International Conference on Sustainable Energy, Materials and Techniques ICSEMT on May 28-30, 2027 in Jalandhar, India

Track 1: Thermal-Fluid Techniques for Sustainable Energy Systems

This track covers physics, numerical simulations, and experimental methods applied to energy engineering.

Advanced Heat Transfer: Applications in solar collectors, geothermal systems, nuclear reactors, and waste heat recovery.

Multiphase & Micro-Scale Transport: Boiling/condensation in power cycles, micro-channel cooling for electronics/batteries, and two-phase flows utilizing nanofluids.

Thermal Management: Battery Thermal Management Systems (BTMS), fuel cells, power electronics, and heat exchangers for electric vehicles (EVs) or Organic Rankine Cycles (ORC).

Computational & Experimental Methods: CFD, Lattice Boltzmann, AI/ML optimization, advanced measurement techniques (PIV, IR thermography), and transient testing of thermal storage.

Track 2: Sustainable Energy Systems & Technologies

This track emphasizes system-level integration, power generation cycles, and broader decarbonization efforts.

Renewable Energy Power Plants: Solar thermal, PV-thermal hybrids, wind-solar integration, ocean, and geothermal systems.

Energy Storage Systems: Engineering design of thermal storage, battery packs, mechanical storage (CAES/Pumped Hydro), and hydrogen storage infrastructure.

Power Cycles & Conversion: Cogeneration, poly-generation, ORCs, waste heat recovery, and thermoelectric generators.

Efficiency & Policy: HVAC design, heat pumps, net-zero buildings, pinch analysis, carbon capture (CCUS) integration, Life Cycle Assessment (LCA), and energy economics.

Track 3: Combustion, Fuels & Advanced Engines

This track investigates fundamental combustion science, alternative fuel properties, and clean power generation technologies.

Combustion Fundamentals: Flame dynamics, chemical kinetics of ignition/extinction, turbulent combustion, and spray atomization.

Alternative Fuels: Hydrogen, ammonia, syngas, biodiesel, bio-alcohols, fuel blends, and synthetic fuel characterization.

Advanced Engines & Turbines: Internal combustion engine design, fuel injection strategies, in-cylinder processes, and gas turbine combustors.

Clean Combustion Strategies: Low-Temperature Combustion (LTC), HCCI, RCCI, lean burn, and oxy-combustion.

Emissions Control: Soot/NOx formation mechanisms, particulate matter (PM) reduction, diagnostics, and after-treatment technologies (SCR, DPF).

Track 4: Advanced Materials, Manufacturing & Sustainability

This track explores functional materials for clean tech, energy storage, and sustainable production processes.

Energy & Thermal Materials: Electrodes for batteries/supercapacitors, solid-state electrolytes, fuel cell membranes, Phase Change Materials (PCM) synthesis, and nanofluid characterization.

High-Temperature & Protective Coatings: Thermal Barrier Coatings (TBCs), refractory materials, oxidation-resistant alloys, and catalytic materials for hydrogen systems.

Sustainable Manufacturing: Bio-composites, biodegradable polymers, green synthesis, topology optimization, surface texturing, additive manufacturing, and material degradation analysis.

Clean Tech Applications: Photocatalysts, adsorbents for carbon capture (MOFs, zeolites), and lightweight material designs.

Name: Dr. B R Ambedkar National Institute of Technology (NIT) Jalandhar
Website: https://v1.nitj.ac.in/icsemt_2027/
Address: Department of Mechanical Engineering, Dr. B R Ambedkar National Institute of Technology (NIT) Jalandhar, G.T. Road, Amritsar bypass, Jalandhar-144008, India.

Hosted by NIT Jalandhar, ICSEMT 2027 unites experts to advance sustainable energy, materials, and thermal-fluids. It bridges fundamental physics and applied research to drive decarbonization. The selected papers will be published in the Scopus-indexed journal (JPCS).