Red chemistry: Principles and applications

Swapnil L. Fegade
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Abstract

There is a growing concern regarding the lack of sufficient justification for claims of "greenness" in research studies. This concern has sparked heated debates and prompted calls for mandatory discussions on adherence to green chemistry principles in studies that assert environmental friendliness. In response to this pressing issue, the present study introduces the ‘12 Principles of Red Chemistry’. These principles outline methodologies that prioritize immediate but risky chemical objectives over broader ecological considerations. Through the presentation of case studies, this discussion vividly illustrates the non-sustainability inherent in red chemistry practices. While green chemistry advocates for sustainable and environmentally responsible practices, red chemistry prioritizes short-term gains without adequate consideration for long-term environmental impacts. This contrast highlights the significance of green chemistry principles in guiding the chemical industry towards a more sustainable future. The comprehensive discussion on the Principles of Red chemistry serves as a guiding framework for understanding and evaluating the red chemical processes, emphasizing their potential risks and ecological impacts.

红色化学:原理与应用
人们越来越担心,在研究中声称 "绿色 "缺乏充分的理由。这种担忧引发了激烈的争论,并促使人们呼吁在声称环境友好的研究中,对是否遵守绿色化学原则进行强制性讨论。针对这一紧迫问题,本研究提出了 "红色化学 12 项原则"。这些原则概述了优先考虑眼前但有风险的化学目标,而不是更广泛的生态考虑的方法。通过案例研究,本讨论生动地说明了红色化学实践中固有的非可持续性。绿色化学倡导可持续发展和对环境负责的做法,而红色化学则优先考虑短期收益,没有充分考虑对环境的长期影响。这种对比凸显了绿色化学原则在引导化学工业走向更可持续未来方面的重要意义。关于红色化学原则的全面讨论为理解和评估红色化学过程提供了指导框架,强调了其潜在风险和生态影响。
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