CHAPTER 2. Green Solubility for Coatings and Adhesives

Steven Abbott, S. Shimizu
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引用次数: 3

Abstract

Much of the science behind adhesion, adhesives and coatings involves solvency and compatibility. Naive attempts to introduce greener alternatives can prove to be the opposite of sustainable: precious resources such as time, energy and chemicals can be wasted if solvency and compatibility are not controlled rationally. In this chapter, three solubility tools are used to show how it is possible to make rational progress towards greener formulations (“green” is used as a vague generic word covering “sustainable”, “planet-saving” etc.) using the solid foundations of thermodynamics to avoid approaches that are guaranteed to fail. The three approaches are outlined in principle then explored in practice, with cautionary tales of the unnecessary wastefulness of many so-called green projects, along with specific examples of how the three tools can be used to avoid such wastefulness. The approach adopted here suggests a 13th principle of green chemistry: “Just because something sounds green doesn't mean that it is green.” In other words, if there are scientific tools that can be used to arrive more quickly at a sound, green, solution (and to avoid spending resources on unsound approaches) then it is un-green not to use them.
第二章。涂料和粘合剂的绿色溶解度
附着力、粘合剂和涂料背后的许多科学都涉及到溶解性和相容性。引入绿色替代品的天真尝试可能会被证明是可持续发展的反面:如果偿付能力和兼容性没有得到合理控制,时间、能源和化学品等宝贵资源可能会被浪费。在本章中,使用三个溶解度工具来展示如何使用热力学的坚实基础来避免肯定会失败的方法,从而有可能朝着更环保的配方(“绿色”是一个模糊的通用词,涵盖“可持续”,“拯救地球”等)取得合理的进展。本文首先概述了这三种方法的原理,然后在实践中进行了探讨,并介绍了许多所谓的绿色项目中不必要的浪费的警示故事,以及如何使用这三种工具来避免这种浪费的具体例子。这里采用的方法表明了绿色化学的第13条原则:“仅仅因为某些东西听起来是绿色的,并不意味着它就是绿色的。”换句话说,如果有科学工具可以用来更快地得出一个合理的、绿色的解决方案(并避免在不合理的方法上花费资源),那么不使用它们就是不绿色的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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