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13th International Conference on Green Chemistry & Engineering, will be organized around the theme “Environmental Sustainability and Recycling ”

greenchemistry2022 is comprised of keynote and speakers sessions on latest cutting edge research designed to offer comprehensive global discussions that address current issues in greenchemistry2022

Submit your abstract to any of the mentioned tracks.

Register now for the conference by choosing an appropriate package suitable to you.

Green Houses gases absorb and emit infraded radiation. Their abilities are depending upon molecular structure. And the lifetime depends upon the chemical properties. So, Human emissions of different greenhouse gases have different impact on earth’s climate. And the climate change due to increase concentration on greenhouse gases has increase implication on human welfare and natural world.  

  • Track 1-1Greenhouse gases affect
  • Track 1-2Welfare of world
  • Track 1-3Climate change conditions

Basic Researchers, Clinical and Virologists research about pathogenesis, isolation of vaccines therapies and as well as the various type of material and techniques in corona time. The molecules that understand the fundamental research that govern virus structure and function can accelerate the discovery of means to  treat and prevent infectious disease. So, by the COVID-19 many researches are done on chemicals and  to protect the all over world.

  • Track 2-1Research of various material and technique related to corona virus
  • Track 2-2Prevention therapies
  • Track 2-3Experiments in corona virus

Green Chemistry focus on the synthesis of nanoparticles apply mechnochemical and thermal methods through solvent-free approach. For this, substantial attention is given to ball milling and mortar-and-pestel grinding. Green Chemistry describes using solvent entails stable, monodispersedfine nanoparticle that have found application in various chemical, biological and environmental field. Green chemistry also describes thermal decomposition

  • Track 3-1Thermal treatment of precursor salts
  • Track 3-2Thermal treatment of precursor salts with capping agents
  • Track 3-3The use of microwave energy

Solvents are important auxiliaries in processes and manufacturing. The new trend that governs solvent design, usage and recovery. The potential of emerging solvents such as ionic liquids, eutectic solvents and supercritical carbon dioxide in sustainable solvent management is highlighted in Green chemistry.

  • Track 4-1Solvents and their application
  • Track 4-2New trend of solvents
  • Track 4-3Sustainable solvent management

Heavy metal are Naturally occur by compounds, anthropogenic activity. Which is threat on both human and eco system  . Heavy metals are non-degradable and be bio accumulate in living organism. Remediation of heavy metal requires proper care to protect soil quality, ecosystem and human health. So, Green Chemistry summarizes the heavy metal and various heavy metal remediation technologies.

  • Track 5-1Natural Heavy metal Pollution
  • Track 5-2Remedy of heavy metal requires care
  • Track 5-3Phytoremediation

Chemical, Physical or biological components or factors produce condition of impairment of a given water body with some beneficial use. In this have water pollution. Very certain natural events can cause water pollution. So, Green Chemistry describes about the water pollution. Green Chemistry also focus on the anthropogenic source of pollution that arise from human activity.

  • Track 6-1Water pollution
  • Track 6-2Anthropogenic source of pollution
  • Track 6-3Factors that create pollution through water

Green Chemistry includes that Humanity is still depend on nonrenewable, diminishing and finite fossil fuel resources. To reduce our reliance and environmental problems, it’s time to switch from fossilized solar energy to real time solar energy. Green Chemistry also includes methanol economy, which provide us a sustainable carbon source for fuel and materials.

  • Track 7-1Methanol Economy
  • Track 7-2Real time solar energy

Green chemistry’s modern application is Renewable Energy. And renewable energy is derived from natural and sustainable processes. It includes: solar energy, wind energy, and geothermal energy. Green Chemistry covers electrochemical energy storage and delivery methods. It also covers chemistries of batteries and fuel cells.

  • Track 8-1Modern technology: Renewable energy
  • Track 8-2Various Chemistry of batteries and fuel cells
  • Track 8-3Natural and sustainable processes

In Green Chemistry, Biocatalysts provide wise opportunity to reduce wastage of organic synthesis. The stereo- ,regeo-  ,and chemoselective provide additional avenues for the development of industrial application of biocatalysts. Green Chemistry also include bond formation   :  polyketide synthases, nonribosomal peptide synthases, Diels-Alderase ribozymes, and terpenoid synthases.

  • Track 9-1Reduce wastage of organic syntheses
  • Track 9-2Application of biocatalysts
  • Track 9-3Bond formation (C—C )

Green Chemistry Principles are illustrated by the field of homogenous catalysis. Catalysis include metal complexes and various types of organocatalysis. There are covered by very selected examples. The highlight synthetic transformation from oxidations/reductions to several method of C—C , C—X , bond formation and include both racemic and enantioselected examples.

  • Track 10-1Catalysts in Green chemistry
  • Track 10-2Bond Formation
  • Track 10-3Synthetic Formation

Green Chemistry includes the basic Physical and chemical processes that take place in the natural and unperturbed atmosphere. The green energy balance between incoming solar radiation and outgoing terrestrial is described. The key photochemical and photolysis are also explained. The overview of oxidants like OH radical, O3, NOracidals and the source and sinks of volatile organic compounds are described.

  • Track 11-1Green Energy
  • Track 11-2Physical and Chemical processes
  • Track 11-3Oxidants

Green chemistry or sustainable chemistry in simple words that it is just a different way of thinking about how chemistry and chemistry engineering can be done. There are many principles which can be used when design, development and implementation of chemical products and principles. These principles help engineers and scientist to protect and benefit the economy. So, Green chemistry design the chemical product and process in that way which reduce or eliminate the use and development of hazardous substances.

