International Conference
on
Emerging Materials, Sustainable Energy and Technology Innovation (CEMS-2025)
March 1 to 10, 2025
Tracks
Themes
Track I (know more)
Advanced Energy Materials and Systems

1A: Energy Storage & Conversion: Exploring novel materials for batteries, supercapacitors, and other energy storage devices.
1B: Green and Sustainable Construction Materials: Using recycled and bio based materials in construction for low impact infrastructure.
1C: Water Purification and Sustainable Water Management: Innovative materials and technologies for water filtration, desalination, and purification.
1D: Climate Resilience and Environmental Sustainability: Materials and systems to mitigate climate change impacts.
1E: Air Quality and Public Health: Materials and technologies to improve air quality and health in urban environments.
1F: Hydrogen and Ammonia as Sustainable Fuels: Advances in hydrogen production, storage, and usage in energy applications.
1G: Solar and Renewable Energy Technologies: Solar thermal, PV panels, and related renewable energy systems.
1H: Waste Management and Recycling of Energy Materials: Circular economy solutions for recycling energy materials.
1I: Artificial Intelligence & Machine Learning in Energy Systems: AI applications in energy forecasting, optimization, and sustainable development.
Track II (know more)
Sustainable Manufacturing and Industrial Innovation

2A: Energy Efficient Manufacturing Practices: Techniques and technologies to reduce energy consumption and waste in industrial settings.
2B: Advanced Polymers and Smart Materials: Novel polymers and responsive materials with applications in energy and environmental engineering.
2C: Circular Economy and Green Manufacturing: Approaches to minimize waste and promote the reuse of resources across industries.
2D: Safety and Resilience in Industrial Infrastructure: Ensuring safety in production and transportation while enhancing sustainability.
2E: Digital Transformation and Automation in Industry: Integration of IoT, AI, and machine learning for efficient and sustainable industrial processes.
2F: Green Building Materials: Ecofriendly materials and designs for sustainable construction and urban planning.
Track III (know more)
Quantum and Condensed Matter Physics

3A: Quantum Materials and Quantum Phases: Exploring materials with unique quantum properties, including superconductors and topological insulators.
3B: Quantum Magnetism and Topological Phases: Investigations into the magnetic and topological properties of quantum materials.
3C: 2D Layered/Heterostructure Materials: Properties and applications of two dimensional materials, such as graphene and MoS2.
3D: Solid State Quantum Photonics: Quantum photonics applications, including devices for photonic circuits.
3E: Quantum Simulation and Computing Materials: Materials for quantum computing and simulations, including quantum dots and topological materials.
Track IV (know more)
Innovative Materials for Environment and Climate

4A: Materials for Carbon Capture and Emission Reduction: Development of carbon capture, utilization, and storage (CCUS) materials.
4B: Biomaterials for Environmental Applications: Utilizing biocompatible and biodegradable materials in environmental applications.
4C: Air and Water Quality Monitoring Materials: Sensing materials and devices for real time monitoring of pollutants.
4D: Climate Resilient Infrastructures: Materials and structures that withstand extreme climate conditions.
4E: Nano Enabled Environmental Remediation: Use of nano materials in removing contaminants from soil and water.
4F: Electro & Photo Catalysis for Climate Action: Catalytic materials for green chemical production, water splitting, and CO2 reduction.
Track V (know more)
Smart Transportation and Sustainable Mobility

5A: Electric Vehicles and Low Carbon Transport: Materials and systems for energy efficient and low emission vehicles.
5B: Hydrogen Fuel Cells in Transportation: Advances in hydrogen based fuel cells for sustainable transport applications.
5C: Railway Infrastructure and Sustainable Rail Materials: Sustainable and durable materials for rail construction, including renewable energy integration.
5D: Driver Advisory Systems and Safety Technologies: AI based systems for improving energy efficiency and safety in transportation.
5E: Infrastructure for Autonomous and Connected Vehicles: Materials and technologies to support the integration of autonomous vehicles.
Track VI (know more)
Chemical and Process Engineering for Sustainability

6A: Electrocatalysts and Green Hydrogen Production: Novel catalysts for green hydrogen production, including water electrolysis and ammonia synthesis.
6B: Soft Matter for Sustainable Chemical Processes: Applications of gels, polymers, and surfactants in eco-friendly chemical processes.
6C: Redox Flow Batteries and Electrochemical Energy Storage: Advanced electrolytes and electrodes for sustainable energy storage.
6D: Electrochemical Nitrogen Reduction and Green Ammonia Synthesis: New processes for producing ammonia sustainably.
6E: Micro and Nano Robotics for Chemical Engineering: Active colloids and micro robotics applications for precision chemical processing.
Track VII (know more)
Materials Science and Emerging Technologies

7A: Functionalized Nanostructured Materials: Synthesis, characterization, and applications in various sectors, including energy and healthcare.
7B: Graphene Derivatives and Quantum Dot Materials: Use of graphene and quantum dots in advanced electronic and photonic devices.
7C: Ceramics, Glasses, and Optical Materials: Applications of ceramics and optical materials in high temperature and photonic applications.
7D: Metals, Alloys, and Superconductors: Innovations in alloy design, lightweight metals, and high temperature superconductors.
7E: Semiconductors & Electronic Materials: Materials for advanced electronics, photovoltaics, and quantum computing.
Track VIII (know more)
Sustainable Agriculture, Water, and Food Processing

8A: Water Efficient Agricultural Materials: Materials and technologies for sustainable agriculture, such as water retaining polymers and efficient irrigation.
8B: Biomaterials and Bioactive Packaging for Food Safety: Innovations in biobased packaging to enhance food preservation and reduce waste.
8C: Energy Efficient Processes in Food Processing: Use of renewable energy in food processing for reduced environmental impact.
8D: Atmospheric Water Generation and Sustainable Filtration: Technologies for water generation and filtration in rural and agricultural applications.
8E: Life Cycle Assessment and Environmental Impact: Assessing the environmental impact of materials and processes across food and agriculture.
Track IX (know more)
Digital Transformation and AI in Sustainable Development

9A: AI and Machine Learning for Predictive Analytics in Energy: Use of AI for forecasting and optimizing energy usage.
9B: Blockchain for Decentralized Energy and Resource Management: Implementing blockchain for secure and transparent energy systems.
9C: Quantum Computing for Material Design and Optimization: Applications of quantum computing in the simulation of new sustainable materials.
9D: Internet of Things (IoT) in Smart Grids and Urban Sustainability: IoT applications in energy efficient buildings and urban sustainability.
9E: Digital Oil fields and Real Time Monitoring in Energy Sector: Remote monitoring and automation of oil and gas operations to enhance safety and reduce emissions.
Track X (know more)
Education, Economics, and Policy for a Sustainable Future

10A: Economic Analysis of Sustainable Energy Solutions: Evaluating the cost effectiveness and economic impacts of renewable technologies.
10B: Public Policy and Regulation for Sustainability: Policies that drive innovation in green technologies and sustainable practices.
10C: Education and Workforce Development in Green Industries: Training and upskilling for renewable energy, green manufacturing, and sustainable materials sectors.
10D: Community and Stakeholder Engagement for Sustainable Development: Building partnerships and awareness to foster sustainable practices at the community level.
10E: International Collaboration and Knowledge Sharing: Cross border cooperation to promote sustainable technology adoption.