We hear that PFAS are durable/persistent, chemically inert/hard to recycle amongst many other properties and characteristics that have made them ubiquitous in many technically demanding applications. However, their stability, particularly in unintended locations such as from emissions from manufacture and use, is what has attracted the attention of global regulators and academics. 

The key to the properties of PFAS is the presence of the Carbon – Fluorine bond, the strongest covalent bond in organic chemistry. The strong bond leads to the high stability of these chemicals and that the fluorine atoms can impart amazing properties so desired by many modern technologies. And where many Carbon – Fluorine bonds are in the same molecule; these properties can be further enhanced. This is the fundamental chemistry behind the successes and challenges relating to PFAS. 

As an industry and society, strength in any form can be used for the greater good but checks are often required to avoid misuse. When used in a sustainable manner, that strength can have a positive impact on us all. The C-F bond strength is such a valuable resource in chemistry, industry, regulators and society must work together to ensure that these benefits remain for future generations in a sustainable way. 

If you’re committed to using PFAS in a responsible and sustainable way, we’d like to work with you. Call and speak with one of our PFAS consultants to discuss the regulatory challenges you’re facing.