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Current Green Chemistry
ISSN: 2213-3461 (Print)
eISSN: 2213-347X (Online)
Impact Factor :
1.1
CiteScore:
4.3
The scope also encompasses the benefits of green chemistry to human health, environment, economy and business, such as its role in cleaning air and water, making available pharmaceuticals, electronics, dyes, coatings, and eliminating toxic chemicals from food.
Editor-in-Chief:
Budapest University of Technology and Economics
Budapest
Hungary
Special Issues With Active Call for Papers
Green Concepts for Modern Organic Synthesis
The 'green revolution', which is literally happening before our eyes and affecting every aspect of life, also poses increasingly difficult challenges in the field of chemical synthesis. New solutions and ideas aimed at environmental protection while taking into account the principles of sustainable development are still desired. In this context, the optimization of synthesis conditions (significantly reducing the energy cost and reagent consumption) is of great importance. Green solvents (e.g., NADES, DES, ILs), reusable reagents... see more
Sustainable Biotechnology in Pharmaceuticals: Green Approaches and Innovations
The special edition "Sustainable Biotechnology in Pharmaceuticals: Green Approaches and Innovations" highlights how biotechnology can revolutionize the industry by creating environmentally friendly solutions to address growing environmental concerns in ways that minimize resource use and waste while decreasing emissions. This edition features studies on biocatalysis and sustainable bioprocessing methods using biobased materials. It also explores groundbreaking drug delivery systems that focus on biodegradability and lessening impact. Researchers and professionals from various fields are welcome to... see more
Green Thermochemical Processes for Hydrogen Production: Circular Economy Approach
The special issue “Green Thermochemical Processes for Hydrogen Production: Circular Economy Approach” welcomes research, reviews, and mini-review papers focusing on the study and development of thermochemical processes for the valorization of byproducts, wastes, wastewaters, and biomass to hydrogen in a green and sustainable way. Topics, such as processes driven by the supply from renewable energies, minimizing the use of brand new chemicals and catalyzers while using reclaimed ones or alternative recirculated byproducts/wastes that can have... see more
Recent Advances in Green Catalysis and Drug Discovery
To save our loving ‘Mother Nature’ from the ever-increasing chemical pollution, scientists are continuously modifying chemical processes to make them sustainable. As a result, the last decade has shown a tremendous outburst in modifying organic transformations by following green chemistry. Catalysts play an important role in organic transformations. The involvement of non-toxic and reusable catalysts has a huge impact on organic transformations under greener conditions. On the other hand, heterocyclic scaffolds are very important as... see more
Greener Approaches in Wastewater Treatment: Addressing Emerging Pollutants Using Catalytic Strategies
Wastewater treatment is facing escalating challenges as pollutants, including persistent organic contaminants such as forever chemicals, and micro- and nano-plastics, become more complex and difficult to degrade. Traditional treatment methods are often insufficient, costly, and generate secondary contaminants which need further treatment. Catalytic, photocatalytic, and electrocatalytic technologies present promising solutions by enabling selective, efficient degradation of contaminants and potentially supporting resource recovery from treated water. This special issue will highlight recent advancements and interdisciplinary approaches... see more