APM SERIES - THE SUCCESS SAGA
Over the years, APM has fostered vibrant exchange of ideas, engaging B2B interactive sessions, and dialogues on socio-economic solutions. It has also explored emerging research trends, innovative design concepts, and simulation techniques. Launched in 2010, the APM series was conceived as a crucial platform aiming for cultivating technological networking within the realm of Petrochemicals Science and its related applications. Moreover, it has delved into forthcoming research trends, innovative design concepts, and simulation techniques. The series has been instrumental in nurturing international collaborations, forging industrial partnerships, and fostering academic networking. Embracing a multi-disciplinary approach, APM has notably expanded CIPET's research horizons recognizing the importance of contemporary issues such as plastic waste management, sustainable polymers, and the advancement of environmentally friendly materials, technologies leveraging artificial intelligence, and machine learning, the upcoming series, APM 2025, focuses on the theme “Advancement in Petrochemical Sector & Empowering Sustainability Development leading to “Viksit Bharat”. The dedicated sessions would provide new insights into globally significant topics for exploring practical and feasible solutions. Noteworthy keynote speakers, comprising esteemed academicians, researchers, and scientists will grace the event. Additionally, the conference will feature contributed oral papers and poster presentations.
Objective of the Conference
- To advance technological understanding in Petrochemical Science and its allied areas through extensive interaction among academicians, researchers, technologists, and policymakers.
- To bring together research communities on a common platform to disseminate novel findings, knowledge, and ideas aimed at sustainable development.
- To facilitate interactive and participatory discussions that will inspire innovative solutions to address future needs and demands in the thematic areas.
- To create collaborative links between academia, industry, and professional practitioners for the long-term sharing of knowledge and addressing current issues.
- Advances in Downstream Processing: Optimizing efficiency and sustainability in refining and petrochemical sectors.
- Next-Generation Catalyst Technologies: Cutting-edge innovations for boosting catalytic performance and economic outcomes.
- CO2 Reduction Strategies: Technologies and methods to minimize emissions in petrochemical operations.
- Biomass Processing and Integration: Tackling fuel quality, blending challenges, and incorporating biomass in energy production.
- Smart Petrochemical Production: Leveraging digital technologies and automation for enhanced production efficiency.
- R&D in Refining and Petrochemicals: Ground-breaking Research & Development for Shaping the Industry's Future.
- Blends, Alloys, and Composites: Revolutionizing applications in emerging sectors.
- High-Performance Polymers: Customizing solutions for high-end applications.
- Smart Materials: Offering sustainable alternatives to existing non-renewable resources.
- Sustainable & Green Chemistry: Promoting sustainability, prosperity, and equity.
- Nanotechnology Integration: Design, Development and Simulation of Nano Technology World.
- Thin films & Coatings: Newer attributes for potential applications.
- Recycling Technology and Circular Economy: Renew, Revive & Restart.
- Emerging Technology for Waste Management: Innovative & Economical Recycling Strategies.
- Bio-based and Bio-degradable Polymers: Shaping the future of eco-friendly materials for a greener planet.
- Energy Harvesting Materials: Enhancing efficiency in renewable energy applications.
- 3D Printing and Additive Manufacturing: Transforming production through innovative materials and processes.
- Electro-active Polymers: Creating intelligent systems with shape memory and sensory capabilities.
- Artificial Intelligence & Machine Learning: Driving innovation in polymer design and discovery.
- Biomedical polymers: synthesis, properties and applications.
