition concepts. These variations underscore how regional priorities, economic structures, and communication strategies shape public understanding of decarbonization efforts.

Skills and Human Capital: The Critical Enablers

Beyond awareness, the study emphasizes the growing demand for both technical and soft skills to drive the energy transition forward. Countries increasingly recognize that engineering expertise alone is not sufficient. Instead, problem-solving abilities, critical thinking, and adaptability are becoming equally essential.

For example, Kazakhstan expresses concerns over the cost of transition, while Saudi Arabia anticipates short-term economic benefits. Meanwhile, China and Chile identify education and workforce development as immediate priorities.

Strategic Vision Key to Energy Transition Success

Ultimately, the study concludes that success in the global energy transition depends on two key pillars: strategic policy vision and sustained investment in human capital. As reported by finanzwire.com, governments and industries must work together to build resilient systems, develop skilled talent, and foster innovation. As countries accelerate their decarbonization roadmaps, India’s strong public awareness and perceived commitment position it as a significant player in shaping the future of sustainable energy.

Chacko M Jose assumed charge as the head of Bharat Petroleum Corporation Limited’s Kochi Refinery. As Executive Director (Kochi Refinery), he now leads the operations of the country’s largest public sector petroleum refinery, reinforcing the company’s strategic focus on operational excellence and growth.

A Strategic Leadership Transition

With this appointment, BPCL marks a key leadership transition at its Kochi Refinery. Jose succeeds M Sankar, who has moved on to head BPCL’s Mumbai Refinery. The change underscores the company’s continued emphasis on strengthening leadership across its major refining hubs.

Extensive Experience in Refining Operations

Before taking over in Kochi, Chacko M Jose headed BPCL’s Bina Refinery, where he played a pivotal role in overseeing operations and driving performance improvements. Over the past 35 plus years, he has built extensive experience across three petroleum refineries in India. His expertise spans refinery operations, technical services, project execution, as well as energy and environment management. As a result, he brings a well-rounded and technically robust leadership profile to Kochi Refinery.

Driving Operational Excellence and Sustainability

Given his strong background in operations and sustainability, Chacko M Jose is well-positioned to steer Kochi Refinery through its next phase of growth. His experience in managing complex refinery functions, along with his focus on energy efficiency and environmental performance, will further strengthen BPCL’s refining capabilities. As reported by thehindubusinessline.com, with a proven track record and decades of industry expertise, he now takes the helm at Kochi Refinery at a time when the Indian refining sector continues to evolve toward higher efficiency, cleaner fuels, and sustainable operations.