The National Conference on ‘Chemical Sciences for a Sustainable Tomorrow: Synergy and Solutions’ aims to bring together researchers, industry leaders and educators to collaboratively explore and develop innovative chemical solutions to address urgent environmental challenges. The conference aims to create a platform for meaningful discussions under the following themes and actionable outcomes to propel the chemical sciences towards a sustainable future.

• Cutting-Edge Materials: Pioneering Energy Production and Revolutionary Energy Storage Solutions:

Batteries, hydrogen storage materials, MOF, super capacitors, solar/photovoltaic cells, fuel cells, thermoelectric materials, 2D materials, graphene, nanomaterials for energy, advanced catalysts, carbon-based materials  for energy storage, advanced catalysts for fuel cells (PEM, SOFC, etc.), novel materials for hydrogen production, storage and transportation, nanomaterials for hydrogen storage, solid-state electrolytes for safer and more efficient energy storage, ionic liquids and polymer electrolytes for next-generation batteries, electrocatalysts for water splitting and hydrogen generation, nanostructured electrodes for batteries,  hybrid materials for multi-functional energy devices, emerging materials for next-gen energy solutions.

• Nanotechnology: Small-Scale Innovations Driving Big Solutions in Chemical Sciences:

Photocatalysis, eletrophotocatalysis, nanomaterials for carbon capture, nanotechnology for control release fertilizers, nanomaterials for sustainable energy storage, sustainable health care, gas sensors, biosensors, electrochemical sensors using modified electrodes, nanocatalysts for biomass conversion, nanotechnology in solar cells and photovoltaics, nanoscale sensors for detecting environmental pollutants, use of nanomaterials as templates in chemical reactions, nanoscale coatings for corrosion resistance.

• Computational Chemistry: Pioneering Molecular Models:

Drug design, catalysis, predicting toxicity, bioinformatics,   machine learning, quantum computing, protein folding and materials chemistry. Machine learning and artificial intelligence in computational chemistry, computational design of polymers and nanomaterials, computational thermodynamics and kinetics, molecular dynamics simulations, frontiers in computational organic chemistry, computational spectroscopy

• Chemical Biology to Revolutionize Health and Sustainability:

Drug discovery, drug synthesis, drug delivery, biomarkers for cancer and other infectious diseases, chemical tools for biological research, nanotechnology in chemical biology, natural product chemistry in drug discovery, development of chemical probes to study biological processes, biomolecular interactions and chemical probes, sustainable agriculture through chemical biology.

• Environmental Stewardship through Chemical Sciences:

Sustainable organic syntheses,  green chemistry for environmental mediation, green chemistry for industrial applications, circular economy: waste to wealth, renewable energy and clean technologies, carbon capture, biodegradable materials and polymers, atmospheric chemistry and climate change mitigation, sustainable agriculture, and agrochemicals.

We eagerly anticipate your involvement and believe that the National Conference will act as a catalyst for advancing chemical sciences. Together, we can investigate and develop innovative solutions to foster a more sustainable future.