Scientific Sessions

Nanoremediation and water treatment
Environmental remediation
Phytoformulations
Green engineering
Nano products
Nanotechnology and Nanomaterials
Plant-derived nanostructures

Methods of Environmental Analysis
Soil Pollution and Remediation, Solidwaste Disposal
Environmental modelling
Waste management and recycling
Toxicity and Ecotoxicity
Environmental Control Technology of Air, Water and Soil Pollution

Bio-based polymers
Biodegradable polyesters
Green composites
Wood plastic composites
Natural additives and fillers
Composites characterization
Bioplastics manufacturing

Hybrid energy systems
Energy storage technologies 
Hybrid power plants 
Renewable energy technologies
Advanced energy management

Biodiversity
Adaptability
Fuel from plastics
Global developments
Biomass
Esterification

Electrical grid
Semiconductor materials
Photovoltaic effect
Solar modules
Photochemistry and Electrochemistry

Bio-based, Bio-sourced and Plant-based
Polymer Chemistry
Polymer Analysis and Characterization
Polymer Physics and Theory
Polymer Processing and Engineering
Polymer Applications
Polymer Recycling
Green and Sustainable Chemistry in Polymer Science

Green Nanochemistry
Supramolecular Chemistry
Oxidation Reagents and Catalysts
Biometric Multifunctional Reagents
Combinatorial Green Chemistry
Non Covalent Derivatization Techniques

Marine current power
Osmotic power
Ocean thermal energy
Tidal power
Wave power
Non-renewable energy
Marine energy development

Lithium ion batteries
Fuel cells
Solar cells
Water splitting
Photo catalysis and electro catalysis

Green Chemistry in Pharmaceutical Industries
Green Technologies in Food Production & Food Processing
Green Chemistry in Industries

Reinforcing our global competitiveness
Fully accommodating renewable and traditional energy sources
Potentially reducing our carbon footprint
Hybrid automaton
Sliding mode control
Variable structure system

Waste-to-Energy - Incineration
Role of Waste-to-Energy
Waste prevention and recycling
Climate protection
Waste-to-Energy produce? Is it renewable?
Dioxin emissions
Ashes

Environmental Sustainability
Reduce derivatives
Catalysis
Design for degradation
Real time pollution prevention
Safer chemistry for accident protection

Soil Bioremediation
Microbial Bioremediation
Phytoremediation
Biodegradation Processes
Catalytic Biodegradation
Noncatalytic Biodegradation

Solar energy in thermo-chemical processing
Solar Energy as a green energy
Green Applications of Carbondioxide
Solar Heating and Cooling
Solar Battery Storage
Solar Tower Technology

Ecotoxicology
Environmental toxicologists
Environmental Biology
Toxicants
Bioaccumulation
Predictive toxicology

HPLC-EAT (Environmental Assessment Tool)
Eco-Scale
Spectrophotometric Analysis
Kinetic phosphorescence analysis (KPA)
Analytical process in the light of green chemistry

Solar Energy
Wind Power
Wave Energy
Geothermal Energy
Biofuel energy
Hydropower
Biomass energy

Solid Waste Reduction, Reuse and Recycling
Waste Prevention
Waste management
Internal and External Recycling
Dry Mixed Recycling

Materials for Sustainability
Electronic Magnetic & Photonic Materials
Materials Computation Theory & Design
Materials for Sustainability
Mechanical Behavior & Structural Materials
Novel Characterization Methods
Novel Synthesis & Fabrication Methods
Soft Matter & Hybrid Materials

Growth inhibitors in the agricultural sector
Internal carbon and water pricing
Sustainable Agriculture and the Management of Natural Resources
Ecology
Environmental Ethics
Biological Anthropology
Soil, Agriculture, and Agricultural Biotechnology

Sustainable Chemistry and Environmental Science
Sustainable Chemistry in Education
Sustainable Chemistry and Circular Economy
Recent Developments in Greener Synthesis and Catalysis
Green Analytical Chemistry

Types of batteries
Different Types of Batteries and Their Uses & Applications
Oxidation/reduction reaction
Battery Chemistry
Battery’s Electrolyte
Metals used in batteries

Nuclear fission
Nuclear technology
Nuclear power
Industrial applications
Medical applications
Electrostatic control

Green synthesis of nanoparticles
Green synthesis of organic, labelled and hybrid compounds
Metal nanoparticles
Nanoparticles of other chemical compounds
General synthesis methods of green chemistry

Greenhouse gases and Greenhouse effect
Solar and volcanic activity
Aerosols and clouds
Industrial Revolution
Consequences of global warming

Biomass
Algae-based fuels
Bio-diesel
Alcohol fuels
Ammonia
Emulsion Fuels
Carbon-neutral and negative fuels

Solid Acid Catalysts
Green Chemistry
Biomass
HMF
FDCA
Environmental Monitoring
Energy & Power Technology

Ignitability
Corrosively
Reactivity
Surface storage
Landfill storage
Deep-well injection

Emerging Contaminants
Wastewater treatment
Water Analysis:  Emerging Contaminants
Traditional Sampling Techniques
Time-Integrated (Passive) Sampling Techniques

Renewable sources of energy and materials
Biological Residues
Bioenergy Processes
Bioenergy Utilization
Biomass power
Biomass challenges

Electricity-Saving Technologies
Motion Sensors
LED Lighting
Reflective Roofing
Efficient energy use
Benefits of recent technological and product developments

Heterogeneous Catalysis
Catalysis by Transition Metals
Biocatalysis (Catalysis by Enzymes)
Catalysis and Green Chemistry
Organic–inorganic supramolecular solid catalyst
Enzymatic catalysis
Chemical engineering

Industrial applications of green chemistry
Application of methodologies and technique
Reagent - free methodology
Eco-friendly chemistry
Clean chemistry
Potential of Green Chemistry