Summary of "LIVE - Day 1 - Hall A - 28th Energy Technology Meet"
Summary of the 28th Energy Technology Meet (ETM) – Day 1, Hall A
Event Overview
The 28th Energy Technology Meet (ETM), held in Hyderabad, is a flagship event organized by the Centre for High Technology (CHT) under the Ministry of Petroleum and Natural Gas (MoPNG), in association with Bharat Petroleum Corporation Limited (BPCL).
Theme: “Energizing Viksit Bharat through Sustainable Refining” — focusing on India’s vision for a developed, self-reliant, and sustainable energy future powered by clean and efficient energy.
The meet serves as a platform for technological exchange, innovation, collaboration, and policy dialogue in refining, petrochemicals, and energy transition. The event includes keynote addresses, panel discussions, technical sessions, awards, exhibitions, and startup showcases.
Key Technological Concepts & Industry Insights
1. Refining and Petrochemicals Integration
- Emphasis on integrating refining and petrochemical operations to enhance agility, efficiency, and profitability (“Crude to Cash” concept).
- Adoption of agile business models leveraging AI, machine learning, and automation for operational excellence.
- Development of indigenous technologies for refining catalysts, hydroprocessing, and petrochemical production (e.g., polypropylene catalyst with 40% better performance).
- Focus on maximizing petrochemical intensity index (PII) to increase value addition and reduce imports.
2. Sustainability and Net Zero Initiatives
Indian refineries are targeting net zero carbon emissions by 2046-2070 with a comprehensive approach covering Scope 1, 2, and 3 emissions.
Key thrust areas include:
- Energy efficiency improvements (energy intensity index targets below 80).
- Electrification of process heaters (e.g., advanced electric tubular heaters).
- Green hydrogen production, storage, and blending with natural gas.
- Carbon capture, utilization, and storage (CCUS) technologies, including enzymatic carbon capture and compact carbon capture units.
- Co-processing of biofuels, sustainable aviation fuel (SAF), and biomass-derived fuels.
- Circular economy models including waste-to-chemicals technologies, catalyst recycling (cradle-to-cradle), and utilization of municipal and industrial waste for synthesis gas production.
3. Digital Transformation and AI in Refining
- Deployment of advanced digital solutions for predictive maintenance, process optimization, and emissions management.
- Use of AI and machine learning to capture operational knowledge, optimize feedstock selection, and improve reliability.
- Digital platforms (e.g., Baker Hughes’ Cordant) have demonstrated throughput improvements of up to 20% in refineries.
- Emphasis on real-time data analytics, closed-loop control, and augmented reality (AR/VR) for workforce training.
4. Feedstock Flexibility and Crude-to-Chemicals (C2C) Technologies
- Development of technologies like Chevron Lummus Global’s TC2C enabling deep integration of refining and petrochemicals with over 75% crude-to-chemicals conversion.
- Challenges include feedstock variability, system integration, and operational agility.
- Increasing use of light naphtha, propane dehydrogenation (PDH) for propylene, and bottom-of-barrel upgrading.
- Emphasis on adapting to diverse crude baskets including heavier and sour crudes (notably increased Russian crude imports).
5. Innovations in Catalysts and Process Technologies
- Evolution of Fluid Catalytic Cracking (FCC) catalysts from 1940s to modern high-alumina, rare-earth-free catalysts optimized for propylene production.
- Indigenous catalyst manufacturing for self-reliance in India.
- Novel technologies for upgrading residues and maximizing product yields.
- Circularity in catalyst lifecycle management including spent catalyst recovery and metal recycling.
6. Biofuels and Renewable Energy Integration
- Significant progress in ethanol blending (20% achieved ahead of schedule) and SAF production mandates (1% by 2027, 5% by 2030).
- Development of biomass gasification and Fischer-Tropsch (FT) synthesis routes for drop-in biofuels.
- Challenges in feedstock availability, technology scale-up, and economic viability.
