Green Miniaturized Technologies in Analytical and Bioanalytical Chemistry

Green Miniaturized Technologies in Analytical and Bioanalytical Chemistry will posit that the growing complexities of the environment under which the scientific community operates especially in analytical and bio analytical chemistry has called for a critical examination of conventional practices. Traditional sample preparations are time-consuming and require dangerously toxic solvents, enormous amounts of production of waste, and enormous consumption of energy. As a result of these challenges, principles of green chemistry promote sustainable approaches to operations that create little waste and which have less fallout on the ecosystem. This proposed book will intend to help satisfy this demand by emphasizing miniaturized technologies that integrate high efficiency with sustainable concepts.

Indeed, the intent of this proposed book will act as a single source of information that can inspire researchers, educators, and industry experts who want to apply green miniaturized technologies to their analytical processes. It will work as a roadmap that links theory with real-life implementation, which will demonstrate how such approaches can facilitate improvements in sustainability. Illustrating the benefits of miniaturization including the use of small amounts of samples, reagents, and enhanced analysis, the proposed book will enable the readers to change their current practices for environmentally friendly ones.

In addition, the proposed book will also look into the potential of analytical chemistry by studying trends and technologies for the future of the discipline. The proposed book will describe these advances and analyze the possibilities that they open for investigation and application, explaining that participants of the market, faced by consistent competition and mounting ecological concern, require informative data. In conclusion, the proposed book will endeavor to provoke change in practice for improving sustainable methodology in analytical and bioanalytical chemistry for scientists to embrace the sustainable culture for change.