Role of Green Chemistry in Environmental Conservation and Sustainable Development

Abstract

Green chemistry has become a vital strategy for encouraging sustainable development and lowering environmental pollution. It focuses on creating chemical processes and products that reduce the production and use of dangerous materials. The fundamentals of green chemistry are examined in this study, along with its application to sustainable development and environmental preservation. It also emphasizes important uses of green chemistry in resource management, waste reduction, energy production, and industry. According to the study's findings, implementing green chemistry techniques can greatly lessen environmental deterioration while promoting social progress and economic expansion. Although rapid industrialization and technical advancement have greatly raised human living standards, they have also led to major environmental issues like pollution, climate change, and resource depletion. Conventional chemical processes frequently use hazardous materials and produce toxic byproducts that endanger human health and ecosystems. To address these problems, green chemistry was invented. It is described as the development of chemical goods and procedures that minimize or completely do away with the production and use of dangerous materials. Paul Anastas and John Warner popularized the idea of "green chemistry" by putting forth twelve guiding principles for the creation of safer and more environmentally friendly chemical processes. Instead than managing garbage after it has been produced, these concepts seek to prevent pollution at the source. Because green chemistry incorporates social welfare, economic progress, and environmental conservation, it is strongly related to sustainable development.