- Role of natural gas and LNG as transition fuels with infrastructure expansion (e.g., GAIL’s pipeline network and propane dehydrogenation projects).
7. Global and Geopolitical Context
- India’s refining sector is poised for growth amid global refinery closures and slowing demand elsewhere.
- India expected to contribute 30% of global energy demand growth by 2050.
- Diversified crude sourcing strategy amidst sanctions and geopolitical shifts.
- Importance of balancing energy security, affordability, and sustainability.
- Critical minerals supply chain challenges for catalyst and renewable technology manufacturing.
Product Features, Innovations, and Awards
- Presentation of awards for best performing, reliable, and eco-refineries recognizing operational excellence and sustainability.
- Recognition of indigenous technology development in refining catalysts and polypropylene catalyst.
- Innovation awards for breakthrough technologies like single-step crude to olefins and aromatics conversion (HPCL’s HPCODE) and indigenous FCC technologies for co-processing crude and VGO.
- Digital transformation award for AI/ML-based solutions enhancing refinery operations (BPCL Bina refinery).
Guides and Tutorials
Technical sessions and panel discussions covered:
- Strategies for driving refining towards a sustainable future.
- Emerging technologies in refining, petrochemicals, decarbonization, and digitalization.
- Practical approaches for energy efficiency, hydrogen integration, carbon capture, and circular economy.
- Industry best practices for managing feedstock variability and maximizing product yields.
- Use of AI and digital tools for operational excellence and knowledge retention.
Main Speakers and Panelists
- Mr. R. Ramachandran – Moderator, Executive Director (Refinery), BPCL; expert in digital and industrial AI, green hydrogen.
- Dr. Alok Sharma – Director R&D, Indian Oil Corporation; leading indigenous refining and catalyst technology development.
- Mr. Rajesh Samar – CEO, Chevron Lummus Global; expert in crude-to-chemicals and catalyst innovation.
- Mr. Bharat Goenka – Regional VP, NextChem; specialist in waste-to-chemicals and circular economy.
- Mr. Vipan Goyal – Managing Director, Grace; veteran in catalyst technology evolution.
- Mr. RK Singhal – Director Business Development, GAIL; gas infrastructure and petrochemical synergy.
- Mr. Akumaru Balachandran – Baker Hughes; digital transformation, carbon capture, and green hydrogen.
- Mr. Prabdas – CEO, HMEL; pioneer in refining-petrochemical integration and operational excellence.
- Mr. Arvind Kumar – Director Refinery, Indian Oil Corporation; session chair.
- Dr. Paramatra – President Strategy & Initiatives, Reliance Industries; visionary in energy transition.
- Mr. Guruminder Singh – Director Decarbonization Solutions, Shell; energy security and decarbonization balance.
- Mr. Siddharta Saha – Managing Director, Exence India; solutions for electrification and scope 3 emissions.
- Mr. Rajesh Sam – CEO, Chevron Lummus Global; sustainability and adaptive innovation.
- Mr. Keith Couch – Senior Director, Honeywell UOP; refinery of the future, technology innovation.
- Mr. Gorav Shvasta – Regional Head, S&P Global; global energy market and geopolitical analysis.
- Mr. Bhaskar J. Fukon – Managing Director, NRL.
- Mr. S. Baratan – Director Refinery, HPCL.
- Mr. Matt Spalding – Vice President, Honeywell EOP.
- Mr. Anders Olson – Senior Vice President, Topsoe.
Closing Notes
The meet highlighted India’s strategic position as a growing refining hub with increasing integration of petrochemicals and sustainable technologies. Emphasis was placed on innovation, indigenous technology development, digital transformation, and circular economy to achieve energy security and net zero goals.
The event fosters collaboration among industry leaders, policymakers, technologists, and startups to accelerate India’s energy transition.
The next sessions and inaugural ceremony with the Honorable Minister of Petroleum and Natural Gas, Shri Hardeep Singh Puri, emphasized government support and ambitious targets for India’s energy future.
End of Summary
Category
Technology
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