“Green chemical is defined as environmentally benign chemical synthesis and recycling process”

  • Track 12-1Prevention of wastage
  • Track 12-2Maximum incorporation of reactant into the final product
  • Track 12-3Minimization of hazardous products
  • Track 12-4Design of safe chemicals
  • Track 12-5Design of safe chemicals
  • Track 12-6Minimum energy Requirements
  • Track 12-7Selection of most appropriate solvent
  • Track 12-8Selection of appropriate starting material
  • Track 12-9Protecting group use should be avoided
  • Track 12-10Use of catalyst should be preferred
  • Track 12-11Manufacturing plants should be designed so that accidents eliminates during operation
  • Track 12-12Product should be biodegradable
  • Track 12-13Strengthening the Analytical technique to control hazardous compounds
  • Track 12-14Use of Renewable Stock
  • Track 12-15Recycling CO2 to methanol

Green Chemistry provides a synopsis of the environmental challenge faced by scientist who seek to mitigate damage inflicted by human technological activities. The examples of chemical contamination are also provided in green chemistry. A brief overview of alternative energy source is also described along with a discussion of global policy with reference to potentially planet threating environmental damages.

  • Track 13-1Chemical Contamination
  • Track 13-2Global policy
  • Track 13-3Threat environmental Challenges

Green Chemistry for Environmental remediation gives understanding about, around the planet has consolidated green science into the educational program. Green Chemistry address the natural issue by featuring the job green science plays in making the climate spotless and green covering a wide cluster of subjects going from economical turn of events, microwave substance response, microbial bioremediation, inexhaustible feed stocks, and different themes, will progress ecological improvement.   

  • Track 14-1Coverage of green in environment
  • Track 14-2Ecological Improvement
  • Track 14-3Various Remedy of Environment

 The introduction of Green chemistry encourages new way of thinking about how products and processes are developed. Green Chemistry includes the method of waste minimization , use of renewable stocks and the role of catalysis in reduce the use of raw material. So, this way this research done    : Clean technology and green chemistry.

  • Track 15-1Green chemistry with new technology
  • Track 15-2Waste Minimization
  • Track 15-3Use of Renewable Stock

Environmental Transport Phenomena as chemical Engineering describing mass conversation and macroscopic mass balances. Green Chemistry covers the fundamental of difussive transport, The application of diffusive equation and diffusive transport in reactive system. This majorly discuss convective transport, hydrodynamic dispersion and transport in multiphase system. This also describes spread and distribution of contaminants in the environment as well as process related to recycling .

  • Track 16-1Diffusive transport in Green chemistry
  • Track 16-2Multiphase of Green Chemistry
  • Track 16-3Recycling

Green materials for energy, Products and depollution  means  Environment  Sustainability. Green chemistry include several Advance technique to clean polluted water Such as Low cost filtration, ferrite photo catalysts and electrochemistry. Green chemistry show  various living organism used as bio indicators of toxic metal. Green chemistry describes biodiesel production from microalgae.

  • Track 17-1Green Materials
  • Track 17-2Advance technique of Green chemistry
  • Track 17-3Less energy with more productivity
  • Track 17-4Pollution from Depollution

Green chemistry provide a comprehensive overview of Chemistry of water in environment. It examines the issue of water with sustainability. The science and technology of substance to area essential to sustainability science. Green chemistry covers energy includes renewable and emerging sources. It covers the geosphere, atmosphere, biosphere, anthosphere , bio geo chemicals cycles. And maintain in a way that will enable it to operate in harmony with the environment to the generation come.

  • Track 18-1Sustainability with water
  • Track 18-2Science sustainability
  • Track 18-3Green chemistry Cycles
  • Track 18-4Maintainence of green environment

 The basic principle of green chemistry through new trends states : the use of green reagents. So, green chemistry microaves, ultrasound bio catalysis in detail and also liquid phase reactions and organic synthesis in the solid phase.

  • Track 19-1Green catalysts
  • Track 19-2Phase transfer catalysts
  • Track 19-3Green Synthesis

This describes the carbon hydrogen bond formation in aqueous media via radical area actions with a direct focus on hydrogen atom transfer.  it is for students of academic researchers, and industrial chemist.  This combines the extensive knowledge of free radical chemistry with update innovation and creative application. This covers the generation of carbon centered free radicals, solubility of subtrates and intiators.

  • Track 20-1Focus on Hydrogen atom transfer
  • Track 20-2Knowledge of free radical chemistry
  • Track 20-3Updated information of green chemistry
  • Track 20-4Generation of green chemistry radicals

Green Chemistry include a wide range of reactions like solid state, photochemical, sonication and enzymatic. It explains the need and principle of green chemistry including data and information related to researchers and students. The planned and detailed preparation that are required to convert the green laboratory techniques are also explained. it provide experimental details for a number of green preparation.

  • Track 21-1Green Chemistry reactions
  • Track 21-2Green Laboratory Techniques
  • Track 21-3Experiment detail for green preparation
  • Track 21-4Researchers gain various information about Principle and need of green Chemistry

“Green chemistry and pollutants in ecosystem” means environmental  Chemistry which defines that the-state-of-the-art advances regarding that, to prevent with the pollution of water, soil, Atmosphere, food and living organism by toxic metal, fossil fuels, pesticides and other organic pollutants. Furthermore, the eco-toxicology section presents novel bio-assays. The text highlights the novel chemical relies on environmental friendly conditions. The analytical chemistry section of the volume describe very sensitive method which find the fate of pollutants in complex environment.

  • Track 22-1Prevention form pollution
  • Track 22-2Prevents from organic pollutants
  • Track 22-3Environmental Friendly conditions
  • Track 22-4Fate of Pollutants in Complex environment